wcdma fdd mode transmitter - 140.117.160.140140.117.160.140/.../9222/bbic-1-wcdmatransmitter.pdf ·...

1

WCDMA FDD Mode Transmitter

Dr Chih-Peng Li (李志鵬)

2

Table of ContentsTraditional Sequential ASIC Design FlowIntroduction to WCDMA Transmitter Specifications

WCDMA Network ArchitecturePhysical Layer General DescriptionMultiplexing and Channel Coding (MCC)WCDMA Uplink Physical LayerWCDMA Downlink Physical Layer

3

References

3GPP Technical Specification (Release 1999 25 Series)WCDMA for UMTS ndash Radio Access For Third Generation Mobile Communications

-- by Harri Holma and Antti Toskala Artech House 2001

Wireless Communications - Principles amp Practice-- by Theodore S Rappaport Prentice Hall 2nd Edition Dec 31 2001

4

Traditional Sequential ASIC Design Flow

5

Traditional Sequential ASIC Design FlowSpecification

System ModelsArchitecture Design

RTL Design

Logic synthesis

Physical Design

RTL Design

Functional Verification

Logical Synthesis

Timing Verification

P amp R

Physical Verification

Prototype Build amp Test Prototype

6

WCDMA Network Architecture

7

Network Elements in a WCDMA PLMNUu Iu

USIM

ME

Cu

UE

Node B

Node B

Node B

Node B

RNC

RNC

Iub Iur

UTRAN

MSCVLR GMSC

SGSN GGSN

HLR

Core Network

PLMN PSTNISDN hellip etc

Internet

ExternalNetworks

bullPLMN Public Land Mobile Network One PLMN is operated by a single operator

8

User Equipment (UE)The UE consists of two parts

The Mobile Equipment (ME) is the radio terminal used for radio communication over the Uu interfaceThe UMTS Subscriber Identity Module (USIM) is a smartcard that holds the subscriber identity performs authentication algorithms and stores authentication and encryption keys and some subscription information that is needed at the terminal

UTRAN consists of two distinct elementsThe Node B converts the data flow between the Iub and Uuinterfaces It also participates in radio resource managementThe Radio Network Controller (RNC) owns and controls the radio resources in its domain (the Node Bs connected to it) RNC is the service access point for all services UTRAN provides the core network (CN)

9

WCDMA System Architecture

UMTS system utilizes the same well-known architecture that has been used by all main 2nd generation systemsThe network elements are grouped into

The Radio Access Network (RAN UMTS Terrestrial RAN = UTRAN) that handles all radio-related functionalityThe Core Network (CN) which is responsible for switching and routing calls and data connections to external networks

Both User Equipment (UE) and UTRAN consist of completely new protocols which is based on the new WCDMA radio technologyThe definition of CN is adopted from GSM

10

Main Elements of the GSM Core Network

HLR (Home Location Register) is a database located in the userrsquos home system that stores the master copy of the userrsquos service profile

The service profile consists of for example information on allowed services forbidden roaming areas and Supplementary Service information such as status of call forwarding and the call forwarding numberIt is created when a new user subscribes to the systemHLR stores the UE location on the level of MSCVLR andor SGSN

11

MSCVLR (Mobile Services Switching Center Visitor Location Register) is the switch (MSC) and database (VLR) that serves the UE in its current location for circuit switched services

The MSC function is used to switch the CS transactionsThe VLR function holds a copy of the visiting userrsquos service profile as well as more precise information on the UErsquoslocation within the serving system


12

GMSC (Gateway MSC) is the switch at the point where UMTS PLMN is connected to external CS networks

All incoming and outgoing circuit switched connections go through GMSC

SGSN (Serving GPRS (General Packet Radio Service) Support Node) functionality is similar to that of MSCVLR but is typically used for Packet Switched (PS) servicesGGSN (Gateway GPRS Support Node) functionality is close to that of GMSC but is in relation to PS services


13

InterfacesCu Interface this is the electrical interface between the USIM smartcard and the ME The interface follows a standard format for smartcardsUu Interface this is the WCDMA radio interface which is the subject of the main part of WCDMA technology This is also the most important open interface in UMTSIu Interface this connects UTRAN to the CNIur Interface the open Iur interface allows soft handover between RNCs from different manufacturersIub Interface the Iub connects a Node B and an RNC UMTS is the first commercial mobile telephony system where the Controller-Base Station interface is standardized as a fully open interface

14

WCDMA Physical Layer General Description (3GPP TS 25201)

15

Elements of A Digital Communications System

Information Bits

)(ˆ tsi

Format SourceEncoding Encryption Channel

Encoding Multiplexing Modulation FrequencySpreading

MultipleAccess

TXRFPA

BitStream

DigitalWaveformSynchronization

CHANNEL

Source Bits Channel Bits

Channel BitsSource Bits

)(tsiDigitalInput

im

DigitalOutput

im

Information Sink

From Other Sources

To Other Destinations

Optional

Essential

Interleaving

Format SourceDecoding Decryption Channel

Decoding Demultiplexing Demodulation FrequencyDespreading

MultipleAccess

RXRFIF

Deinterleaving

16

Establishes the characteristics of the layer-1 transport channels and physical channels in the FDD mode and specifies

Transport channelsPhysical channels and their structureRelative timing between different physical

channels in the same link and relative timing between uplink and downlink

Mapping of transport channels onto the physical channels

Physical channels and mapping of transport channels onto physical channels (FDD)

TS 25211

Describes the contents of the layer 1 documents (TS 25200 series) where to find information a general description of layer 1

Physical Layer ndashgeneral description

TS 25201

3GPP (Radio Access Network) RAN Specifications

17

Establishes the characteristics of the spreading and modulation in the FDD mode and specifies

SpreadingGeneration of channelization and scrambling codesGeneration of random access preamble codesGeneration of synchronization codesModulation

Spreading and Modulation (FDD)

TS 25213

Describes multiplexing channel coding and interleaving in the FDD mode and specifies

Coding and multiplexing of transport channelsChannel coding alternativesCoding for layer 1 control informationDifferent interleaversRate matchingPhysical channel segmentation and mapping

Multiplexing and Channel Coding (FDD)

TS 25212


18

Establishes the characteristics of the physical layer measurements in the FDD mode and specifies

The measurements performance by layer 1Reporting of measurements to higher layers and

networkHandover measurements and idle-mode

measurements

Physical Layer Measurements (FDD)

TS 25215

Establishes the characteristics of the physical layer procedures in the FDD mode and specifies

Cell search proceduresPower control proceduresRandom access procedure

Physical Layer Procedures (FDD)

TS 25214


19

General Protocol ArchitectureRadio interface means the Uu point between User Equipment (UE) and networkThe radio interface is composed of Layers 1 2 and 3

Radio Resource Control (RRC)

Medium Access Control

Transport channels

Physical layer

Con

trol

Mea

sure

men

ts

Layer 3

Logical channelsLayer 2

Layer 1

20

General Protocol ArchitectureThe circles between different layersub-layers indicate service access points (SAPs)The physical layer offers different transport channels to MAC

A transport channel is characterized by how the information is transferred over the radio interface

MAC offers different logical channels to the radio link control (RLC) sub-layer of Layer 2

A logical channel is characterized by the type of information transferred

21

Transport Channels

Transport channels are services offered by Layer 1 to the higher layersA transport channel is defined by how and with what characteristics data is transferred over the air interface

Two groups of transport channelsDedicated Transport Channels

Common Transport Channels

22

Transport channelsDedicated Transport Channels

DCH ndash Dedicated Channel (only one type)

Common Transport Channels ndash divided between all or a group of users in a cell (no soft handover but some of them can have fast power control)

BCH Broadcast Channel

FACH Forward Access Channel

PCH Paging Channel

RACH Random Access Channel

CPCH Common Packet Channel

DSCH DL Shared Channel

23

Dedicated Transport Channels

There exists only one type of dedicated transport channel the Dedicated Channel (DCH)The Dedicated Channel (DCH) is a downlink or uplink transport channelThe DCH is transmitted over the entire cell or over only a part of the cell using eg beam-forming antennasDCH carries both the service data such as speech frames and higher layer control information such as handover commands or measurement reports from the terminalPossibility of fast rate change (every 10 ms)Support of fast power control and soft handover

24

Common Transport ChannelBroadcast Channel (BCH) -- mandatory

BCH is a downlink transport channel that is used to broadcast system and cell specific informationBCH is always transmitted over the entire cellThe most typical data needed in every network is the available random access codes and access slots in the cell or the types of transmit diversityBCH is transmitted with relatively high powerSingle transport format ndash a low and fixed data rate for the UTRA broadcast channel to support low-end terminals

25

Common Transport ChannelPaging Channel (PCH) -- mandatory

PCH is a downlink transport channelPCH is always transmitted over the entire cellPCH carries data relevant to the paging procedure that is when the network wants to initiate communication with the terminalThe identical paging message can be transmitted in a single cell or in up to a few hundreds of cells depending on the system configuration

26

Common Transport ChannelRandom Access Channel (RACH) -- mandatory

RACH is an uplink transport channelRACH is intended to be used to carry control information from the terminal such as requests to set up a connectionRACH can also be used to send small amounts of packet data from the terminal to the networkThe RACH is always received from the entire cellThe RACH is characterized by a collision riskRACH is transmitted using open loop power control

27

Common Transport ChannelForward Access Channel (FACH) -- mandatory

FACH is a downlink transport channelFACH is transmitted over the entire cell or over only a part of the cell using eg beam-forming antennasFACH can carry control information for example after a random access message has been received by the base stationFACH can also transmit packet dataFACH does not use fast power controlFACH can be transmitted using slow power controlThere can be more than one FACH in a cellThe messages transmitted need to include in-band identification information

28

Common Transport ChannelCommon Packet Channel (CPCH) -- optional

CPCH is an uplink transport channelCPCH is an extension to the RACH channel that is intended to carry packet-based user dataCPCH is associated with a dedicated channel on the downlink which provides power control and CPCH Control Commands (eg Emergency Stop) for the uplink CPCHThe CPCH is characterised by initial collision risk and by being transmitted using inner loop power controlCPCH may last several frames

29

Common Transport ChannelDownlink Shared Channel (DSCH) -- optional

DSCH is a downlink transport channel shared by several UEsto carry dedicated user data andor control informationThe DSCH is always associated with one or several downlink DCHThe DSCH is transmitted over the entire cell or over only a part of the cell using eg beam-forming antennasDSCH supports fast power control as well as variable bit rate on a frame-by-frame basis

30

Mapping of Transport Channels onto Physical Channels

Transport Channels

DCH

RACH

CPCH

BCH

FACH

PCH

Physical Channels

Dedicated Physical Data Channel (DPDCH)

Dedicated Physical Control Channel (DPCCH)

Physical Random Access Channel (PRACH)

Physical Common Packet Channel (PCPCH)

Primary Common Control Physical Channel (P-CCPCH)

Secondary Common Control Physical Channel (S-CCPCH)

DSCH Physical Downlink Shared Channel (PDSCH)

Common Pilot Channel (CPICH)Synchronization Channel (SCH)

Acquisition Indicator Channel (AICH)

Access Preamble Acquisition Indicator Channel (AP-AICH)

Paging Indicator Channel (PICH)

CPCH Status Indicator Channel (CSICH)

Collision-DetectionChannel-Assignment Indicator Channel

(CDCA-ICH)⎪⎪⎪⎪

⎩

⎪⎪⎪⎪

⎨

⎧

Unmapped

31

Multiplexing and Channel Coding( 3GPP TS 25212 )

32

UL Multiplexing and Channel Coding

33

DL Multiplexing and Channel Coding

34

CRC-AttachmentCRC-attachment

For error detectiongCRC24(D) = D24 + D23 + D6 + D5 + D + 1gCRC16(D) = D16 + D12 + D5 + 1gCRC12(D) = D12 + D11 + D3 + D2 + D + 1gCRC8(D) = D8 + D7 + D4 + D3 + D + 1

TrBk

TrBk

35

Channel CodingUsage of coding scheme and coding rate

No coding13Turbo coding

13 12CPCH DCH DSCH FACH

RACHPCH

12Convolutional codingBCH

Coding rateCoding schemeType of TrCH

36

WCDMA Uplink Physical Layer( 3GPP TS 25211 amp 25213 )

37

OverviewConfiguration

Radio frameA radio frame is a processing unit which consists of 15 slotsThe length of a radio frame corresponds to 38400 chips

Time slotA time slot is a unit which consists of fields containing bitsThe length of a slot corresponds to 2560 chips

Spreading Modulation QPSKData Modulation BPSKSpreading

Two-level spreading processes

38

OverviewSpreading (cont)

Channelization operationOVSF codesTransform every data symbol into a number of chipsIncrease the bandwidth of the signalThe number of chips per data symbol is called the Spreading FactorData symbols on I- and Q-branches are independently multiplied with an OVSF code

Scrambling operationLong or short Gold codesApplied to the spread signalsRandomize the codes

Spread signal is further multiplied by complex-valued scrambling

39

Uplink Physical Channels

Dedicated Uplink Physical ChannelsUplink Dedicated Physical Data Channel (UL DPDCH)Uplink Dedicated Physical Control Channel (UL DPCCH)

Common Uplink Physical ChannelsPhysical Random Access Channel (PRACH)Physical Common Packet Channel (PCPCH)

40

Dedicated Uplink Physical ChannelsUL Dedicated Physical Data Channel (UL DPDCH)

Carry the DCH transport channel (generated at Layer 2 and above)There may be zero one or several uplink DPDCHs on each radio link

UL Dedicated Physical Control Channel (UL DPCCH)Carry control information generated at Layer 1One and only one UL DPCCH on each radio link

41

Frame Structure for UL DPDCHDPCCH

PilotNpilot bits

TPCNTPC bits

DataNdata bits

Tslot = 2560 chips 10 bits

1 radio frame Tf = 10 ms = 38400 chips

DPDCH

DPCCHFBI

NFBI bitsTFCI

NTFCI bits

Tslot = 2560 chips

Slot 0 Slot 1 Slot i Slot 14

Ndata= 102k bits (k=01hellip6)

One Power Control Period

42

UL DPDCHThe parameter k determines the number of bits per uplink DPDCH slotIt is related to the spreading factor SF of the DPDCH as SF = 2562kThe DPDCH spreading factor ranges from 256 down to 4

640640960049609606

320320480084804805

1601602400162402404

80801200321201203

40406006460602

202030012830301

101015025615150

NdataBits Slot

Bits Frame

SFChannel Symbol Rate

(ksps)

Channel Bit Rate (kbps)

Slot Format i

43

UL DPCCH - Layer 1 Control InformationThe spreading factor of the uplink DPCCH is always equal to 256 ie there are 10 bits per uplink DPCCH slot

8-924131015025615155B

10-1423141015025615155A

1522151015025615155

8-1520261015025615154

8-1510271015025615153

8-914231015025615152B

10-1413241015025615152A

1512251015025615152

8-1500281015025615151

8-904241015025615150B

10-1403251015025615150A

1502261015025615150

Transmitted slots per

radio frame

NFBINTFCINTPCNpilotBitsSlot

BitsFrame


(ksps)


Slot Format i

44

UL DPCCH - Layer 1 Control InformationPilot Bits

Support channel estimation for coherent detectionFrame Synchronization Word (FSW) can be sued to confirm frame synchronizaton

Transmit Power Control (TPC) commandInner loop power control commands

Feedback Information (FBI)Support of close loop transmit diversitySite Selection Diversity Transmission (SSDT)

Transport-Format Combination Indicator (TFCI) ndashoptional

TFCI informs the receiver about the instantaneous transport format combination of the transport channels

45

Pilot Bit Patterns with Npilot=3456

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

101001101110000

100011110101100

111111111111111

111111111111111

101001101110000

100011110101100

Slot 01234567891011121314

543210432103210210Bit Npilot = 6Npilot = 5Npilot = 4Npilot = 3

Shadowed column is defined as FSW (Frame Synchronization Word)

46



001010000111011

111111111111111

110001001101011

111111111111111

101001101110000

111111111111111

100011110101100

111111111111111

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

Slot 0123456789

1011121314

765432106543210Bit Npilot = 8Npilot = 7

47

IΣ

j

c d 1 β d

S lo n g n o r S s h o r t n

I+ jQ

D P D C H 1

Q

c d 3 β d

D P D C H 3

c d 5 β d

D P D C H 5

c d 2 β d

D P D C H 2

c d 4 β d

D P D C H 4

c d 6 β d

D P D C H 6

c c β c

D P C C H

Σ

Spreading of UL DPCH

One and only one UL DPCCHUp to six parallel DPDCHs

48

Spreading of UL DPCHThe binary DPCCH and DPDCHs to be spread are represented by real-valued sequences ie the binary value 0 is mapped to the real value +1 while the binary value 1 is mapped to the real value ndash1The DPCCH is spread to the chip rate by the channelization code cc while the nth DPDCH called DPDCHn is spread to the chip rate by the channelizationcode cdnOne DPCCH and up to six parallel DPDCHs can be transmitted simultaneously ie 1 le n le 6

49

Channelization Codes

Each CDMA channel is distinguished via a unique spreading codeThese spreading codes should have low cross-correlation valuesIn 3GPP W-CDMA orthogonal variable spreading factor (OVSF) codes are usedPreserve the orthogonality between a userrsquos different physical channelsScrambling is used on top of spreading

50

Code-tree for Generation of Orthogonal Variable Spreading Factor (OVSF) Codes

SF = 1 SF = 2 SF = 4

Cch10 = (1)

Cch20 = (11)

Cch21 = (1-1)

Cch40 =(1111)

Cch41 = (11-1-1)

Cch42 = (1-11-1)

Cch43 = (1-1-11)

The channelization codes are uniquely described as CchSFk where SF isthe spreading factor of the code and k is the code number 0 le k le SF-1

51

Generation of Channelization Codes1Cch10 =

⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡

1111

01

01

01

01

12

02

ch

ch

ch

ch

ch

ch

CC

CC

CC

( )

( )

( )

( )

( ) ( )

( ) ( ) ⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minus

minus

minus

=

⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minusminus

minusminus

minus++

minus++

+

+

+

+

122122

122122

1212

1212

0202

0202

11212

21212

312

212

112

012

nnchnnch

nnchnnch

nchnch

nchnch

nchnch

nchnch

nnch

nnch

nch

nch

nch

nch

CCCC

CCCCCC

CC

CC

CCCC

52

OVSF Code Allocation for UL DPCHDPCCH is always spread by cc= Cch2560

When there is only one DPDCHDPDCH1 is spread by cd1= CchSFk (k= SF 4)

When there are more than one DPDCHAll DPDCHs have SF=4

DPDCHn is spread by the the code cdn = Cch4k

k = 1 if n isin 1 2 k = 3 if n isin 3 4 and k = 2 if n isin 5 6

53

Gain of UL DPCHAfter channelization the real-valued spread signals are weighted by gain factors βc for DPCCH and βd for all DPDCHsAt every instant in time at least one of the valuesβc andβd has the amplitude 10 The β-values are quantized into 4 bit wordsAfter the weighting the stream of real-valued chips on the I- and Q-branches are then summed and treated as a complex-valued stream of chipsThis complex-valued signal is then scrambled by the complex-valued scrambling code Sdpchn

54

Signaling values for βc and βd

Quantized amplitude ratios βc and βd

15 10 14 09333 13 08666 12 08000 11 07333 10 06667 9 06000 8 05333 7 04667 6 04000 5 03333 4 02667 3 02000 2 01333 1 00667 0 Switch off

Gain of UL DPCH

55

Configuration of Uplink Scrambling Sequence Generator

clong1n

clong2n

MSB LSB

x

y

56

Uplink Long Scrambling Codes

Two elementary codes clong1n and clong2n

clong1n and clong2n are constructed from position wise modulo 2 sum of 38400 chip segments of two binary m-sequences x and y

x and y are originated from two generator polynomials of degree 25x sequence generator polynomial X25+X3+1y sequence generator polynomial y25+y3+y2+y+1

The sequence clong2n is a 16777232 chip shifted version of the sequence clong1nclong1n and clong2n are Gold codes

57


For code number nn=[n23 hellip n0 ] with n0 being the LSB

Let xn(i) and y(i) denote the i -th chip of the sequence xn and y

Initial conditionsxn(0)=n0 xn(1)=n1 hellip xn(22)=n22 xn(23)=n23 xn(24)=1

y(0)=y(1)= hellip =y(23)= y(24)=1

58


Recursive formulation i=0hellip 225-27xn(i+25) =xn(i+3) + xn(i) modulo 2

y(i+25) = y(i+3)+y(i+2) +y(i+1)+y(i) modulo 2

Gold sequence zn

zn(i ) = xn(i ) + y (i ) modulo 2 i = 0 1 2 hellip 225-2

22101)(10)(1

)( 25 minus=⎩⎨⎧

=minus=+

= hellipiforizifizif

iZn

nn

59


clong1n(i ) = Zn(i ) i = 0 1 2 hellip 225-2

clong2n is a 16777232 chip shifted version of the sequence clong1n

clong2n(i ) = Zn((i + 16777232) modulo (225 ndash 1)) i = 0 1 2 hellip 225-2

⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2

2()1(1)()( 21icjiciC nlong

inlongnlong

60

Uplink Short Scrambling Sequence Generator for 255 Chip Sequence

07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2

+mod 4multiplication

zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61

Uplink Short Scrambling CodesTwo elementary codes cshort1n and cshort2n

256 chips

GenerationFrom the family of periodically extended S(2) codesThe nth quaternary S(2) sequence zn(i ) 0 le n le 16777215 is obtained by modulo 4 addition of three sequences

One quaternary sequence a (i )Two binary sequences b (i ) and d (i )

62

Uplink Short Scrambling Codeszn(i ) = a(i ) + 2b(i ) + 2d (i ) modulo 4 (i = 0 254)Given a code number n =[n23n22hellipn0] quaternary sequence a (i ) g0(x)= x8+x5+3x3+x2+2x+1

Initial conditionsa (0) = 2n0 + 1 modulo 4

a (i) = 2ni modulo 4 i = 1 2 hellip 7

Recursive formulationa (i) = 3a (i-3) + a (i-5) + 3a (i-6) + 2a (i-7) + 3a (i-8) modulo 4 i = 8 9 hellip 254

63

Uplink Short Scrambling CodesBinary sequence b(i) g1(x)= x8+x7+x5+x+1

Initial conditionsB (i ) = n8+i modulo 2 i = 0 1 hellip 7

Recursive formulationb (i) = b (i-1) + b (i-3) + b (i-7) + b (i-8) modulo 2 i = 8 9 hellip 254

64

Uplink Short Scrambling CodesBinary sequence d (i ) g2(x)= x8+x7+x5+x4+1

Initial conditionsd (i ) = n16+i modulo 2 i = 0 1 hellip 7

Recursive formulationd (i ) = d (i-1) + d (i-3) + d (i-4) + d (i-8) modulo 2 i = 8 9 hellip 254

zn(i) = a (i) + 2b (i) + 2d (i) modulo 4 (i = 0 254)

65

Uplink Short Scrambling Codeszn(i) is extended to length 256 chips

zn(255) = zn(0)

Mapping

Cshort n is

zn(i) cshort1n(i) cshort2n(i)0 +1 +11 -1 +12 -1 -13 +1 -1

⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66

Uplink ModulationThe modulation chip rate is 384 McpsThe complex-valued chip sequence generated by the spreading process is QPSK modulated

S

ImS

ReS

cos(ωt)

Complex-valuedchip sequencefrom spreadingoperations

-sin(ωt)

Splitreal ampimagparts

Pulse-shaping

Pulse-shaping

67

Uplink Transmitter Functional Block

DI

DQ

Antipodal Conv

ldquo0rdquogt+1 ldquo1rdquogt-1

Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68

WCDMA Downlink Physical Layer( 3GPP TS 25211 amp 25213 )

69

Table of Contents

IntroductionDedicated Downlink Physical Channels

Downlink Dedicated Physical Channel (DL DPCH)

Common Downlink Physical ChannelsCommon Pilot Channel (CPICH)

Timing RelationshipSpreadingModulation

70

Introduction

Downlink DPCHAICH CPICHCCPCH PICH

IdleMS

On-lineMS

Power-onMS

SCH

71

Downlink Transmit DiversityOpen loop transmit diversity STTD and TSTDClosed loop transmit diversity BS

ˇˇ-DL-DPCCH for CPCH

-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD

Closed loopOpen loop modePhysical channel type

72

Space Time Block Coding Based Transmit Antenna Diversity (STTD)

The STTD encoding is optional in UTRAN STTD support is mandatory at the UESTTD encoding is applied on blocks of 4 consecutive channel bits

b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1

A ntenna 2C hannel b its

ST T D encoded channel b itsfo r antenna 1 and antenna 2

73

Time Switched Transmit Diversity for SCH (TSTD)

TSTD can be applied to TSTDTSTD for the SCH is optional in UTRAN while TSTD support is mandatory in the UEPrim arySCH

SecondarySCH

256 chips

2560 chips

One 10 m s SCH radio fram e

acsi0

acp

acsi1

acp

acsi14

acp

Slot 0 Slot 1 Slot 14

Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74

Closed Loop Mode Transmit Diversity

Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2

Determine FBI messagefrom Uplink DPCCH

3GPP TS 25214 V390 Sect 7

75

The spread complex valued signal is fed to both TX antenna branches and weighted with antenna specific weight factors w1 and w2 where wi = ai + jbi The weight factors (phase adjustments in closed loop mode 1 and phaseamplitude adjustments in closed loop mode 2) are determined by the UE and signalled to the UTRAN access point (=cell transceiver) using the D sub-field of the FBI field of uplink DPCCHFor the closed loop mode 1 different (orthogonal) dedicated pilot symbols in the DPCCH are sent on the 2 different antennas For closed loop mode 2 the same dedicated pilot symbols in the DPCCH are sent on both antennas


76

Number of Feedback Information in Closed Loop Transmit Diversity

Summary of number of feedback information bits per slot NFBD feedback command length in slots NW feedback command rate feedback bit rate number of phase bits Nph per signalling word number of amplitude bits Npo per signalling word and amount of constellation rotation at UE for the two closed loop modes

NA311500 bps1500 Hz412

π2101500 bps1500 Hz111

Constellation rotation

NphNpoFeedback bit rate

Update rateNWNFBDClosed loop mode

77

Determination of Feedback Information in Closed Loop Mode Transmit Diversity

The UE uses the CPICH to separately estimate the channels seen from each antennaOnce every slot the UE computes the phase adjustment φ and for mode 2 the amplitude adjustment that should be applied at the UTRAN access point to maximise the UE received powerThe UE feeds back to the UTRAN access point the information on which phasepower settings to useFeedback Signalling Message (FSM) bits are transmitted in the portion of FBI field of uplink DPCCH slot(s) assigned to closed loop mode transmit diversity the FBI D field Each message is of length NW = Npo+Nph bits

78

Closed Loop Mode 1

The UE uses the CPICH transmitted both from antenna 1 and antenna 2 to calculate the phase adjustment to be applied at UTRAN access point to maximise the UE received powerIn each slot UE calculates the optimum phase adjustment φ for antenna 2 which is then quantized into having two possible values as follows

where

If = 0 a command 0 is sent to UTRAN using the FSMphfield If = π command 1 is sent to UTRAN using the FSMph field

⎩⎨⎧ leminuslt

=otherwise0

23)(2 if πφφππφ

irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79

Closed Loop Mode 2In closed loop mode 2 there are 16 possible combinations of phase and power adjustment

02081

08020

Power_ant2Power_ant1FSMpo

3π4100π2101π41110110

-π4010-π2011-3π4001

π000Phase difference between antennas (radians)FSMph

FSMpo subfield ofsignalling message

FSMph subfield ofsignalling message

80

Downlink Dedicated Physical Channels (DPCH)

There is only one type of downlink dedicated physical channel the Downlink Dedicated Physical Channel (DL DPCH) Within one downlink DPCH dedicated data generated at Layer 2 and above ie the dedicated transport channel (DCH) is transmitted in time-multiplex with control information generated at Layer 1 (known pilot bits TPC commands and an optional TFCI)

81

Frame Structure of DL DPCH

One radio frame Tf = 10 ms

TPC NTPC bits


Tslot = 2560 chips 102k bits (k=07)

Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH

ParametersEach frame= 15 slots = 10 ms

Each slot= 2560 chips

Each slot= one power-control period

SF = 5122k (eg SF=512 256 4)Two basic types

With TFCI (for several simultaneous services)Without TFCI (fixed-rate services)

It is the UTRAN that determines if a TFCI should be transmitted and it is mandatory for all UEs to support the use of TFCI in the downlink

83

DL DPCH Fields (table is not completed)

8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150

NPilotNTFCINTPCNData2NData1

Transmittedslots per

radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)

ChanneBit Rate(kbps)

SlotFormat i

84

DL DPCH Pilot Bit Patterns

100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85

DL DPCH Multi-Code Transmission

TransmissionPower Physical Channel 1


TransmissionPower Physical Channel L

DPDCH

One Slot (2560 chips)

TFCI PilotTPC

bull bull

bull

DPDCH Condition

Total bit rate to be transmitted exceeds the maximum bit rate

Layer 1 control information is transmitted only on the first DL DPCH

Multicodetransmission is mapped onto several parallel downlink DPCHs using the same spreading factor

86

Common Pilot Channel (CPICH)Frame Structure

Pre-defined symbol sequence


Tslot = 2560 chips 20 bits = 10 symbols

1 radio frame Tf = 10 ms

87

Common Pilot Channel

The CPICH is a fixed rate (30 kbps SF=256) downlink physical channel that carries a pre-defined bitsymbol sequenceIn case transmit diversity (open or closed loop) is used on any downlink channel in the cell the CPICH shall be transmitted from both antennas using the same channelization and scrambling codeThere are two types of Common pilot channels

The Primary CPICHThe Secondary CPICH

88

Transmit Diversity of CPICHModulation pattern for Common Pilot Channel (with A = 1+j)

slot 1

Framei+1Framei

slot 14

A A A A A A A A A A A A A A A A A A A A A A A A

-A -A A A -A -A A A -A A -A -A A A -A -A A A -A -A A A -A -AAntenna 2

Antenna 1

slot 0

Frame Boundary

In case of no transmit diversity thesymbol sequence of Antenna 1 is used

89

The Primary CPICHThe Primary Common Pilot Channel (P-CPICH) has the following characteristics

The same channelization code is always used for the P-CPICHThe P-CPICH is scrambled by the primary scrambling codeThere is one and only one P-CPICH per cellThe P-CPICH is broadcast over the entire cell

The Primary CPICH is a phase reference for the following downlink channels SCH Primary CCPCH AICH PICH AP-AICH CDCA-ICH CSICH DL-DPCCH for CPCH and the S-CCPCHBy default the Primary CPICH is also a phase reference for downlink DPCH and any associated PDSCHThe Primary CPICH is always a phase reference for a downlink physical channel using closed loop TX diversity

90

Secondary Common Pilot Channel(S-CPICH)

A Secondary Common Pilot Channel (S-CPICH) has the following characteristics

An arbitrary channelization code of SF=256 is used for the S-CPICHA S-CPICH is scrambled by either the primary or a secondary scrambling codeThere may be zero one or several S-CPICHs per cellA S-CPICH may be transmitted over the entire cell or only over a part of the cell

A Secondary CPICH may be a phase reference for a downlink DPCHThe Secondary CPICH can be a phase reference for a downlink physical channel using open loop TX diversity instead of the Primary CPICH being a phase reference

91

Downlink Phase Reference

ndashndashˇDL-DPCCH for CPCH

ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH

Dedicated PilotSecondary-CPICHPrimary-CPICHPhysical Channel Type

Note the same phase reference as with the associated DPCH shall be used

92

Timing Relationship between Physical Channels

kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4

Radio frame with (SFN modulo 2) = 0 Radio frame with (SFN modulo 2) = 1

τDPCHn

P-CCPCH

Any CPICH

PICH for kth S-CCPCH

Any PDSCH

nth DPCH

10 ms

93

Spreading for All Downlink Physical Channels Except Synchronization Channel (SCH)

I

Any downlinkphysical channelexcept SCH

SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94

Spreading and Modulation for SCH and P-CCPCH

Different downlink Physical channels (point S in Figure of previous page)

Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95

Downlink Scrambling Codes8192 codes are chosen from a total of 218-1 scrambling codes numbered 0hellip262142

These chosen scrambling codes are divided into 512 sets each set has

One primary scrambling codeCode number n=16i (i=0hellip511)

15 secondary scrambling codes Code number n=16i+k (k=1hellip15)

96

Downlink Scrambling Codes512 primary scrambling codes

Further divided into 64 scrambling code groups

Each group consisting of 8 primary scrambling codes

The jth scrambling code group consists of primary scrambling codes 168j+16k (j=063 amp k=07)

Each cell is allocated one and only one primary scrambling codeThe primary CCPCH primary CPICH PICH AICH AP-AICH CDCA-ICH CSICH and S-CCPCH carrying PCH are always transmitted using the primary scrambling codeThe other downlink physical channels can be transmitted with either the primary scrambling code or a secondary scrambling code from the set associated with the primary scrambling code of the cell

97

Configuration of Downlink Scrambling Code Generator

I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98

Downlink Scrambling CodesConstructed by combining two real sequencesEach is constructed as the position wise modulo 2 sum of two binary m-sequences x and y

Generator polynomials is of degree 18

38400 chip segments (10 ms radio frame)

Gold sequences

x sequence generator polynomial 1+X7+X18

Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0

x(i+18) =x(i+7) + x(i) modulo 2 i=0hellip218-20

y sequence generator polynomial 1+y 5+y 7+ y 10+y 18

Initial y(0)=y(1)= hellip =y(16)= y(17)=1

y(i+18) = y(i+10)+y(i+7)+y(i+5)+y(i) modulo 2 i=0hellip 218-20

99

Downlink Scrambling Codes

The nth Gold code sequence zn iszn(i) = x((i+n) modulo (218 - 1)) + y(i) modulo 2 i=0hellip 218-2

Mapping

The nth complex scrambling code sequence Sdln is defined as

22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn

Sdln(i) = Zn(i) + j Zn((i+131072) modulo (218-1)) i=01hellip38399

100

Downlink ModulationIn the downlink the complex-valued chip sequence generated by the spreading process is QPSK modulated

T

ImT

ReT

cos(ωt)

Complex-valuedchip sequencefrom summingoperations

-sin(ωt)


Pulse-shaping

Pulse-shaping

101

Downlink Transmitter Functional Block

DI

DQ

jAntipodal Conv

ldquo0rdquogt+1 ldquo1rdquogt-1 sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

2

Table of ContentsTraditional Sequential ASIC Design FlowIntroduction to WCDMA Transmitter Specifications

WCDMA Network ArchitecturePhysical Layer General DescriptionMultiplexing and Channel Coding (MCC)WCDMA Uplink Physical LayerWCDMA Downlink Physical Layer

3

References




4


5



RTL Design

Logic synthesis

Physical Design

RTL Design


Logical Synthesis

Timing Verification

P amp R



6


7


USIM

ME

Cu

UE

Node B

Node B

Node B

Node B

RNC

RNC

Iub Iur

UTRAN

MSCVLR GMSC

SGSN GGSN

HLR

Core Network


Internet

ExternalNetworks


8




9





10




11




12





13


14


15


Information Bits

)(ˆ tsi



MultipleAccess

TXRFPA

BitStream


CHANNEL



)(tsiDigitalInput

im

DigitalOutput

im

Information Sink

From Other Sources


Optional

Essential

Interleaving



MultipleAccess

RXRFIF

Deinterleaving

16






TS 25211



TS 25201


17




TS 25213




TS 25212


18




measurements


TS 25215




TS 25214


19




Transport channels

Physical layer

Con

trol

Mea

sure

men

ts

Layer 3


Layer 1

20





21

Transport Channels




22






PCH Paging Channel




23



24



25



26



27



28



29



30


Transport Channels

DCH

RACH

CPCH

BCH

FACH

PCH

Physical Channels















⎩

⎪⎪⎪⎪

⎨

⎧

Unmapped

31


32


33


34



TrBk

TrBk

35




RACHPCH



36


37






38





39




40




41


PilotNpilot bits

TPCNTPC bits

DataNdata bits



DPDCH

DPCCHFBI

NFBI bitsTFCI

NTFCI bits

Tslot = 2560 chips




42


640640960049609606

320320480084804805

1601602400162402404

80801200321201203

40406006460602

202030012830301

101015025615150

NdataBits Slot

Bits Frame


(ksps)


Slot Format i

43


8-924131015025615155B

10-1423141015025615155A

1522151015025615155

8-1520261015025615154

8-1510271015025615153

8-914231015025615152B

10-1413241015025615152A

1512251015025615152

8-1500281015025615151

8-904241015025615150B

10-1403251015025615150A

1502261015025615150


radio frame


BitsFrame


(ksps)


Slot Format i

44







45


001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

101001101110000

100011110101100

111111111111111

111111111111111

101001101110000

100011110101100

Slot 01234567891011121314



46



001010000111011

111111111111111

110001001101011

111111111111111

101001101110000

111111111111111

100011110101100

111111111111111

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

Slot 0123456789

1011121314


47

IΣ

j

c d 1 β d


I+ jQ

D P D C H 1

Q

c d 3 β d

D P D C H 3

c d 5 β d

D P D C H 5

c d 2 β d

D P D C H 2

c d 4 β d

D P D C H 4

c d 6 β d

D P D C H 6

c c β c

D P C C H

Σ



48


49



50


SF = 1 SF = 2 SF = 4

Cch10 = (1)

Cch20 = (11)

Cch21 = (1-1)

Cch40 =(1111)

Cch41 = (11-1-1)

Cch42 = (1-11-1)

Cch43 = (1-1-11)


51


⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡

1111

01

01

01

01

12

02

ch

ch

ch

ch

ch

ch

CC

CC

CC

( )

( )

( )

( )

( ) ( )

( ) ( ) ⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minus

minus

minus

=

⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minusminus

minusminus

minus++

minus++

+

+

+

+

122122

122122

1212

1212

0202

0202

11212

21212

312

212

112

012

nnchnnch

nnchnnch

nchnch

nchnch

nchnch

nchnch

nnch

nnch

nch

nch

nch

nch

CCCC

CCCCCC

CC

CC

CCCC

52






53


54



15 10 14 09333 13 08666 12 08000 11 07333 10 06667 9 06000 8 05333 7 04667 6 04000 5 03333 4 02667 3 02000 2 01333 1 00667 0 Switch off

Gain of UL DPCH

55


clong1n

clong2n

MSB LSB

x

y

56






57





y(0)=y(1)= hellip =y(23)= y(24)=1

58




Gold sequence zn


22101)(10)(1

)( 25 minus=⎩⎨⎧

=minus=+


iZn

nn

59





⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2


inlongnlong

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

3

References




4


5



RTL Design

Logic synthesis

Physical Design

RTL Design


Logical Synthesis

Timing Verification

P amp R



6


7


USIM

ME

Cu

UE

Node B

Node B

Node B

Node B

RNC

RNC

Iub Iur

UTRAN

MSCVLR GMSC

SGSN GGSN

HLR

Core Network


Internet

ExternalNetworks


8




9





10




11




12





13


14


15


Information Bits

)(ˆ tsi



MultipleAccess

TXRFPA

BitStream


CHANNEL



)(tsiDigitalInput

im

DigitalOutput

im

Information Sink

From Other Sources


Optional

Essential

Interleaving



MultipleAccess

RXRFIF

Deinterleaving

16






TS 25211



TS 25201


17




TS 25213




TS 25212


18




measurements


TS 25215




TS 25214


19




Transport channels

Physical layer

Con

trol

Mea

sure

men

ts

Layer 3


Layer 1

20





21

Transport Channels




22






PCH Paging Channel




23



24



25



26



27



28



29



30


Transport Channels

DCH

RACH

CPCH

BCH

FACH

PCH

Physical Channels















⎩

⎪⎪⎪⎪

⎨

⎧

Unmapped

31


32


33


34



TrBk

TrBk

35




RACHPCH



36


37






38





39




40




41


PilotNpilot bits

TPCNTPC bits

DataNdata bits



DPDCH

DPCCHFBI

NFBI bitsTFCI

NTFCI bits

Tslot = 2560 chips




42


640640960049609606

320320480084804805

1601602400162402404

80801200321201203

40406006460602

202030012830301

101015025615150

NdataBits Slot

Bits Frame


(ksps)


Slot Format i

43


8-924131015025615155B

10-1423141015025615155A

1522151015025615155

8-1520261015025615154

8-1510271015025615153

8-914231015025615152B

10-1413241015025615152A

1512251015025615152

8-1500281015025615151

8-904241015025615150B

10-1403251015025615150A

1502261015025615150


radio frame


BitsFrame


(ksps)


Slot Format i

44







45


001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

101001101110000

100011110101100

111111111111111

111111111111111

101001101110000

100011110101100

Slot 01234567891011121314



46



001010000111011

111111111111111

110001001101011

111111111111111

101001101110000

111111111111111

100011110101100

111111111111111

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

Slot 0123456789

1011121314


47

IΣ

j

c d 1 β d


I+ jQ

D P D C H 1

Q

c d 3 β d

D P D C H 3

c d 5 β d

D P D C H 5

c d 2 β d

D P D C H 2

c d 4 β d

D P D C H 4

c d 6 β d

D P D C H 6

c c β c

D P C C H

Σ



48


49



50


SF = 1 SF = 2 SF = 4

Cch10 = (1)

Cch20 = (11)

Cch21 = (1-1)

Cch40 =(1111)

Cch41 = (11-1-1)

Cch42 = (1-11-1)

Cch43 = (1-1-11)


51


⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡

1111

01

01

01

01

12

02

ch

ch

ch

ch

ch

ch

CC

CC

CC

( )

( )

( )

( )

( ) ( )

( ) ( ) ⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minus

minus

minus

=

⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minusminus

minusminus

minus++

minus++

+

+

+

+

122122

122122

1212

1212

0202

0202

11212

21212

312

212

112

012

nnchnnch

nnchnnch

nchnch

nchnch

nchnch

nchnch

nnch

nnch

nch

nch

nch

nch

CCCC

CCCCCC

CC

CC

CCCC

52






53


54



15 10 14 09333 13 08666 12 08000 11 07333 10 06667 9 06000 8 05333 7 04667 6 04000 5 03333 4 02667 3 02000 2 01333 1 00667 0 Switch off

Gain of UL DPCH

55


clong1n

clong2n

MSB LSB

x

y

56






57





y(0)=y(1)= hellip =y(23)= y(24)=1

58




Gold sequence zn


22101)(10)(1

)( 25 minus=⎩⎨⎧

=minus=+


iZn

nn

59





⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2


inlongnlong

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

4


5



RTL Design

Logic synthesis

Physical Design

RTL Design


Logical Synthesis

Timing Verification

P amp R



6


7


USIM

ME

Cu

UE

Node B

Node B

Node B

Node B

RNC

RNC

Iub Iur

UTRAN

MSCVLR GMSC

SGSN GGSN

HLR

Core Network


Internet

ExternalNetworks


8




9





10




11




12





13


14


15


Information Bits

)(ˆ tsi



MultipleAccess

TXRFPA

BitStream


CHANNEL



)(tsiDigitalInput

im

DigitalOutput

im

Information Sink

From Other Sources


Optional

Essential

Interleaving



MultipleAccess

RXRFIF

Deinterleaving

16






TS 25211



TS 25201


17




TS 25213




TS 25212


18




measurements


TS 25215




TS 25214


19




Transport channels

Physical layer

Con

trol

Mea

sure

men

ts

Layer 3


Layer 1

20





21

Transport Channels




22






PCH Paging Channel




23



24



25



26



27



28



29



30


Transport Channels

DCH

RACH

CPCH

BCH

FACH

PCH

Physical Channels















⎩

⎪⎪⎪⎪

⎨

⎧

Unmapped

31


32


33


34



TrBk

TrBk

35




RACHPCH



36


37






38





39




40




41


PilotNpilot bits

TPCNTPC bits

DataNdata bits



DPDCH

DPCCHFBI

NFBI bitsTFCI

NTFCI bits

Tslot = 2560 chips




42


640640960049609606

320320480084804805

1601602400162402404

80801200321201203

40406006460602

202030012830301

101015025615150

NdataBits Slot

Bits Frame


(ksps)


Slot Format i

43


8-924131015025615155B

10-1423141015025615155A

1522151015025615155

8-1520261015025615154

8-1510271015025615153

8-914231015025615152B

10-1413241015025615152A

1512251015025615152

8-1500281015025615151

8-904241015025615150B

10-1403251015025615150A

1502261015025615150


radio frame


BitsFrame


(ksps)


Slot Format i

44







45


001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

101001101110000

100011110101100

111111111111111

111111111111111

101001101110000

100011110101100

Slot 01234567891011121314



46



001010000111011

111111111111111

110001001101011

111111111111111

101001101110000

111111111111111

100011110101100

111111111111111

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

Slot 0123456789

1011121314


47

IΣ

j

c d 1 β d


I+ jQ

D P D C H 1

Q

c d 3 β d

D P D C H 3

c d 5 β d

D P D C H 5

c d 2 β d

D P D C H 2

c d 4 β d

D P D C H 4

c d 6 β d

D P D C H 6

c c β c

D P C C H

Σ



48


49



50


SF = 1 SF = 2 SF = 4

Cch10 = (1)

Cch20 = (11)

Cch21 = (1-1)

Cch40 =(1111)

Cch41 = (11-1-1)

Cch42 = (1-11-1)

Cch43 = (1-1-11)


51


⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡

1111

01

01

01

01

12

02

ch

ch

ch

ch

ch

ch

CC

CC

CC

( )

( )

( )

( )

( ) ( )

( ) ( ) ⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minus

minus

minus

=

⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minusminus

minusminus

minus++

minus++

+

+

+

+

122122

122122

1212

1212

0202

0202

11212

21212

312

212

112

012

nnchnnch

nnchnnch

nchnch

nchnch

nchnch

nchnch

nnch

nnch

nch

nch

nch

nch

CCCC

CCCCCC

CC

CC

CCCC

52






53


54



15 10 14 09333 13 08666 12 08000 11 07333 10 06667 9 06000 8 05333 7 04667 6 04000 5 03333 4 02667 3 02000 2 01333 1 00667 0 Switch off

Gain of UL DPCH

55


clong1n

clong2n

MSB LSB

x

y

56






57





y(0)=y(1)= hellip =y(23)= y(24)=1

58




Gold sequence zn


22101)(10)(1

)( 25 minus=⎩⎨⎧

=minus=+


iZn

nn

59





⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2


inlongnlong

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

5



RTL Design

Logic synthesis

Physical Design

RTL Design


Logical Synthesis

Timing Verification

P amp R



6


7


USIM

ME

Cu

UE

Node B

Node B

Node B

Node B

RNC

RNC

Iub Iur

UTRAN

MSCVLR GMSC

SGSN GGSN

HLR

Core Network


Internet

ExternalNetworks


8




9





10




11




12





13


14


15


Information Bits

)(ˆ tsi



MultipleAccess

TXRFPA

BitStream


CHANNEL



)(tsiDigitalInput

im

DigitalOutput

im

Information Sink

From Other Sources


Optional

Essential

Interleaving



MultipleAccess

RXRFIF

Deinterleaving

16






TS 25211



TS 25201


17




TS 25213




TS 25212


18




measurements


TS 25215




TS 25214


19




Transport channels

Physical layer

Con

trol

Mea

sure

men

ts

Layer 3


Layer 1

20





21

Transport Channels




22






PCH Paging Channel




23



24



25



26



27



28



29



30


Transport Channels

DCH

RACH

CPCH

BCH

FACH

PCH

Physical Channels















⎩

⎪⎪⎪⎪

⎨

⎧

Unmapped

31


32


33


34



TrBk

TrBk

35




RACHPCH



36


37






38





39




40




41


PilotNpilot bits

TPCNTPC bits

DataNdata bits



DPDCH

DPCCHFBI

NFBI bitsTFCI

NTFCI bits

Tslot = 2560 chips




42


640640960049609606

320320480084804805

1601602400162402404

80801200321201203

40406006460602

202030012830301

101015025615150

NdataBits Slot

Bits Frame


(ksps)


Slot Format i

43


8-924131015025615155B

10-1423141015025615155A

1522151015025615155

8-1520261015025615154

8-1510271015025615153

8-914231015025615152B

10-1413241015025615152A

1512251015025615152

8-1500281015025615151

8-904241015025615150B

10-1403251015025615150A

1502261015025615150


radio frame


BitsFrame


(ksps)


Slot Format i

44







45


001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

101001101110000

100011110101100

111111111111111

111111111111111

101001101110000

100011110101100

Slot 01234567891011121314



46



001010000111011

111111111111111

110001001101011

111111111111111

101001101110000

111111111111111

100011110101100

111111111111111

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

Slot 0123456789

1011121314


47

IΣ

j

c d 1 β d


I+ jQ

D P D C H 1

Q

c d 3 β d

D P D C H 3

c d 5 β d

D P D C H 5

c d 2 β d

D P D C H 2

c d 4 β d

D P D C H 4

c d 6 β d

D P D C H 6

c c β c

D P C C H

Σ



48


49



50


SF = 1 SF = 2 SF = 4

Cch10 = (1)

Cch20 = (11)

Cch21 = (1-1)

Cch40 =(1111)

Cch41 = (11-1-1)

Cch42 = (1-11-1)

Cch43 = (1-1-11)


51


⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡

1111

01

01

01

01

12

02

ch

ch

ch

ch

ch

ch

CC

CC

CC

( )

( )

( )

( )

( ) ( )

( ) ( ) ⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minus

minus

minus

=

⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minusminus

minusminus

minus++

minus++

+

+

+

+

122122

122122

1212

1212

0202

0202

11212

21212

312

212

112

012

nnchnnch

nnchnnch

nchnch

nchnch

nchnch

nchnch

nnch

nnch

nch

nch

nch

nch

CCCC

CCCCCC

CC

CC

CCCC

52






53


54



15 10 14 09333 13 08666 12 08000 11 07333 10 06667 9 06000 8 05333 7 04667 6 04000 5 03333 4 02667 3 02000 2 01333 1 00667 0 Switch off

Gain of UL DPCH

55


clong1n

clong2n

MSB LSB

x

y

56






57





y(0)=y(1)= hellip =y(23)= y(24)=1

58




Gold sequence zn


22101)(10)(1

)( 25 minus=⎩⎨⎧

=minus=+


iZn

nn

59





⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2


inlongnlong

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

6


7


USIM

ME

Cu

UE

Node B

Node B

Node B

Node B

RNC

RNC

Iub Iur

UTRAN

MSCVLR GMSC

SGSN GGSN

HLR

Core Network


Internet

ExternalNetworks


8




9





10




11




12





13


14


15


Information Bits

)(ˆ tsi



MultipleAccess

TXRFPA

BitStream


CHANNEL



)(tsiDigitalInput

im

DigitalOutput

im

Information Sink

From Other Sources


Optional

Essential

Interleaving



MultipleAccess

RXRFIF

Deinterleaving

16






TS 25211



TS 25201


17




TS 25213




TS 25212


18




measurements


TS 25215




TS 25214


19




Transport channels

Physical layer

Con

trol

Mea

sure

men

ts

Layer 3


Layer 1

20





21

Transport Channels




22






PCH Paging Channel




23



24



25



26



27



28



29



30


Transport Channels

DCH

RACH

CPCH

BCH

FACH

PCH

Physical Channels















⎩

⎪⎪⎪⎪

⎨

⎧

Unmapped

31


32


33


34



TrBk

TrBk

35




RACHPCH



36


37






38





39




40




41


PilotNpilot bits

TPCNTPC bits

DataNdata bits



DPDCH

DPCCHFBI

NFBI bitsTFCI

NTFCI bits

Tslot = 2560 chips




42


640640960049609606

320320480084804805

1601602400162402404

80801200321201203

40406006460602

202030012830301

101015025615150

NdataBits Slot

Bits Frame


(ksps)


Slot Format i

43


8-924131015025615155B

10-1423141015025615155A

1522151015025615155

8-1520261015025615154

8-1510271015025615153

8-914231015025615152B

10-1413241015025615152A

1512251015025615152

8-1500281015025615151

8-904241015025615150B

10-1403251015025615150A

1502261015025615150


radio frame


BitsFrame


(ksps)


Slot Format i

44







45


001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

101001101110000

100011110101100

111111111111111

111111111111111

101001101110000

100011110101100

Slot 01234567891011121314



46



001010000111011

111111111111111

110001001101011

111111111111111

101001101110000

111111111111111

100011110101100

111111111111111

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

Slot 0123456789

1011121314


47

IΣ

j

c d 1 β d


I+ jQ

D P D C H 1

Q

c d 3 β d

D P D C H 3

c d 5 β d

D P D C H 5

c d 2 β d

D P D C H 2

c d 4 β d

D P D C H 4

c d 6 β d

D P D C H 6

c c β c

D P C C H

Σ



48


49



50


SF = 1 SF = 2 SF = 4

Cch10 = (1)

Cch20 = (11)

Cch21 = (1-1)

Cch40 =(1111)

Cch41 = (11-1-1)

Cch42 = (1-11-1)

Cch43 = (1-1-11)


51


⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡

1111

01

01

01

01

12

02

ch

ch

ch

ch

ch

ch

CC

CC

CC

( )

( )

( )

( )

( ) ( )

( ) ( ) ⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minus

minus

minus

=

⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minusminus

minusminus

minus++

minus++

+

+

+

+

122122

122122

1212

1212

0202

0202

11212

21212

312

212

112

012

nnchnnch

nnchnnch

nchnch

nchnch

nchnch

nchnch

nnch

nnch

nch

nch

nch

nch

CCCC

CCCCCC

CC

CC

CCCC

52






53


54



15 10 14 09333 13 08666 12 08000 11 07333 10 06667 9 06000 8 05333 7 04667 6 04000 5 03333 4 02667 3 02000 2 01333 1 00667 0 Switch off

Gain of UL DPCH

55


clong1n

clong2n

MSB LSB

x

y

56






57





y(0)=y(1)= hellip =y(23)= y(24)=1

58




Gold sequence zn


22101)(10)(1

)( 25 minus=⎩⎨⎧

=minus=+


iZn

nn

59





⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2


inlongnlong

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

7


USIM

ME

Cu

UE

Node B

Node B

Node B

Node B

RNC

RNC

Iub Iur

UTRAN

MSCVLR GMSC

SGSN GGSN

HLR

Core Network


Internet

ExternalNetworks


8




9





10




11




12





13


14


15


Information Bits

)(ˆ tsi



MultipleAccess

TXRFPA

BitStream


CHANNEL



)(tsiDigitalInput

im

DigitalOutput

im

Information Sink

From Other Sources


Optional

Essential

Interleaving



MultipleAccess

RXRFIF

Deinterleaving

16






TS 25211



TS 25201


17




TS 25213




TS 25212


18




measurements


TS 25215




TS 25214


19




Transport channels

Physical layer

Con

trol

Mea

sure

men

ts

Layer 3


Layer 1

20





21

Transport Channels




22






PCH Paging Channel




23



24



25



26



27



28



29



30


Transport Channels

DCH

RACH

CPCH

BCH

FACH

PCH

Physical Channels















⎩

⎪⎪⎪⎪

⎨

⎧

Unmapped

31


32


33


34



TrBk

TrBk

35




RACHPCH



36


37






38





39




40




41


PilotNpilot bits

TPCNTPC bits

DataNdata bits



DPDCH

DPCCHFBI

NFBI bitsTFCI

NTFCI bits

Tslot = 2560 chips




42


640640960049609606

320320480084804805

1601602400162402404

80801200321201203

40406006460602

202030012830301

101015025615150

NdataBits Slot

Bits Frame


(ksps)


Slot Format i

43


8-924131015025615155B

10-1423141015025615155A

1522151015025615155

8-1520261015025615154

8-1510271015025615153

8-914231015025615152B

10-1413241015025615152A

1512251015025615152

8-1500281015025615151

8-904241015025615150B

10-1403251015025615150A

1502261015025615150


radio frame


BitsFrame


(ksps)


Slot Format i

44







45


001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

101001101110000

100011110101100

111111111111111

111111111111111

101001101110000

100011110101100

Slot 01234567891011121314



46



001010000111011

111111111111111

110001001101011

111111111111111

101001101110000

111111111111111

100011110101100

111111111111111

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

Slot 0123456789

1011121314


47

IΣ

j

c d 1 β d


I+ jQ

D P D C H 1

Q

c d 3 β d

D P D C H 3

c d 5 β d

D P D C H 5

c d 2 β d

D P D C H 2

c d 4 β d

D P D C H 4

c d 6 β d

D P D C H 6

c c β c

D P C C H

Σ



48


49



50


SF = 1 SF = 2 SF = 4

Cch10 = (1)

Cch20 = (11)

Cch21 = (1-1)

Cch40 =(1111)

Cch41 = (11-1-1)

Cch42 = (1-11-1)

Cch43 = (1-1-11)


51


⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡

1111

01

01

01

01

12

02

ch

ch

ch

ch

ch

ch

CC

CC

CC

( )

( )

( )

( )

( ) ( )

( ) ( ) ⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minus

minus

minus

=

⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minusminus

minusminus

minus++

minus++

+

+

+

+

122122

122122

1212

1212

0202

0202

11212

21212

312

212

112

012

nnchnnch

nnchnnch

nchnch

nchnch

nchnch

nchnch

nnch

nnch

nch

nch

nch

nch

CCCC

CCCCCC

CC

CC

CCCC

52






53


54



15 10 14 09333 13 08666 12 08000 11 07333 10 06667 9 06000 8 05333 7 04667 6 04000 5 03333 4 02667 3 02000 2 01333 1 00667 0 Switch off

Gain of UL DPCH

55


clong1n

clong2n

MSB LSB

x

y

56






57





y(0)=y(1)= hellip =y(23)= y(24)=1

58




Gold sequence zn


22101)(10)(1

)( 25 minus=⎩⎨⎧

=minus=+


iZn

nn

59





⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2


inlongnlong

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

8




9





10




11




12





13


14


15


Information Bits

)(ˆ tsi



MultipleAccess

TXRFPA

BitStream


CHANNEL



)(tsiDigitalInput

im

DigitalOutput

im

Information Sink

From Other Sources


Optional

Essential

Interleaving



MultipleAccess

RXRFIF

Deinterleaving

16






TS 25211



TS 25201


17




TS 25213




TS 25212


18




measurements


TS 25215




TS 25214


19




Transport channels

Physical layer

Con

trol

Mea

sure

men

ts

Layer 3


Layer 1

20





21

Transport Channels




22






PCH Paging Channel




23



24



25



26



27



28



29



30


Transport Channels

DCH

RACH

CPCH

BCH

FACH

PCH

Physical Channels















⎩

⎪⎪⎪⎪

⎨

⎧

Unmapped

31


32


33


34



TrBk

TrBk

35




RACHPCH



36


37






38





39




40




41


PilotNpilot bits

TPCNTPC bits

DataNdata bits



DPDCH

DPCCHFBI

NFBI bitsTFCI

NTFCI bits

Tslot = 2560 chips




42


640640960049609606

320320480084804805

1601602400162402404

80801200321201203

40406006460602

202030012830301

101015025615150

NdataBits Slot

Bits Frame


(ksps)


Slot Format i

43


8-924131015025615155B

10-1423141015025615155A

1522151015025615155

8-1520261015025615154

8-1510271015025615153

8-914231015025615152B

10-1413241015025615152A

1512251015025615152

8-1500281015025615151

8-904241015025615150B

10-1403251015025615150A

1502261015025615150


radio frame


BitsFrame


(ksps)


Slot Format i

44







45


001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

101001101110000

100011110101100

111111111111111

111111111111111

101001101110000

100011110101100

Slot 01234567891011121314



46



001010000111011

111111111111111

110001001101011

111111111111111

101001101110000

111111111111111

100011110101100

111111111111111

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

Slot 0123456789

1011121314


47

IΣ

j

c d 1 β d


I+ jQ

D P D C H 1

Q

c d 3 β d

D P D C H 3

c d 5 β d

D P D C H 5

c d 2 β d

D P D C H 2

c d 4 β d

D P D C H 4

c d 6 β d

D P D C H 6

c c β c

D P C C H

Σ



48


49



50


SF = 1 SF = 2 SF = 4

Cch10 = (1)

Cch20 = (11)

Cch21 = (1-1)

Cch40 =(1111)

Cch41 = (11-1-1)

Cch42 = (1-11-1)

Cch43 = (1-1-11)


51


⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡

1111

01

01

01

01

12

02

ch

ch

ch

ch

ch

ch

CC

CC

CC

( )

( )

( )

( )

( ) ( )

( ) ( ) ⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minus

minus

minus

=

⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minusminus

minusminus

minus++

minus++

+

+

+

+

122122

122122

1212

1212

0202

0202

11212

21212

312

212

112

012

nnchnnch

nnchnnch

nchnch

nchnch

nchnch

nchnch

nnch

nnch

nch

nch

nch

nch

CCCC

CCCCCC

CC

CC

CCCC

52






53


54



15 10 14 09333 13 08666 12 08000 11 07333 10 06667 9 06000 8 05333 7 04667 6 04000 5 03333 4 02667 3 02000 2 01333 1 00667 0 Switch off

Gain of UL DPCH

55


clong1n

clong2n

MSB LSB

x

y

56






57





y(0)=y(1)= hellip =y(23)= y(24)=1

58




Gold sequence zn


22101)(10)(1

)( 25 minus=⎩⎨⎧

=minus=+


iZn

nn

59





⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2


inlongnlong

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

9





10




11




12





13


14


15


Information Bits

)(ˆ tsi



MultipleAccess

TXRFPA

BitStream


CHANNEL



)(tsiDigitalInput

im

DigitalOutput

im

Information Sink

From Other Sources


Optional

Essential

Interleaving



MultipleAccess

RXRFIF

Deinterleaving

16






TS 25211



TS 25201


17




TS 25213




TS 25212


18




measurements


TS 25215




TS 25214


19




Transport channels

Physical layer

Con

trol

Mea

sure

men

ts

Layer 3


Layer 1

20





21

Transport Channels




22






PCH Paging Channel




23



24



25



26



27



28



29



30


Transport Channels

DCH

RACH

CPCH

BCH

FACH

PCH

Physical Channels















⎩

⎪⎪⎪⎪

⎨

⎧

Unmapped

31


32


33


34



TrBk

TrBk

35




RACHPCH



36


37






38





39




40




41


PilotNpilot bits

TPCNTPC bits

DataNdata bits



DPDCH

DPCCHFBI

NFBI bitsTFCI

NTFCI bits

Tslot = 2560 chips




42


640640960049609606

320320480084804805

1601602400162402404

80801200321201203

40406006460602

202030012830301

101015025615150

NdataBits Slot

Bits Frame


(ksps)


Slot Format i

43


8-924131015025615155B

10-1423141015025615155A

1522151015025615155

8-1520261015025615154

8-1510271015025615153

8-914231015025615152B

10-1413241015025615152A

1512251015025615152

8-1500281015025615151

8-904241015025615150B

10-1403251015025615150A

1502261015025615150


radio frame


BitsFrame


(ksps)


Slot Format i

44







45


001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

101001101110000

100011110101100

111111111111111

111111111111111

101001101110000

100011110101100

Slot 01234567891011121314



46



001010000111011

111111111111111

110001001101011

111111111111111

101001101110000

111111111111111

100011110101100

111111111111111

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

Slot 0123456789

1011121314


47

IΣ

j

c d 1 β d


I+ jQ

D P D C H 1

Q

c d 3 β d

D P D C H 3

c d 5 β d

D P D C H 5

c d 2 β d

D P D C H 2

c d 4 β d

D P D C H 4

c d 6 β d

D P D C H 6

c c β c

D P C C H

Σ



48


49



50


SF = 1 SF = 2 SF = 4

Cch10 = (1)

Cch20 = (11)

Cch21 = (1-1)

Cch40 =(1111)

Cch41 = (11-1-1)

Cch42 = (1-11-1)

Cch43 = (1-1-11)


51


⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡

1111

01

01

01

01

12

02

ch

ch

ch

ch

ch

ch

CC

CC

CC

( )

( )

( )

( )

( ) ( )

( ) ( ) ⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minus

minus

minus

=

⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minusminus

minusminus

minus++

minus++

+

+

+

+

122122

122122

1212

1212

0202

0202

11212

21212

312

212

112

012

nnchnnch

nnchnnch

nchnch

nchnch

nchnch

nchnch

nnch

nnch

nch

nch

nch

nch

CCCC

CCCCCC

CC

CC

CCCC

52






53


54



15 10 14 09333 13 08666 12 08000 11 07333 10 06667 9 06000 8 05333 7 04667 6 04000 5 03333 4 02667 3 02000 2 01333 1 00667 0 Switch off

Gain of UL DPCH

55


clong1n

clong2n

MSB LSB

x

y

56






57





y(0)=y(1)= hellip =y(23)= y(24)=1

58




Gold sequence zn


22101)(10)(1

)( 25 minus=⎩⎨⎧

=minus=+


iZn

nn

59





⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2


inlongnlong

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

10




11




12





13


14


15


Information Bits

)(ˆ tsi



MultipleAccess

TXRFPA

BitStream


CHANNEL



)(tsiDigitalInput

im

DigitalOutput

im

Information Sink

From Other Sources


Optional

Essential

Interleaving



MultipleAccess

RXRFIF

Deinterleaving

16






TS 25211



TS 25201


17




TS 25213




TS 25212


18




measurements


TS 25215




TS 25214


19




Transport channels

Physical layer

Con

trol

Mea

sure

men

ts

Layer 3


Layer 1

20





21

Transport Channels




22






PCH Paging Channel




23



24



25



26



27



28



29



30


Transport Channels

DCH

RACH

CPCH

BCH

FACH

PCH

Physical Channels















⎩

⎪⎪⎪⎪

⎨

⎧

Unmapped

31


32


33


34



TrBk

TrBk

35




RACHPCH



36


37






38





39




40




41


PilotNpilot bits

TPCNTPC bits

DataNdata bits



DPDCH

DPCCHFBI

NFBI bitsTFCI

NTFCI bits

Tslot = 2560 chips




42


640640960049609606

320320480084804805

1601602400162402404

80801200321201203

40406006460602

202030012830301

101015025615150

NdataBits Slot

Bits Frame


(ksps)


Slot Format i

43


8-924131015025615155B

10-1423141015025615155A

1522151015025615155

8-1520261015025615154

8-1510271015025615153

8-914231015025615152B

10-1413241015025615152A

1512251015025615152

8-1500281015025615151

8-904241015025615150B

10-1403251015025615150A

1502261015025615150


radio frame


BitsFrame


(ksps)


Slot Format i

44







45


001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

101001101110000

100011110101100

111111111111111

111111111111111

101001101110000

100011110101100

Slot 01234567891011121314



46



001010000111011

111111111111111

110001001101011

111111111111111

101001101110000

111111111111111

100011110101100

111111111111111

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

Slot 0123456789

1011121314


47

IΣ

j

c d 1 β d


I+ jQ

D P D C H 1

Q

c d 3 β d

D P D C H 3

c d 5 β d

D P D C H 5

c d 2 β d

D P D C H 2

c d 4 β d

D P D C H 4

c d 6 β d

D P D C H 6

c c β c

D P C C H

Σ



48


49



50


SF = 1 SF = 2 SF = 4

Cch10 = (1)

Cch20 = (11)

Cch21 = (1-1)

Cch40 =(1111)

Cch41 = (11-1-1)

Cch42 = (1-11-1)

Cch43 = (1-1-11)


51


⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡

1111

01

01

01

01

12

02

ch

ch

ch

ch

ch

ch

CC

CC

CC

( )

( )

( )

( )

( ) ( )

( ) ( ) ⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minus

minus

minus

=

⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minusminus

minusminus

minus++

minus++

+

+

+

+

122122

122122

1212

1212

0202

0202

11212

21212

312

212

112

012

nnchnnch

nnchnnch

nchnch

nchnch

nchnch

nchnch

nnch

nnch

nch

nch

nch

nch

CCCC

CCCCCC

CC

CC

CCCC

52






53


54



15 10 14 09333 13 08666 12 08000 11 07333 10 06667 9 06000 8 05333 7 04667 6 04000 5 03333 4 02667 3 02000 2 01333 1 00667 0 Switch off

Gain of UL DPCH

55


clong1n

clong2n

MSB LSB

x

y

56






57





y(0)=y(1)= hellip =y(23)= y(24)=1

58




Gold sequence zn


22101)(10)(1

)( 25 minus=⎩⎨⎧

=minus=+


iZn

nn

59





⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2


inlongnlong

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

11




12





13


14


15


Information Bits

)(ˆ tsi



MultipleAccess

TXRFPA

BitStream


CHANNEL



)(tsiDigitalInput

im

DigitalOutput

im

Information Sink

From Other Sources


Optional

Essential

Interleaving



MultipleAccess

RXRFIF

Deinterleaving

16






TS 25211



TS 25201


17




TS 25213




TS 25212


18




measurements


TS 25215




TS 25214


19




Transport channels

Physical layer

Con

trol

Mea

sure

men

ts

Layer 3


Layer 1

20





21

Transport Channels




22






PCH Paging Channel




23



24



25



26



27



28



29



30


Transport Channels

DCH

RACH

CPCH

BCH

FACH

PCH

Physical Channels















⎩

⎪⎪⎪⎪

⎨

⎧

Unmapped

31


32


33


34



TrBk

TrBk

35




RACHPCH



36


37






38





39




40




41


PilotNpilot bits

TPCNTPC bits

DataNdata bits



DPDCH

DPCCHFBI

NFBI bitsTFCI

NTFCI bits

Tslot = 2560 chips




42


640640960049609606

320320480084804805

1601602400162402404

80801200321201203

40406006460602

202030012830301

101015025615150

NdataBits Slot

Bits Frame


(ksps)


Slot Format i

43


8-924131015025615155B

10-1423141015025615155A

1522151015025615155

8-1520261015025615154

8-1510271015025615153

8-914231015025615152B

10-1413241015025615152A

1512251015025615152

8-1500281015025615151

8-904241015025615150B

10-1403251015025615150A

1502261015025615150


radio frame


BitsFrame


(ksps)


Slot Format i

44







45


001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

101001101110000

100011110101100

111111111111111

111111111111111

101001101110000

100011110101100

Slot 01234567891011121314



46



001010000111011

111111111111111

110001001101011

111111111111111

101001101110000

111111111111111

100011110101100

111111111111111

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

Slot 0123456789

1011121314


47

IΣ

j

c d 1 β d


I+ jQ

D P D C H 1

Q

c d 3 β d

D P D C H 3

c d 5 β d

D P D C H 5

c d 2 β d

D P D C H 2

c d 4 β d

D P D C H 4

c d 6 β d

D P D C H 6

c c β c

D P C C H

Σ



48


49



50


SF = 1 SF = 2 SF = 4

Cch10 = (1)

Cch20 = (11)

Cch21 = (1-1)

Cch40 =(1111)

Cch41 = (11-1-1)

Cch42 = (1-11-1)

Cch43 = (1-1-11)


51


⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡

1111

01

01

01

01

12

02

ch

ch

ch

ch

ch

ch

CC

CC

CC

( )

( )

( )

( )

( ) ( )

( ) ( ) ⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minus

minus

minus

=

⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minusminus

minusminus

minus++

minus++

+

+

+

+

122122

122122

1212

1212

0202

0202

11212

21212

312

212

112

012

nnchnnch

nnchnnch

nchnch

nchnch

nchnch

nchnch

nnch

nnch

nch

nch

nch

nch

CCCC

CCCCCC

CC

CC

CCCC

52






53


54



15 10 14 09333 13 08666 12 08000 11 07333 10 06667 9 06000 8 05333 7 04667 6 04000 5 03333 4 02667 3 02000 2 01333 1 00667 0 Switch off

Gain of UL DPCH

55


clong1n

clong2n

MSB LSB

x

y

56






57





y(0)=y(1)= hellip =y(23)= y(24)=1

58




Gold sequence zn


22101)(10)(1

)( 25 minus=⎩⎨⎧

=minus=+


iZn

nn

59





⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2


inlongnlong

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

12





13


14


15


Information Bits

)(ˆ tsi



MultipleAccess

TXRFPA

BitStream


CHANNEL



)(tsiDigitalInput

im

DigitalOutput

im

Information Sink

From Other Sources


Optional

Essential

Interleaving



MultipleAccess

RXRFIF

Deinterleaving

16






TS 25211



TS 25201


17




TS 25213




TS 25212


18




measurements


TS 25215




TS 25214


19




Transport channels

Physical layer

Con

trol

Mea

sure

men

ts

Layer 3


Layer 1

20





21

Transport Channels




22






PCH Paging Channel




23



24



25



26



27



28



29



30


Transport Channels

DCH

RACH

CPCH

BCH

FACH

PCH

Physical Channels















⎩

⎪⎪⎪⎪

⎨

⎧

Unmapped

31


32


33


34



TrBk

TrBk

35




RACHPCH



36


37






38





39




40




41


PilotNpilot bits

TPCNTPC bits

DataNdata bits



DPDCH

DPCCHFBI

NFBI bitsTFCI

NTFCI bits

Tslot = 2560 chips




42


640640960049609606

320320480084804805

1601602400162402404

80801200321201203

40406006460602

202030012830301

101015025615150

NdataBits Slot

Bits Frame


(ksps)


Slot Format i

43


8-924131015025615155B

10-1423141015025615155A

1522151015025615155

8-1520261015025615154

8-1510271015025615153

8-914231015025615152B

10-1413241015025615152A

1512251015025615152

8-1500281015025615151

8-904241015025615150B

10-1403251015025615150A

1502261015025615150


radio frame


BitsFrame


(ksps)


Slot Format i

44







45


001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

101001101110000

100011110101100

111111111111111

111111111111111

101001101110000

100011110101100

Slot 01234567891011121314



46



001010000111011

111111111111111

110001001101011

111111111111111

101001101110000

111111111111111

100011110101100

111111111111111

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

Slot 0123456789

1011121314


47

IΣ

j

c d 1 β d


I+ jQ

D P D C H 1

Q

c d 3 β d

D P D C H 3

c d 5 β d

D P D C H 5

c d 2 β d

D P D C H 2

c d 4 β d

D P D C H 4

c d 6 β d

D P D C H 6

c c β c

D P C C H

Σ



48


49



50


SF = 1 SF = 2 SF = 4

Cch10 = (1)

Cch20 = (11)

Cch21 = (1-1)

Cch40 =(1111)

Cch41 = (11-1-1)

Cch42 = (1-11-1)

Cch43 = (1-1-11)


51


⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡

1111

01

01

01

01

12

02

ch

ch

ch

ch

ch

ch

CC

CC

CC

( )

( )

( )

( )

( ) ( )

( ) ( ) ⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minus

minus

minus

=

⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minusminus

minusminus

minus++

minus++

+

+

+

+

122122

122122

1212

1212

0202

0202

11212

21212

312

212

112

012

nnchnnch

nnchnnch

nchnch

nchnch

nchnch

nchnch

nnch

nnch

nch

nch

nch

nch

CCCC

CCCCCC

CC

CC

CCCC

52






53


54



15 10 14 09333 13 08666 12 08000 11 07333 10 06667 9 06000 8 05333 7 04667 6 04000 5 03333 4 02667 3 02000 2 01333 1 00667 0 Switch off

Gain of UL DPCH

55


clong1n

clong2n

MSB LSB

x

y

56






57





y(0)=y(1)= hellip =y(23)= y(24)=1

58




Gold sequence zn


22101)(10)(1

)( 25 minus=⎩⎨⎧

=minus=+


iZn

nn

59





⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2


inlongnlong

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

13


14


15


Information Bits

)(ˆ tsi



MultipleAccess

TXRFPA

BitStream


CHANNEL



)(tsiDigitalInput

im

DigitalOutput

im

Information Sink

From Other Sources


Optional

Essential

Interleaving



MultipleAccess

RXRFIF

Deinterleaving

16






TS 25211



TS 25201


17




TS 25213




TS 25212


18




measurements


TS 25215




TS 25214


19




Transport channels

Physical layer

Con

trol

Mea

sure

men

ts

Layer 3


Layer 1

20





21

Transport Channels




22






PCH Paging Channel




23



24



25



26



27



28



29



30


Transport Channels

DCH

RACH

CPCH

BCH

FACH

PCH

Physical Channels















⎩

⎪⎪⎪⎪

⎨

⎧

Unmapped

31


32


33


34



TrBk

TrBk

35




RACHPCH



36


37






38





39




40




41


PilotNpilot bits

TPCNTPC bits

DataNdata bits



DPDCH

DPCCHFBI

NFBI bitsTFCI

NTFCI bits

Tslot = 2560 chips




42


640640960049609606

320320480084804805

1601602400162402404

80801200321201203

40406006460602

202030012830301

101015025615150

NdataBits Slot

Bits Frame


(ksps)


Slot Format i

43


8-924131015025615155B

10-1423141015025615155A

1522151015025615155

8-1520261015025615154

8-1510271015025615153

8-914231015025615152B

10-1413241015025615152A

1512251015025615152

8-1500281015025615151

8-904241015025615150B

10-1403251015025615150A

1502261015025615150


radio frame


BitsFrame


(ksps)


Slot Format i

44







45


001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

101001101110000

100011110101100

111111111111111

111111111111111

101001101110000

100011110101100

Slot 01234567891011121314



46



001010000111011

111111111111111

110001001101011

111111111111111

101001101110000

111111111111111

100011110101100

111111111111111

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

Slot 0123456789

1011121314


47

IΣ

j

c d 1 β d


I+ jQ

D P D C H 1

Q

c d 3 β d

D P D C H 3

c d 5 β d

D P D C H 5

c d 2 β d

D P D C H 2

c d 4 β d

D P D C H 4

c d 6 β d

D P D C H 6

c c β c

D P C C H

Σ



48


49



50


SF = 1 SF = 2 SF = 4

Cch10 = (1)

Cch20 = (11)

Cch21 = (1-1)

Cch40 =(1111)

Cch41 = (11-1-1)

Cch42 = (1-11-1)

Cch43 = (1-1-11)


51


⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡

1111

01

01

01

01

12

02

ch

ch

ch

ch

ch

ch

CC

CC

CC

( )

( )

( )

( )

( ) ( )

( ) ( ) ⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minus

minus

minus

=

⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minusminus

minusminus

minus++

minus++

+

+

+

+

122122

122122

1212

1212

0202

0202

11212

21212

312

212

112

012

nnchnnch

nnchnnch

nchnch

nchnch

nchnch

nchnch

nnch

nnch

nch

nch

nch

nch

CCCC

CCCCCC

CC

CC

CCCC

52






53


54



15 10 14 09333 13 08666 12 08000 11 07333 10 06667 9 06000 8 05333 7 04667 6 04000 5 03333 4 02667 3 02000 2 01333 1 00667 0 Switch off

Gain of UL DPCH

55


clong1n

clong2n

MSB LSB

x

y

56






57





y(0)=y(1)= hellip =y(23)= y(24)=1

58




Gold sequence zn


22101)(10)(1

)( 25 minus=⎩⎨⎧

=minus=+


iZn

nn

59





⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2


inlongnlong

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

14


15


Information Bits

)(ˆ tsi



MultipleAccess

TXRFPA

BitStream


CHANNEL



)(tsiDigitalInput

im

DigitalOutput

im

Information Sink

From Other Sources


Optional

Essential

Interleaving



MultipleAccess

RXRFIF

Deinterleaving

16






TS 25211



TS 25201


17




TS 25213




TS 25212


18




measurements


TS 25215




TS 25214


19




Transport channels

Physical layer

Con

trol

Mea

sure

men

ts

Layer 3


Layer 1

20





21

Transport Channels




22






PCH Paging Channel




23



24



25



26



27



28



29



30


Transport Channels

DCH

RACH

CPCH

BCH

FACH

PCH

Physical Channels















⎩

⎪⎪⎪⎪

⎨

⎧

Unmapped

31


32


33


34



TrBk

TrBk

35




RACHPCH



36


37






38





39




40




41


PilotNpilot bits

TPCNTPC bits

DataNdata bits



DPDCH

DPCCHFBI

NFBI bitsTFCI

NTFCI bits

Tslot = 2560 chips




42


640640960049609606

320320480084804805

1601602400162402404

80801200321201203

40406006460602

202030012830301

101015025615150

NdataBits Slot

Bits Frame


(ksps)


Slot Format i

43


8-924131015025615155B

10-1423141015025615155A

1522151015025615155

8-1520261015025615154

8-1510271015025615153

8-914231015025615152B

10-1413241015025615152A

1512251015025615152

8-1500281015025615151

8-904241015025615150B

10-1403251015025615150A

1502261015025615150


radio frame


BitsFrame


(ksps)


Slot Format i

44







45


001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

101001101110000

100011110101100

111111111111111

111111111111111

101001101110000

100011110101100

Slot 01234567891011121314



46



001010000111011

111111111111111

110001001101011

111111111111111

101001101110000

111111111111111

100011110101100

111111111111111

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

Slot 0123456789

1011121314


47

IΣ

j

c d 1 β d


I+ jQ

D P D C H 1

Q

c d 3 β d

D P D C H 3

c d 5 β d

D P D C H 5

c d 2 β d

D P D C H 2

c d 4 β d

D P D C H 4

c d 6 β d

D P D C H 6

c c β c

D P C C H

Σ



48


49



50


SF = 1 SF = 2 SF = 4

Cch10 = (1)

Cch20 = (11)

Cch21 = (1-1)

Cch40 =(1111)

Cch41 = (11-1-1)

Cch42 = (1-11-1)

Cch43 = (1-1-11)


51


⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡

1111

01

01

01

01

12

02

ch

ch

ch

ch

ch

ch

CC

CC

CC

( )

( )

( )

( )

( ) ( )

( ) ( ) ⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minus

minus

minus

=

⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minusminus

minusminus

minus++

minus++

+

+

+

+

122122

122122

1212

1212

0202

0202

11212

21212

312

212

112

012

nnchnnch

nnchnnch

nchnch

nchnch

nchnch

nchnch

nnch

nnch

nch

nch

nch

nch

CCCC

CCCCCC

CC

CC

CCCC

52






53


54



15 10 14 09333 13 08666 12 08000 11 07333 10 06667 9 06000 8 05333 7 04667 6 04000 5 03333 4 02667 3 02000 2 01333 1 00667 0 Switch off

Gain of UL DPCH

55


clong1n

clong2n

MSB LSB

x

y

56






57





y(0)=y(1)= hellip =y(23)= y(24)=1

58




Gold sequence zn


22101)(10)(1

)( 25 minus=⎩⎨⎧

=minus=+


iZn

nn

59





⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2


inlongnlong

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

15


Information Bits

)(ˆ tsi



MultipleAccess

TXRFPA

BitStream


CHANNEL



)(tsiDigitalInput

im

DigitalOutput

im

Information Sink

From Other Sources


Optional

Essential

Interleaving



MultipleAccess

RXRFIF

Deinterleaving

16






TS 25211



TS 25201


17




TS 25213




TS 25212


18




measurements


TS 25215




TS 25214


19




Transport channels

Physical layer

Con

trol

Mea

sure

men

ts

Layer 3


Layer 1

20





21

Transport Channels




22






PCH Paging Channel




23



24



25



26



27



28



29



30


Transport Channels

DCH

RACH

CPCH

BCH

FACH

PCH

Physical Channels















⎩

⎪⎪⎪⎪

⎨

⎧

Unmapped

31


32


33


34



TrBk

TrBk

35




RACHPCH



36


37






38





39




40




41


PilotNpilot bits

TPCNTPC bits

DataNdata bits



DPDCH

DPCCHFBI

NFBI bitsTFCI

NTFCI bits

Tslot = 2560 chips




42


640640960049609606

320320480084804805

1601602400162402404

80801200321201203

40406006460602

202030012830301

101015025615150

NdataBits Slot

Bits Frame


(ksps)


Slot Format i

43


8-924131015025615155B

10-1423141015025615155A

1522151015025615155

8-1520261015025615154

8-1510271015025615153

8-914231015025615152B

10-1413241015025615152A

1512251015025615152

8-1500281015025615151

8-904241015025615150B

10-1403251015025615150A

1502261015025615150


radio frame


BitsFrame


(ksps)


Slot Format i

44







45


001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

101001101110000

100011110101100

111111111111111

111111111111111

101001101110000

100011110101100

Slot 01234567891011121314



46



001010000111011

111111111111111

110001001101011

111111111111111

101001101110000

111111111111111

100011110101100

111111111111111

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

Slot 0123456789

1011121314


47

IΣ

j

c d 1 β d


I+ jQ

D P D C H 1

Q

c d 3 β d

D P D C H 3

c d 5 β d

D P D C H 5

c d 2 β d

D P D C H 2

c d 4 β d

D P D C H 4

c d 6 β d

D P D C H 6

c c β c

D P C C H

Σ



48


49



50


SF = 1 SF = 2 SF = 4

Cch10 = (1)

Cch20 = (11)

Cch21 = (1-1)

Cch40 =(1111)

Cch41 = (11-1-1)

Cch42 = (1-11-1)

Cch43 = (1-1-11)


51


⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡

1111

01

01

01

01

12

02

ch

ch

ch

ch

ch

ch

CC

CC

CC

( )

( )

( )

( )

( ) ( )

( ) ( ) ⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minus

minus

minus

=

⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minusminus

minusminus

minus++

minus++

+

+

+

+

122122

122122

1212

1212

0202

0202

11212

21212

312

212

112

012

nnchnnch

nnchnnch

nchnch

nchnch

nchnch

nchnch

nnch

nnch

nch

nch

nch

nch

CCCC

CCCCCC

CC

CC

CCCC

52






53


54



15 10 14 09333 13 08666 12 08000 11 07333 10 06667 9 06000 8 05333 7 04667 6 04000 5 03333 4 02667 3 02000 2 01333 1 00667 0 Switch off

Gain of UL DPCH

55


clong1n

clong2n

MSB LSB

x

y

56






57





y(0)=y(1)= hellip =y(23)= y(24)=1

58




Gold sequence zn


22101)(10)(1

)( 25 minus=⎩⎨⎧

=minus=+


iZn

nn

59





⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2


inlongnlong

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

16






TS 25211



TS 25201


17




TS 25213




TS 25212


18




measurements


TS 25215




TS 25214


19




Transport channels

Physical layer

Con

trol

Mea

sure

men

ts

Layer 3


Layer 1

20





21

Transport Channels




22






PCH Paging Channel




23



24



25



26



27



28



29



30


Transport Channels

DCH

RACH

CPCH

BCH

FACH

PCH

Physical Channels















⎩

⎪⎪⎪⎪

⎨

⎧

Unmapped

31


32


33


34



TrBk

TrBk

35




RACHPCH



36


37






38





39




40




41


PilotNpilot bits

TPCNTPC bits

DataNdata bits



DPDCH

DPCCHFBI

NFBI bitsTFCI

NTFCI bits

Tslot = 2560 chips




42


640640960049609606

320320480084804805

1601602400162402404

80801200321201203

40406006460602

202030012830301

101015025615150

NdataBits Slot

Bits Frame


(ksps)


Slot Format i

43


8-924131015025615155B

10-1423141015025615155A

1522151015025615155

8-1520261015025615154

8-1510271015025615153

8-914231015025615152B

10-1413241015025615152A

1512251015025615152

8-1500281015025615151

8-904241015025615150B

10-1403251015025615150A

1502261015025615150


radio frame


BitsFrame


(ksps)


Slot Format i

44







45


001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

101001101110000

100011110101100

111111111111111

111111111111111

101001101110000

100011110101100

Slot 01234567891011121314



46



001010000111011

111111111111111

110001001101011

111111111111111

101001101110000

111111111111111

100011110101100

111111111111111

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

Slot 0123456789

1011121314


47

IΣ

j

c d 1 β d


I+ jQ

D P D C H 1

Q

c d 3 β d

D P D C H 3

c d 5 β d

D P D C H 5

c d 2 β d

D P D C H 2

c d 4 β d

D P D C H 4

c d 6 β d

D P D C H 6

c c β c

D P C C H

Σ



48


49



50


SF = 1 SF = 2 SF = 4

Cch10 = (1)

Cch20 = (11)

Cch21 = (1-1)

Cch40 =(1111)

Cch41 = (11-1-1)

Cch42 = (1-11-1)

Cch43 = (1-1-11)


51


⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡

1111

01

01

01

01

12

02

ch

ch

ch

ch

ch

ch

CC

CC

CC

( )

( )

( )

( )

( ) ( )

( ) ( ) ⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minus

minus

minus

=

⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minusminus

minusminus

minus++

minus++

+

+

+

+

122122

122122

1212

1212

0202

0202

11212

21212

312

212

112

012

nnchnnch

nnchnnch

nchnch

nchnch

nchnch

nchnch

nnch

nnch

nch

nch

nch

nch

CCCC

CCCCCC

CC

CC

CCCC

52






53


54



15 10 14 09333 13 08666 12 08000 11 07333 10 06667 9 06000 8 05333 7 04667 6 04000 5 03333 4 02667 3 02000 2 01333 1 00667 0 Switch off

Gain of UL DPCH

55


clong1n

clong2n

MSB LSB

x

y

56






57





y(0)=y(1)= hellip =y(23)= y(24)=1

58




Gold sequence zn


22101)(10)(1

)( 25 minus=⎩⎨⎧

=minus=+


iZn

nn

59





⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2


inlongnlong

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

17




TS 25213




TS 25212


18




measurements


TS 25215




TS 25214


19




Transport channels

Physical layer

Con

trol

Mea

sure

men

ts

Layer 3


Layer 1

20





21

Transport Channels




22






PCH Paging Channel




23



24



25



26



27



28



29



30


Transport Channels

DCH

RACH

CPCH

BCH

FACH

PCH

Physical Channels















⎩

⎪⎪⎪⎪

⎨

⎧

Unmapped

31


32


33


34



TrBk

TrBk

35




RACHPCH



36


37






38





39




40




41


PilotNpilot bits

TPCNTPC bits

DataNdata bits



DPDCH

DPCCHFBI

NFBI bitsTFCI

NTFCI bits

Tslot = 2560 chips




42


640640960049609606

320320480084804805

1601602400162402404

80801200321201203

40406006460602

202030012830301

101015025615150

NdataBits Slot

Bits Frame


(ksps)


Slot Format i

43


8-924131015025615155B

10-1423141015025615155A

1522151015025615155

8-1520261015025615154

8-1510271015025615153

8-914231015025615152B

10-1413241015025615152A

1512251015025615152

8-1500281015025615151

8-904241015025615150B

10-1403251015025615150A

1502261015025615150


radio frame


BitsFrame


(ksps)


Slot Format i

44







45


001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

101001101110000

100011110101100

111111111111111

111111111111111

101001101110000

100011110101100

Slot 01234567891011121314



46



001010000111011

111111111111111

110001001101011

111111111111111

101001101110000

111111111111111

100011110101100

111111111111111

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

Slot 0123456789

1011121314


47

IΣ

j

c d 1 β d


I+ jQ

D P D C H 1

Q

c d 3 β d

D P D C H 3

c d 5 β d

D P D C H 5

c d 2 β d

D P D C H 2

c d 4 β d

D P D C H 4

c d 6 β d

D P D C H 6

c c β c

D P C C H

Σ



48


49



50


SF = 1 SF = 2 SF = 4

Cch10 = (1)

Cch20 = (11)

Cch21 = (1-1)

Cch40 =(1111)

Cch41 = (11-1-1)

Cch42 = (1-11-1)

Cch43 = (1-1-11)


51


⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡

1111

01

01

01

01

12

02

ch

ch

ch

ch

ch

ch

CC

CC

CC

( )

( )

( )

( )

( ) ( )

( ) ( ) ⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minus

minus

minus

=

⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minusminus

minusminus

minus++

minus++

+

+

+

+

122122

122122

1212

1212

0202

0202

11212

21212

312

212

112

012

nnchnnch

nnchnnch

nchnch

nchnch

nchnch

nchnch

nnch

nnch

nch

nch

nch

nch

CCCC

CCCCCC

CC

CC

CCCC

52






53


54



15 10 14 09333 13 08666 12 08000 11 07333 10 06667 9 06000 8 05333 7 04667 6 04000 5 03333 4 02667 3 02000 2 01333 1 00667 0 Switch off

Gain of UL DPCH

55


clong1n

clong2n

MSB LSB

x

y

56






57





y(0)=y(1)= hellip =y(23)= y(24)=1

58




Gold sequence zn


22101)(10)(1

)( 25 minus=⎩⎨⎧

=minus=+


iZn

nn

59





⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2


inlongnlong

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

18




measurements


TS 25215




TS 25214


19




Transport channels

Physical layer

Con

trol

Mea

sure

men

ts

Layer 3


Layer 1

20





21

Transport Channels




22






PCH Paging Channel




23



24



25



26



27



28



29



30


Transport Channels

DCH

RACH

CPCH

BCH

FACH

PCH

Physical Channels















⎩

⎪⎪⎪⎪

⎨

⎧

Unmapped

31


32


33


34



TrBk

TrBk

35




RACHPCH



36


37






38





39




40




41


PilotNpilot bits

TPCNTPC bits

DataNdata bits



DPDCH

DPCCHFBI

NFBI bitsTFCI

NTFCI bits

Tslot = 2560 chips




42


640640960049609606

320320480084804805

1601602400162402404

80801200321201203

40406006460602

202030012830301

101015025615150

NdataBits Slot

Bits Frame


(ksps)


Slot Format i

43


8-924131015025615155B

10-1423141015025615155A

1522151015025615155

8-1520261015025615154

8-1510271015025615153

8-914231015025615152B

10-1413241015025615152A

1512251015025615152

8-1500281015025615151

8-904241015025615150B

10-1403251015025615150A

1502261015025615150


radio frame


BitsFrame


(ksps)


Slot Format i

44







45


001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

101001101110000

100011110101100

111111111111111

111111111111111

101001101110000

100011110101100

Slot 01234567891011121314



46



001010000111011

111111111111111

110001001101011

111111111111111

101001101110000

111111111111111

100011110101100

111111111111111

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

Slot 0123456789

1011121314


47

IΣ

j

c d 1 β d


I+ jQ

D P D C H 1

Q

c d 3 β d

D P D C H 3

c d 5 β d

D P D C H 5

c d 2 β d

D P D C H 2

c d 4 β d

D P D C H 4

c d 6 β d

D P D C H 6

c c β c

D P C C H

Σ



48


49



50


SF = 1 SF = 2 SF = 4

Cch10 = (1)

Cch20 = (11)

Cch21 = (1-1)

Cch40 =(1111)

Cch41 = (11-1-1)

Cch42 = (1-11-1)

Cch43 = (1-1-11)


51


⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡

1111

01

01

01

01

12

02

ch

ch

ch

ch

ch

ch

CC

CC

CC

( )

( )

( )

( )

( ) ( )

( ) ( ) ⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minus

minus

minus

=

⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minusminus

minusminus

minus++

minus++

+

+

+

+

122122

122122

1212

1212

0202

0202

11212

21212

312

212

112

012

nnchnnch

nnchnnch

nchnch

nchnch

nchnch

nchnch

nnch

nnch

nch

nch

nch

nch

CCCC

CCCCCC

CC

CC

CCCC

52






53


54



15 10 14 09333 13 08666 12 08000 11 07333 10 06667 9 06000 8 05333 7 04667 6 04000 5 03333 4 02667 3 02000 2 01333 1 00667 0 Switch off

Gain of UL DPCH

55


clong1n

clong2n

MSB LSB

x

y

56






57





y(0)=y(1)= hellip =y(23)= y(24)=1

58




Gold sequence zn


22101)(10)(1

)( 25 minus=⎩⎨⎧

=minus=+


iZn

nn

59





⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2


inlongnlong

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

19




Transport channels

Physical layer

Con

trol

Mea

sure

men

ts

Layer 3


Layer 1

20





21

Transport Channels




22






PCH Paging Channel




23



24



25



26



27



28



29



30


Transport Channels

DCH

RACH

CPCH

BCH

FACH

PCH

Physical Channels















⎩

⎪⎪⎪⎪

⎨

⎧

Unmapped

31


32


33


34



TrBk

TrBk

35




RACHPCH



36


37






38





39




40




41


PilotNpilot bits

TPCNTPC bits

DataNdata bits



DPDCH

DPCCHFBI

NFBI bitsTFCI

NTFCI bits

Tslot = 2560 chips




42


640640960049609606

320320480084804805

1601602400162402404

80801200321201203

40406006460602

202030012830301

101015025615150

NdataBits Slot

Bits Frame


(ksps)


Slot Format i

43


8-924131015025615155B

10-1423141015025615155A

1522151015025615155

8-1520261015025615154

8-1510271015025615153

8-914231015025615152B

10-1413241015025615152A

1512251015025615152

8-1500281015025615151

8-904241015025615150B

10-1403251015025615150A

1502261015025615150


radio frame


BitsFrame


(ksps)


Slot Format i

44







45


001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

101001101110000

100011110101100

111111111111111

111111111111111

101001101110000

100011110101100

Slot 01234567891011121314



46



001010000111011

111111111111111

110001001101011

111111111111111

101001101110000

111111111111111

100011110101100

111111111111111

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

Slot 0123456789

1011121314


47

IΣ

j

c d 1 β d


I+ jQ

D P D C H 1

Q

c d 3 β d

D P D C H 3

c d 5 β d

D P D C H 5

c d 2 β d

D P D C H 2

c d 4 β d

D P D C H 4

c d 6 β d

D P D C H 6

c c β c

D P C C H

Σ



48


49



50


SF = 1 SF = 2 SF = 4

Cch10 = (1)

Cch20 = (11)

Cch21 = (1-1)

Cch40 =(1111)

Cch41 = (11-1-1)

Cch42 = (1-11-1)

Cch43 = (1-1-11)


51


⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡

1111

01

01

01

01

12

02

ch

ch

ch

ch

ch

ch

CC

CC

CC

( )

( )

( )

( )

( ) ( )

( ) ( ) ⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minus

minus

minus

=

⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minusminus

minusminus

minus++

minus++

+

+

+

+

122122

122122

1212

1212

0202

0202

11212

21212

312

212

112

012

nnchnnch

nnchnnch

nchnch

nchnch

nchnch

nchnch

nnch

nnch

nch

nch

nch

nch

CCCC

CCCCCC

CC

CC

CCCC

52






53


54



15 10 14 09333 13 08666 12 08000 11 07333 10 06667 9 06000 8 05333 7 04667 6 04000 5 03333 4 02667 3 02000 2 01333 1 00667 0 Switch off

Gain of UL DPCH

55


clong1n

clong2n

MSB LSB

x

y

56






57





y(0)=y(1)= hellip =y(23)= y(24)=1

58




Gold sequence zn


22101)(10)(1

)( 25 minus=⎩⎨⎧

=minus=+


iZn

nn

59





⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2


inlongnlong

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

20





21

Transport Channels




22






PCH Paging Channel




23



24



25



26



27



28



29



30


Transport Channels

DCH

RACH

CPCH

BCH

FACH

PCH

Physical Channels















⎩

⎪⎪⎪⎪

⎨

⎧

Unmapped

31


32


33


34



TrBk

TrBk

35




RACHPCH



36


37






38





39




40




41


PilotNpilot bits

TPCNTPC bits

DataNdata bits



DPDCH

DPCCHFBI

NFBI bitsTFCI

NTFCI bits

Tslot = 2560 chips




42


640640960049609606

320320480084804805

1601602400162402404

80801200321201203

40406006460602

202030012830301

101015025615150

NdataBits Slot

Bits Frame


(ksps)


Slot Format i

43


8-924131015025615155B

10-1423141015025615155A

1522151015025615155

8-1520261015025615154

8-1510271015025615153

8-914231015025615152B

10-1413241015025615152A

1512251015025615152

8-1500281015025615151

8-904241015025615150B

10-1403251015025615150A

1502261015025615150


radio frame


BitsFrame


(ksps)


Slot Format i

44







45


001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

101001101110000

100011110101100

111111111111111

111111111111111

101001101110000

100011110101100

Slot 01234567891011121314



46



001010000111011

111111111111111

110001001101011

111111111111111

101001101110000

111111111111111

100011110101100

111111111111111

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

Slot 0123456789

1011121314


47

IΣ

j

c d 1 β d


I+ jQ

D P D C H 1

Q

c d 3 β d

D P D C H 3

c d 5 β d

D P D C H 5

c d 2 β d

D P D C H 2

c d 4 β d

D P D C H 4

c d 6 β d

D P D C H 6

c c β c

D P C C H

Σ



48


49



50


SF = 1 SF = 2 SF = 4

Cch10 = (1)

Cch20 = (11)

Cch21 = (1-1)

Cch40 =(1111)

Cch41 = (11-1-1)

Cch42 = (1-11-1)

Cch43 = (1-1-11)


51


⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡

1111

01

01

01

01

12

02

ch

ch

ch

ch

ch

ch

CC

CC

CC

( )

( )

( )

( )

( ) ( )

( ) ( ) ⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minus

minus

minus

=

⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minusminus

minusminus

minus++

minus++

+

+

+

+

122122

122122

1212

1212

0202

0202

11212

21212

312

212

112

012

nnchnnch

nnchnnch

nchnch

nchnch

nchnch

nchnch

nnch

nnch

nch

nch

nch

nch

CCCC

CCCCCC

CC

CC

CCCC

52






53


54



15 10 14 09333 13 08666 12 08000 11 07333 10 06667 9 06000 8 05333 7 04667 6 04000 5 03333 4 02667 3 02000 2 01333 1 00667 0 Switch off

Gain of UL DPCH

55


clong1n

clong2n

MSB LSB

x

y

56






57





y(0)=y(1)= hellip =y(23)= y(24)=1

58




Gold sequence zn


22101)(10)(1

)( 25 minus=⎩⎨⎧

=minus=+


iZn

nn

59





⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2


inlongnlong

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

21

Transport Channels




22






PCH Paging Channel




23



24



25



26



27



28



29



30


Transport Channels

DCH

RACH

CPCH

BCH

FACH

PCH

Physical Channels















⎩

⎪⎪⎪⎪

⎨

⎧

Unmapped

31


32


33


34



TrBk

TrBk

35




RACHPCH



36


37






38





39




40




41


PilotNpilot bits

TPCNTPC bits

DataNdata bits



DPDCH

DPCCHFBI

NFBI bitsTFCI

NTFCI bits

Tslot = 2560 chips




42


640640960049609606

320320480084804805

1601602400162402404

80801200321201203

40406006460602

202030012830301

101015025615150

NdataBits Slot

Bits Frame


(ksps)


Slot Format i

43


8-924131015025615155B

10-1423141015025615155A

1522151015025615155

8-1520261015025615154

8-1510271015025615153

8-914231015025615152B

10-1413241015025615152A

1512251015025615152

8-1500281015025615151

8-904241015025615150B

10-1403251015025615150A

1502261015025615150


radio frame


BitsFrame


(ksps)


Slot Format i

44







45


001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

101001101110000

100011110101100

111111111111111

111111111111111

101001101110000

100011110101100

Slot 01234567891011121314



46



001010000111011

111111111111111

110001001101011

111111111111111

101001101110000

111111111111111

100011110101100

111111111111111

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

Slot 0123456789

1011121314


47

IΣ

j

c d 1 β d


I+ jQ

D P D C H 1

Q

c d 3 β d

D P D C H 3

c d 5 β d

D P D C H 5

c d 2 β d

D P D C H 2

c d 4 β d

D P D C H 4

c d 6 β d

D P D C H 6

c c β c

D P C C H

Σ



48


49



50


SF = 1 SF = 2 SF = 4

Cch10 = (1)

Cch20 = (11)

Cch21 = (1-1)

Cch40 =(1111)

Cch41 = (11-1-1)

Cch42 = (1-11-1)

Cch43 = (1-1-11)


51


⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡

1111

01

01

01

01

12

02

ch

ch

ch

ch

ch

ch

CC

CC

CC

( )

( )

( )

( )

( ) ( )

( ) ( ) ⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minus

minus

minus

=

⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minusminus

minusminus

minus++

minus++

+

+

+

+

122122

122122

1212

1212

0202

0202

11212

21212

312

212

112

012

nnchnnch

nnchnnch

nchnch

nchnch

nchnch

nchnch

nnch

nnch

nch

nch

nch

nch

CCCC

CCCCCC

CC

CC

CCCC

52






53


54



15 10 14 09333 13 08666 12 08000 11 07333 10 06667 9 06000 8 05333 7 04667 6 04000 5 03333 4 02667 3 02000 2 01333 1 00667 0 Switch off

Gain of UL DPCH

55


clong1n

clong2n

MSB LSB

x

y

56






57





y(0)=y(1)= hellip =y(23)= y(24)=1

58




Gold sequence zn


22101)(10)(1

)( 25 minus=⎩⎨⎧

=minus=+


iZn

nn

59





⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2


inlongnlong

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

22






PCH Paging Channel




23



24



25



26



27



28



29



30


Transport Channels

DCH

RACH

CPCH

BCH

FACH

PCH

Physical Channels















⎩

⎪⎪⎪⎪

⎨

⎧

Unmapped

31


32


33


34



TrBk

TrBk

35




RACHPCH



36


37






38





39




40




41


PilotNpilot bits

TPCNTPC bits

DataNdata bits



DPDCH

DPCCHFBI

NFBI bitsTFCI

NTFCI bits

Tslot = 2560 chips




42


640640960049609606

320320480084804805

1601602400162402404

80801200321201203

40406006460602

202030012830301

101015025615150

NdataBits Slot

Bits Frame


(ksps)


Slot Format i

43


8-924131015025615155B

10-1423141015025615155A

1522151015025615155

8-1520261015025615154

8-1510271015025615153

8-914231015025615152B

10-1413241015025615152A

1512251015025615152

8-1500281015025615151

8-904241015025615150B

10-1403251015025615150A

1502261015025615150


radio frame


BitsFrame


(ksps)


Slot Format i

44







45


001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

101001101110000

100011110101100

111111111111111

111111111111111

101001101110000

100011110101100

Slot 01234567891011121314



46



001010000111011

111111111111111

110001001101011

111111111111111

101001101110000

111111111111111

100011110101100

111111111111111

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

Slot 0123456789

1011121314


47

IΣ

j

c d 1 β d


I+ jQ

D P D C H 1

Q

c d 3 β d

D P D C H 3

c d 5 β d

D P D C H 5

c d 2 β d

D P D C H 2

c d 4 β d

D P D C H 4

c d 6 β d

D P D C H 6

c c β c

D P C C H

Σ



48


49



50


SF = 1 SF = 2 SF = 4

Cch10 = (1)

Cch20 = (11)

Cch21 = (1-1)

Cch40 =(1111)

Cch41 = (11-1-1)

Cch42 = (1-11-1)

Cch43 = (1-1-11)


51


⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡

1111

01

01

01

01

12

02

ch

ch

ch

ch

ch

ch

CC

CC

CC

( )

( )

( )

( )

( ) ( )

( ) ( ) ⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minus

minus

minus

=

⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minusminus

minusminus

minus++

minus++

+

+

+

+

122122

122122

1212

1212

0202

0202

11212

21212

312

212

112

012

nnchnnch

nnchnnch

nchnch

nchnch

nchnch

nchnch

nnch

nnch

nch

nch

nch

nch

CCCC

CCCCCC

CC

CC

CCCC

52






53


54



15 10 14 09333 13 08666 12 08000 11 07333 10 06667 9 06000 8 05333 7 04667 6 04000 5 03333 4 02667 3 02000 2 01333 1 00667 0 Switch off

Gain of UL DPCH

55


clong1n

clong2n

MSB LSB

x

y

56






57





y(0)=y(1)= hellip =y(23)= y(24)=1

58




Gold sequence zn


22101)(10)(1

)( 25 minus=⎩⎨⎧

=minus=+


iZn

nn

59





⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2


inlongnlong

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

23



24



25



26



27



28



29



30


Transport Channels

DCH

RACH

CPCH

BCH

FACH

PCH

Physical Channels















⎩

⎪⎪⎪⎪

⎨

⎧

Unmapped

31


32


33


34



TrBk

TrBk

35




RACHPCH



36


37






38





39




40




41


PilotNpilot bits

TPCNTPC bits

DataNdata bits



DPDCH

DPCCHFBI

NFBI bitsTFCI

NTFCI bits

Tslot = 2560 chips




42


640640960049609606

320320480084804805

1601602400162402404

80801200321201203

40406006460602

202030012830301

101015025615150

NdataBits Slot

Bits Frame


(ksps)


Slot Format i

43


8-924131015025615155B

10-1423141015025615155A

1522151015025615155

8-1520261015025615154

8-1510271015025615153

8-914231015025615152B

10-1413241015025615152A

1512251015025615152

8-1500281015025615151

8-904241015025615150B

10-1403251015025615150A

1502261015025615150


radio frame


BitsFrame


(ksps)


Slot Format i

44







45


001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

101001101110000

100011110101100

111111111111111

111111111111111

101001101110000

100011110101100

Slot 01234567891011121314



46



001010000111011

111111111111111

110001001101011

111111111111111

101001101110000

111111111111111

100011110101100

111111111111111

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

Slot 0123456789

1011121314


47

IΣ

j

c d 1 β d


I+ jQ

D P D C H 1

Q

c d 3 β d

D P D C H 3

c d 5 β d

D P D C H 5

c d 2 β d

D P D C H 2

c d 4 β d

D P D C H 4

c d 6 β d

D P D C H 6

c c β c

D P C C H

Σ



48


49



50


SF = 1 SF = 2 SF = 4

Cch10 = (1)

Cch20 = (11)

Cch21 = (1-1)

Cch40 =(1111)

Cch41 = (11-1-1)

Cch42 = (1-11-1)

Cch43 = (1-1-11)


51


⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡

1111

01

01

01

01

12

02

ch

ch

ch

ch

ch

ch

CC

CC

CC

( )

( )

( )

( )

( ) ( )

( ) ( ) ⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minus

minus

minus

=

⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minusminus

minusminus

minus++

minus++

+

+

+

+

122122

122122

1212

1212

0202

0202

11212

21212

312

212

112

012

nnchnnch

nnchnnch

nchnch

nchnch

nchnch

nchnch

nnch

nnch

nch

nch

nch

nch

CCCC

CCCCCC

CC

CC

CCCC

52






53


54



15 10 14 09333 13 08666 12 08000 11 07333 10 06667 9 06000 8 05333 7 04667 6 04000 5 03333 4 02667 3 02000 2 01333 1 00667 0 Switch off

Gain of UL DPCH

55


clong1n

clong2n

MSB LSB

x

y

56






57





y(0)=y(1)= hellip =y(23)= y(24)=1

58




Gold sequence zn


22101)(10)(1

)( 25 minus=⎩⎨⎧

=minus=+


iZn

nn

59





⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2


inlongnlong

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

24



25



26



27



28



29



30


Transport Channels

DCH

RACH

CPCH

BCH

FACH

PCH

Physical Channels















⎩

⎪⎪⎪⎪

⎨

⎧

Unmapped

31


32


33


34



TrBk

TrBk

35




RACHPCH



36


37






38





39




40




41


PilotNpilot bits

TPCNTPC bits

DataNdata bits



DPDCH

DPCCHFBI

NFBI bitsTFCI

NTFCI bits

Tslot = 2560 chips




42


640640960049609606

320320480084804805

1601602400162402404

80801200321201203

40406006460602

202030012830301

101015025615150

NdataBits Slot

Bits Frame


(ksps)


Slot Format i

43


8-924131015025615155B

10-1423141015025615155A

1522151015025615155

8-1520261015025615154

8-1510271015025615153

8-914231015025615152B

10-1413241015025615152A

1512251015025615152

8-1500281015025615151

8-904241015025615150B

10-1403251015025615150A

1502261015025615150


radio frame


BitsFrame


(ksps)


Slot Format i

44







45


001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

101001101110000

100011110101100

111111111111111

111111111111111

101001101110000

100011110101100

Slot 01234567891011121314



46



001010000111011

111111111111111

110001001101011

111111111111111

101001101110000

111111111111111

100011110101100

111111111111111

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

Slot 0123456789

1011121314


47

IΣ

j

c d 1 β d


I+ jQ

D P D C H 1

Q

c d 3 β d

D P D C H 3

c d 5 β d

D P D C H 5

c d 2 β d

D P D C H 2

c d 4 β d

D P D C H 4

c d 6 β d

D P D C H 6

c c β c

D P C C H

Σ



48


49



50


SF = 1 SF = 2 SF = 4

Cch10 = (1)

Cch20 = (11)

Cch21 = (1-1)

Cch40 =(1111)

Cch41 = (11-1-1)

Cch42 = (1-11-1)

Cch43 = (1-1-11)


51


⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡

1111

01

01

01

01

12

02

ch

ch

ch

ch

ch

ch

CC

CC

CC

( )

( )

( )

( )

( ) ( )

( ) ( ) ⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minus

minus

minus

=

⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minusminus

minusminus

minus++

minus++

+

+

+

+

122122

122122

1212

1212

0202

0202

11212

21212

312

212

112

012

nnchnnch

nnchnnch

nchnch

nchnch

nchnch

nchnch

nnch

nnch

nch

nch

nch

nch

CCCC

CCCCCC

CC

CC

CCCC

52






53


54



15 10 14 09333 13 08666 12 08000 11 07333 10 06667 9 06000 8 05333 7 04667 6 04000 5 03333 4 02667 3 02000 2 01333 1 00667 0 Switch off

Gain of UL DPCH

55


clong1n

clong2n

MSB LSB

x

y

56






57





y(0)=y(1)= hellip =y(23)= y(24)=1

58




Gold sequence zn


22101)(10)(1

)( 25 minus=⎩⎨⎧

=minus=+


iZn

nn

59





⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2


inlongnlong

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

25



26



27



28



29



30


Transport Channels

DCH

RACH

CPCH

BCH

FACH

PCH

Physical Channels















⎩

⎪⎪⎪⎪

⎨

⎧

Unmapped

31


32


33


34



TrBk

TrBk

35




RACHPCH



36


37






38





39




40




41


PilotNpilot bits

TPCNTPC bits

DataNdata bits



DPDCH

DPCCHFBI

NFBI bitsTFCI

NTFCI bits

Tslot = 2560 chips




42


640640960049609606

320320480084804805

1601602400162402404

80801200321201203

40406006460602

202030012830301

101015025615150

NdataBits Slot

Bits Frame


(ksps)


Slot Format i

43


8-924131015025615155B

10-1423141015025615155A

1522151015025615155

8-1520261015025615154

8-1510271015025615153

8-914231015025615152B

10-1413241015025615152A

1512251015025615152

8-1500281015025615151

8-904241015025615150B

10-1403251015025615150A

1502261015025615150


radio frame


BitsFrame


(ksps)


Slot Format i

44







45


001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

101001101110000

100011110101100

111111111111111

111111111111111

101001101110000

100011110101100

Slot 01234567891011121314



46



001010000111011

111111111111111

110001001101011

111111111111111

101001101110000

111111111111111

100011110101100

111111111111111

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

Slot 0123456789

1011121314


47

IΣ

j

c d 1 β d


I+ jQ

D P D C H 1

Q

c d 3 β d

D P D C H 3

c d 5 β d

D P D C H 5

c d 2 β d

D P D C H 2

c d 4 β d

D P D C H 4

c d 6 β d

D P D C H 6

c c β c

D P C C H

Σ



48


49



50


SF = 1 SF = 2 SF = 4

Cch10 = (1)

Cch20 = (11)

Cch21 = (1-1)

Cch40 =(1111)

Cch41 = (11-1-1)

Cch42 = (1-11-1)

Cch43 = (1-1-11)


51


⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡

1111

01

01

01

01

12

02

ch

ch

ch

ch

ch

ch

CC

CC

CC

( )

( )

( )

( )

( ) ( )

( ) ( ) ⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minus

minus

minus

=

⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minusminus

minusminus

minus++

minus++

+

+

+

+

122122

122122

1212

1212

0202

0202

11212

21212

312

212

112

012

nnchnnch

nnchnnch

nchnch

nchnch

nchnch

nchnch

nnch

nnch

nch

nch

nch

nch

CCCC

CCCCCC

CC

CC

CCCC

52






53


54



15 10 14 09333 13 08666 12 08000 11 07333 10 06667 9 06000 8 05333 7 04667 6 04000 5 03333 4 02667 3 02000 2 01333 1 00667 0 Switch off

Gain of UL DPCH

55


clong1n

clong2n

MSB LSB

x

y

56






57





y(0)=y(1)= hellip =y(23)= y(24)=1

58




Gold sequence zn


22101)(10)(1

)( 25 minus=⎩⎨⎧

=minus=+


iZn

nn

59





⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2


inlongnlong

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

26



27



28



29



30


Transport Channels

DCH

RACH

CPCH

BCH

FACH

PCH

Physical Channels















⎩

⎪⎪⎪⎪

⎨

⎧

Unmapped

31


32


33


34



TrBk

TrBk

35




RACHPCH



36


37






38





39




40




41


PilotNpilot bits

TPCNTPC bits

DataNdata bits



DPDCH

DPCCHFBI

NFBI bitsTFCI

NTFCI bits

Tslot = 2560 chips




42


640640960049609606

320320480084804805

1601602400162402404

80801200321201203

40406006460602

202030012830301

101015025615150

NdataBits Slot

Bits Frame


(ksps)


Slot Format i

43


8-924131015025615155B

10-1423141015025615155A

1522151015025615155

8-1520261015025615154

8-1510271015025615153

8-914231015025615152B

10-1413241015025615152A

1512251015025615152

8-1500281015025615151

8-904241015025615150B

10-1403251015025615150A

1502261015025615150


radio frame


BitsFrame


(ksps)


Slot Format i

44







45


001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

101001101110000

100011110101100

111111111111111

111111111111111

101001101110000

100011110101100

Slot 01234567891011121314



46



001010000111011

111111111111111

110001001101011

111111111111111

101001101110000

111111111111111

100011110101100

111111111111111

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

Slot 0123456789

1011121314


47

IΣ

j

c d 1 β d


I+ jQ

D P D C H 1

Q

c d 3 β d

D P D C H 3

c d 5 β d

D P D C H 5

c d 2 β d

D P D C H 2

c d 4 β d

D P D C H 4

c d 6 β d

D P D C H 6

c c β c

D P C C H

Σ



48


49



50


SF = 1 SF = 2 SF = 4

Cch10 = (1)

Cch20 = (11)

Cch21 = (1-1)

Cch40 =(1111)

Cch41 = (11-1-1)

Cch42 = (1-11-1)

Cch43 = (1-1-11)


51


⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡

1111

01

01

01

01

12

02

ch

ch

ch

ch

ch

ch

CC

CC

CC

( )

( )

( )

( )

( ) ( )

( ) ( ) ⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minus

minus

minus

=

⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minusminus

minusminus

minus++

minus++

+

+

+

+

122122

122122

1212

1212

0202

0202

11212

21212

312

212

112

012

nnchnnch

nnchnnch

nchnch

nchnch

nchnch

nchnch

nnch

nnch

nch

nch

nch

nch

CCCC

CCCCCC

CC

CC

CCCC

52






53


54



15 10 14 09333 13 08666 12 08000 11 07333 10 06667 9 06000 8 05333 7 04667 6 04000 5 03333 4 02667 3 02000 2 01333 1 00667 0 Switch off

Gain of UL DPCH

55


clong1n

clong2n

MSB LSB

x

y

56






57





y(0)=y(1)= hellip =y(23)= y(24)=1

58




Gold sequence zn


22101)(10)(1

)( 25 minus=⎩⎨⎧

=minus=+


iZn

nn

59





⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2


inlongnlong

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

27



28



29



30


Transport Channels

DCH

RACH

CPCH

BCH

FACH

PCH

Physical Channels















⎩

⎪⎪⎪⎪

⎨

⎧

Unmapped

31


32


33


34



TrBk

TrBk

35




RACHPCH



36


37






38





39




40




41


PilotNpilot bits

TPCNTPC bits

DataNdata bits



DPDCH

DPCCHFBI

NFBI bitsTFCI

NTFCI bits

Tslot = 2560 chips




42


640640960049609606

320320480084804805

1601602400162402404

80801200321201203

40406006460602

202030012830301

101015025615150

NdataBits Slot

Bits Frame


(ksps)


Slot Format i

43


8-924131015025615155B

10-1423141015025615155A

1522151015025615155

8-1520261015025615154

8-1510271015025615153

8-914231015025615152B

10-1413241015025615152A

1512251015025615152

8-1500281015025615151

8-904241015025615150B

10-1403251015025615150A

1502261015025615150


radio frame


BitsFrame


(ksps)


Slot Format i

44







45


001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

101001101110000

100011110101100

111111111111111

111111111111111

101001101110000

100011110101100

Slot 01234567891011121314



46



001010000111011

111111111111111

110001001101011

111111111111111

101001101110000

111111111111111

100011110101100

111111111111111

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

Slot 0123456789

1011121314


47

IΣ

j

c d 1 β d


I+ jQ

D P D C H 1

Q

c d 3 β d

D P D C H 3

c d 5 β d

D P D C H 5

c d 2 β d

D P D C H 2

c d 4 β d

D P D C H 4

c d 6 β d

D P D C H 6

c c β c

D P C C H

Σ



48


49



50


SF = 1 SF = 2 SF = 4

Cch10 = (1)

Cch20 = (11)

Cch21 = (1-1)

Cch40 =(1111)

Cch41 = (11-1-1)

Cch42 = (1-11-1)

Cch43 = (1-1-11)


51


⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡

1111

01

01

01

01

12

02

ch

ch

ch

ch

ch

ch

CC

CC

CC

( )

( )

( )

( )

( ) ( )

( ) ( ) ⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minus

minus

minus

=

⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minusminus

minusminus

minus++

minus++

+

+

+

+

122122

122122

1212

1212

0202

0202

11212

21212

312

212

112

012

nnchnnch

nnchnnch

nchnch

nchnch

nchnch

nchnch

nnch

nnch

nch

nch

nch

nch

CCCC

CCCCCC

CC

CC

CCCC

52






53


54



15 10 14 09333 13 08666 12 08000 11 07333 10 06667 9 06000 8 05333 7 04667 6 04000 5 03333 4 02667 3 02000 2 01333 1 00667 0 Switch off

Gain of UL DPCH

55


clong1n

clong2n

MSB LSB

x

y

56






57





y(0)=y(1)= hellip =y(23)= y(24)=1

58




Gold sequence zn


22101)(10)(1

)( 25 minus=⎩⎨⎧

=minus=+


iZn

nn

59





⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2


inlongnlong

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

28



29



30


Transport Channels

DCH

RACH

CPCH

BCH

FACH

PCH

Physical Channels















⎩

⎪⎪⎪⎪

⎨

⎧

Unmapped

31


32


33


34



TrBk

TrBk

35




RACHPCH



36


37






38





39




40




41


PilotNpilot bits

TPCNTPC bits

DataNdata bits



DPDCH

DPCCHFBI

NFBI bitsTFCI

NTFCI bits

Tslot = 2560 chips




42


640640960049609606

320320480084804805

1601602400162402404

80801200321201203

40406006460602

202030012830301

101015025615150

NdataBits Slot

Bits Frame


(ksps)


Slot Format i

43


8-924131015025615155B

10-1423141015025615155A

1522151015025615155

8-1520261015025615154

8-1510271015025615153

8-914231015025615152B

10-1413241015025615152A

1512251015025615152

8-1500281015025615151

8-904241015025615150B

10-1403251015025615150A

1502261015025615150


radio frame


BitsFrame


(ksps)


Slot Format i

44







45


001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

101001101110000

100011110101100

111111111111111

111111111111111

101001101110000

100011110101100

Slot 01234567891011121314



46



001010000111011

111111111111111

110001001101011

111111111111111

101001101110000

111111111111111

100011110101100

111111111111111

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

Slot 0123456789

1011121314


47

IΣ

j

c d 1 β d


I+ jQ

D P D C H 1

Q

c d 3 β d

D P D C H 3

c d 5 β d

D P D C H 5

c d 2 β d

D P D C H 2

c d 4 β d

D P D C H 4

c d 6 β d

D P D C H 6

c c β c

D P C C H

Σ



48


49



50


SF = 1 SF = 2 SF = 4

Cch10 = (1)

Cch20 = (11)

Cch21 = (1-1)

Cch40 =(1111)

Cch41 = (11-1-1)

Cch42 = (1-11-1)

Cch43 = (1-1-11)


51


⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡

1111

01

01

01

01

12

02

ch

ch

ch

ch

ch

ch

CC

CC

CC

( )

( )

( )

( )

( ) ( )

( ) ( ) ⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minus

minus

minus

=

⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minusminus

minusminus

minus++

minus++

+

+

+

+

122122

122122

1212

1212

0202

0202

11212

21212

312

212

112

012

nnchnnch

nnchnnch

nchnch

nchnch

nchnch

nchnch

nnch

nnch

nch

nch

nch

nch

CCCC

CCCCCC

CC

CC

CCCC

52






53


54



15 10 14 09333 13 08666 12 08000 11 07333 10 06667 9 06000 8 05333 7 04667 6 04000 5 03333 4 02667 3 02000 2 01333 1 00667 0 Switch off

Gain of UL DPCH

55


clong1n

clong2n

MSB LSB

x

y

56






57





y(0)=y(1)= hellip =y(23)= y(24)=1

58




Gold sequence zn


22101)(10)(1

)( 25 minus=⎩⎨⎧

=minus=+


iZn

nn

59





⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2


inlongnlong

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

29



30


Transport Channels

DCH

RACH

CPCH

BCH

FACH

PCH

Physical Channels















⎩

⎪⎪⎪⎪

⎨

⎧

Unmapped

31


32


33


34



TrBk

TrBk

35




RACHPCH



36


37






38





39




40




41


PilotNpilot bits

TPCNTPC bits

DataNdata bits



DPDCH

DPCCHFBI

NFBI bitsTFCI

NTFCI bits

Tslot = 2560 chips




42


640640960049609606

320320480084804805

1601602400162402404

80801200321201203

40406006460602

202030012830301

101015025615150

NdataBits Slot

Bits Frame


(ksps)


Slot Format i

43


8-924131015025615155B

10-1423141015025615155A

1522151015025615155

8-1520261015025615154

8-1510271015025615153

8-914231015025615152B

10-1413241015025615152A

1512251015025615152

8-1500281015025615151

8-904241015025615150B

10-1403251015025615150A

1502261015025615150


radio frame


BitsFrame


(ksps)


Slot Format i

44







45


001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

101001101110000

100011110101100

111111111111111

111111111111111

101001101110000

100011110101100

Slot 01234567891011121314



46



001010000111011

111111111111111

110001001101011

111111111111111

101001101110000

111111111111111

100011110101100

111111111111111

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

Slot 0123456789

1011121314


47

IΣ

j

c d 1 β d


I+ jQ

D P D C H 1

Q

c d 3 β d

D P D C H 3

c d 5 β d

D P D C H 5

c d 2 β d

D P D C H 2

c d 4 β d

D P D C H 4

c d 6 β d

D P D C H 6

c c β c

D P C C H

Σ



48


49



50


SF = 1 SF = 2 SF = 4

Cch10 = (1)

Cch20 = (11)

Cch21 = (1-1)

Cch40 =(1111)

Cch41 = (11-1-1)

Cch42 = (1-11-1)

Cch43 = (1-1-11)


51


⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡

1111

01

01

01

01

12

02

ch

ch

ch

ch

ch

ch

CC

CC

CC

( )

( )

( )

( )

( ) ( )

( ) ( ) ⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minus

minus

minus

=

⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minusminus

minusminus

minus++

minus++

+

+

+

+

122122

122122

1212

1212

0202

0202

11212

21212

312

212

112

012

nnchnnch

nnchnnch

nchnch

nchnch

nchnch

nchnch

nnch

nnch

nch

nch

nch

nch

CCCC

CCCCCC

CC

CC

CCCC

52






53


54



15 10 14 09333 13 08666 12 08000 11 07333 10 06667 9 06000 8 05333 7 04667 6 04000 5 03333 4 02667 3 02000 2 01333 1 00667 0 Switch off

Gain of UL DPCH

55


clong1n

clong2n

MSB LSB

x

y

56






57





y(0)=y(1)= hellip =y(23)= y(24)=1

58




Gold sequence zn


22101)(10)(1

)( 25 minus=⎩⎨⎧

=minus=+


iZn

nn

59





⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2


inlongnlong

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

30


Transport Channels

DCH

RACH

CPCH

BCH

FACH

PCH

Physical Channels















⎩

⎪⎪⎪⎪

⎨

⎧

Unmapped

31


32


33


34



TrBk

TrBk

35




RACHPCH



36


37






38





39




40




41


PilotNpilot bits

TPCNTPC bits

DataNdata bits



DPDCH

DPCCHFBI

NFBI bitsTFCI

NTFCI bits

Tslot = 2560 chips




42


640640960049609606

320320480084804805

1601602400162402404

80801200321201203

40406006460602

202030012830301

101015025615150

NdataBits Slot

Bits Frame


(ksps)


Slot Format i

43


8-924131015025615155B

10-1423141015025615155A

1522151015025615155

8-1520261015025615154

8-1510271015025615153

8-914231015025615152B

10-1413241015025615152A

1512251015025615152

8-1500281015025615151

8-904241015025615150B

10-1403251015025615150A

1502261015025615150


radio frame


BitsFrame


(ksps)


Slot Format i

44







45


001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

101001101110000

100011110101100

111111111111111

111111111111111

101001101110000

100011110101100

Slot 01234567891011121314



46



001010000111011

111111111111111

110001001101011

111111111111111

101001101110000

111111111111111

100011110101100

111111111111111

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

Slot 0123456789

1011121314


47

IΣ

j

c d 1 β d


I+ jQ

D P D C H 1

Q

c d 3 β d

D P D C H 3

c d 5 β d

D P D C H 5

c d 2 β d

D P D C H 2

c d 4 β d

D P D C H 4

c d 6 β d

D P D C H 6

c c β c

D P C C H

Σ



48


49



50


SF = 1 SF = 2 SF = 4

Cch10 = (1)

Cch20 = (11)

Cch21 = (1-1)

Cch40 =(1111)

Cch41 = (11-1-1)

Cch42 = (1-11-1)

Cch43 = (1-1-11)


51


⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡

1111

01

01

01

01

12

02

ch

ch

ch

ch

ch

ch

CC

CC

CC

( )

( )

( )

( )

( ) ( )

( ) ( ) ⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minus

minus

minus

=

⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minusminus

minusminus

minus++

minus++

+

+

+

+

122122

122122

1212

1212

0202

0202

11212

21212

312

212

112

012

nnchnnch

nnchnnch

nchnch

nchnch

nchnch

nchnch

nnch

nnch

nch

nch

nch

nch

CCCC

CCCCCC

CC

CC

CCCC

52






53


54



15 10 14 09333 13 08666 12 08000 11 07333 10 06667 9 06000 8 05333 7 04667 6 04000 5 03333 4 02667 3 02000 2 01333 1 00667 0 Switch off

Gain of UL DPCH

55


clong1n

clong2n

MSB LSB

x

y

56






57





y(0)=y(1)= hellip =y(23)= y(24)=1

58




Gold sequence zn


22101)(10)(1

)( 25 minus=⎩⎨⎧

=minus=+


iZn

nn

59





⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2


inlongnlong

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

31


32


33


34



TrBk

TrBk

35




RACHPCH



36


37






38





39




40




41


PilotNpilot bits

TPCNTPC bits

DataNdata bits



DPDCH

DPCCHFBI

NFBI bitsTFCI

NTFCI bits

Tslot = 2560 chips




42


640640960049609606

320320480084804805

1601602400162402404

80801200321201203

40406006460602

202030012830301

101015025615150

NdataBits Slot

Bits Frame


(ksps)


Slot Format i

43


8-924131015025615155B

10-1423141015025615155A

1522151015025615155

8-1520261015025615154

8-1510271015025615153

8-914231015025615152B

10-1413241015025615152A

1512251015025615152

8-1500281015025615151

8-904241015025615150B

10-1403251015025615150A

1502261015025615150


radio frame


BitsFrame


(ksps)


Slot Format i

44







45


001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

101001101110000

100011110101100

111111111111111

111111111111111

101001101110000

100011110101100

Slot 01234567891011121314



46



001010000111011

111111111111111

110001001101011

111111111111111

101001101110000

111111111111111

100011110101100

111111111111111

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

Slot 0123456789

1011121314


47

IΣ

j

c d 1 β d


I+ jQ

D P D C H 1

Q

c d 3 β d

D P D C H 3

c d 5 β d

D P D C H 5

c d 2 β d

D P D C H 2

c d 4 β d

D P D C H 4

c d 6 β d

D P D C H 6

c c β c

D P C C H

Σ



48


49



50


SF = 1 SF = 2 SF = 4

Cch10 = (1)

Cch20 = (11)

Cch21 = (1-1)

Cch40 =(1111)

Cch41 = (11-1-1)

Cch42 = (1-11-1)

Cch43 = (1-1-11)


51


⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡

1111

01

01

01

01

12

02

ch

ch

ch

ch

ch

ch

CC

CC

CC

( )

( )

( )

( )

( ) ( )

( ) ( ) ⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minus

minus

minus

=

⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minusminus

minusminus

minus++

minus++

+

+

+

+

122122

122122

1212

1212

0202

0202

11212

21212

312

212

112

012

nnchnnch

nnchnnch

nchnch

nchnch

nchnch

nchnch

nnch

nnch

nch

nch

nch

nch

CCCC

CCCCCC

CC

CC

CCCC

52






53


54



15 10 14 09333 13 08666 12 08000 11 07333 10 06667 9 06000 8 05333 7 04667 6 04000 5 03333 4 02667 3 02000 2 01333 1 00667 0 Switch off

Gain of UL DPCH

55


clong1n

clong2n

MSB LSB

x

y

56






57





y(0)=y(1)= hellip =y(23)= y(24)=1

58




Gold sequence zn


22101)(10)(1

)( 25 minus=⎩⎨⎧

=minus=+


iZn

nn

59





⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2


inlongnlong

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

32


33


34



TrBk

TrBk

35




RACHPCH



36


37






38





39




40




41


PilotNpilot bits

TPCNTPC bits

DataNdata bits



DPDCH

DPCCHFBI

NFBI bitsTFCI

NTFCI bits

Tslot = 2560 chips




42


640640960049609606

320320480084804805

1601602400162402404

80801200321201203

40406006460602

202030012830301

101015025615150

NdataBits Slot

Bits Frame


(ksps)


Slot Format i

43


8-924131015025615155B

10-1423141015025615155A

1522151015025615155

8-1520261015025615154

8-1510271015025615153

8-914231015025615152B

10-1413241015025615152A

1512251015025615152

8-1500281015025615151

8-904241015025615150B

10-1403251015025615150A

1502261015025615150


radio frame


BitsFrame


(ksps)


Slot Format i

44







45


001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

101001101110000

100011110101100

111111111111111

111111111111111

101001101110000

100011110101100

Slot 01234567891011121314



46



001010000111011

111111111111111

110001001101011

111111111111111

101001101110000

111111111111111

100011110101100

111111111111111

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

Slot 0123456789

1011121314


47

IΣ

j

c d 1 β d


I+ jQ

D P D C H 1

Q

c d 3 β d

D P D C H 3

c d 5 β d

D P D C H 5

c d 2 β d

D P D C H 2

c d 4 β d

D P D C H 4

c d 6 β d

D P D C H 6

c c β c

D P C C H

Σ



48


49



50


SF = 1 SF = 2 SF = 4

Cch10 = (1)

Cch20 = (11)

Cch21 = (1-1)

Cch40 =(1111)

Cch41 = (11-1-1)

Cch42 = (1-11-1)

Cch43 = (1-1-11)


51


⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡

1111

01

01

01

01

12

02

ch

ch

ch

ch

ch

ch

CC

CC

CC

( )

( )

( )

( )

( ) ( )

( ) ( ) ⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minus

minus

minus

=

⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minusminus

minusminus

minus++

minus++

+

+

+

+

122122

122122

1212

1212

0202

0202

11212

21212

312

212

112

012

nnchnnch

nnchnnch

nchnch

nchnch

nchnch

nchnch

nnch

nnch

nch

nch

nch

nch

CCCC

CCCCCC

CC

CC

CCCC

52






53


54



15 10 14 09333 13 08666 12 08000 11 07333 10 06667 9 06000 8 05333 7 04667 6 04000 5 03333 4 02667 3 02000 2 01333 1 00667 0 Switch off

Gain of UL DPCH

55


clong1n

clong2n

MSB LSB

x

y

56






57





y(0)=y(1)= hellip =y(23)= y(24)=1

58




Gold sequence zn


22101)(10)(1

)( 25 minus=⎩⎨⎧

=minus=+


iZn

nn

59





⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2


inlongnlong

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

33


34



TrBk

TrBk

35




RACHPCH



36


37






38





39




40




41


PilotNpilot bits

TPCNTPC bits

DataNdata bits



DPDCH

DPCCHFBI

NFBI bitsTFCI

NTFCI bits

Tslot = 2560 chips




42


640640960049609606

320320480084804805

1601602400162402404

80801200321201203

40406006460602

202030012830301

101015025615150

NdataBits Slot

Bits Frame


(ksps)


Slot Format i

43


8-924131015025615155B

10-1423141015025615155A

1522151015025615155

8-1520261015025615154

8-1510271015025615153

8-914231015025615152B

10-1413241015025615152A

1512251015025615152

8-1500281015025615151

8-904241015025615150B

10-1403251015025615150A

1502261015025615150


radio frame


BitsFrame


(ksps)


Slot Format i

44







45


001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

101001101110000

100011110101100

111111111111111

111111111111111

101001101110000

100011110101100

Slot 01234567891011121314



46



001010000111011

111111111111111

110001001101011

111111111111111

101001101110000

111111111111111

100011110101100

111111111111111

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

Slot 0123456789

1011121314


47

IΣ

j

c d 1 β d


I+ jQ

D P D C H 1

Q

c d 3 β d

D P D C H 3

c d 5 β d

D P D C H 5

c d 2 β d

D P D C H 2

c d 4 β d

D P D C H 4

c d 6 β d

D P D C H 6

c c β c

D P C C H

Σ



48


49



50


SF = 1 SF = 2 SF = 4

Cch10 = (1)

Cch20 = (11)

Cch21 = (1-1)

Cch40 =(1111)

Cch41 = (11-1-1)

Cch42 = (1-11-1)

Cch43 = (1-1-11)


51


⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡

1111

01

01

01

01

12

02

ch

ch

ch

ch

ch

ch

CC

CC

CC

( )

( )

( )

( )

( ) ( )

( ) ( ) ⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minus

minus

minus

=

⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minusminus

minusminus

minus++

minus++

+

+

+

+

122122

122122

1212

1212

0202

0202

11212

21212

312

212

112

012

nnchnnch

nnchnnch

nchnch

nchnch

nchnch

nchnch

nnch

nnch

nch

nch

nch

nch

CCCC

CCCCCC

CC

CC

CCCC

52






53


54



15 10 14 09333 13 08666 12 08000 11 07333 10 06667 9 06000 8 05333 7 04667 6 04000 5 03333 4 02667 3 02000 2 01333 1 00667 0 Switch off

Gain of UL DPCH

55


clong1n

clong2n

MSB LSB

x

y

56






57





y(0)=y(1)= hellip =y(23)= y(24)=1

58




Gold sequence zn


22101)(10)(1

)( 25 minus=⎩⎨⎧

=minus=+


iZn

nn

59





⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2


inlongnlong

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

34



TrBk

TrBk

35




RACHPCH



36


37






38





39




40




41


PilotNpilot bits

TPCNTPC bits

DataNdata bits



DPDCH

DPCCHFBI

NFBI bitsTFCI

NTFCI bits

Tslot = 2560 chips




42


640640960049609606

320320480084804805

1601602400162402404

80801200321201203

40406006460602

202030012830301

101015025615150

NdataBits Slot

Bits Frame


(ksps)


Slot Format i

43


8-924131015025615155B

10-1423141015025615155A

1522151015025615155

8-1520261015025615154

8-1510271015025615153

8-914231015025615152B

10-1413241015025615152A

1512251015025615152

8-1500281015025615151

8-904241015025615150B

10-1403251015025615150A

1502261015025615150


radio frame


BitsFrame


(ksps)


Slot Format i

44







45


001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

101001101110000

100011110101100

111111111111111

111111111111111

101001101110000

100011110101100

Slot 01234567891011121314



46



001010000111011

111111111111111

110001001101011

111111111111111

101001101110000

111111111111111

100011110101100

111111111111111

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

Slot 0123456789

1011121314


47

IΣ

j

c d 1 β d


I+ jQ

D P D C H 1

Q

c d 3 β d

D P D C H 3

c d 5 β d

D P D C H 5

c d 2 β d

D P D C H 2

c d 4 β d

D P D C H 4

c d 6 β d

D P D C H 6

c c β c

D P C C H

Σ



48


49



50


SF = 1 SF = 2 SF = 4

Cch10 = (1)

Cch20 = (11)

Cch21 = (1-1)

Cch40 =(1111)

Cch41 = (11-1-1)

Cch42 = (1-11-1)

Cch43 = (1-1-11)


51


⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡

1111

01

01

01

01

12

02

ch

ch

ch

ch

ch

ch

CC

CC

CC

( )

( )

( )

( )

( ) ( )

( ) ( ) ⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minus

minus

minus

=

⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minusminus

minusminus

minus++

minus++

+

+

+

+

122122

122122

1212

1212

0202

0202

11212

21212

312

212

112

012

nnchnnch

nnchnnch

nchnch

nchnch

nchnch

nchnch

nnch

nnch

nch

nch

nch

nch

CCCC

CCCCCC

CC

CC

CCCC

52






53


54



15 10 14 09333 13 08666 12 08000 11 07333 10 06667 9 06000 8 05333 7 04667 6 04000 5 03333 4 02667 3 02000 2 01333 1 00667 0 Switch off

Gain of UL DPCH

55


clong1n

clong2n

MSB LSB

x

y

56






57





y(0)=y(1)= hellip =y(23)= y(24)=1

58




Gold sequence zn


22101)(10)(1

)( 25 minus=⎩⎨⎧

=minus=+


iZn

nn

59





⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2


inlongnlong

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

35




RACHPCH



36


37






38





39




40




41


PilotNpilot bits

TPCNTPC bits

DataNdata bits



DPDCH

DPCCHFBI

NFBI bitsTFCI

NTFCI bits

Tslot = 2560 chips




42


640640960049609606

320320480084804805

1601602400162402404

80801200321201203

40406006460602

202030012830301

101015025615150

NdataBits Slot

Bits Frame


(ksps)


Slot Format i

43


8-924131015025615155B

10-1423141015025615155A

1522151015025615155

8-1520261015025615154

8-1510271015025615153

8-914231015025615152B

10-1413241015025615152A

1512251015025615152

8-1500281015025615151

8-904241015025615150B

10-1403251015025615150A

1502261015025615150


radio frame


BitsFrame


(ksps)


Slot Format i

44







45


001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

101001101110000

100011110101100

111111111111111

111111111111111

101001101110000

100011110101100

Slot 01234567891011121314



46



001010000111011

111111111111111

110001001101011

111111111111111

101001101110000

111111111111111

100011110101100

111111111111111

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

Slot 0123456789

1011121314


47

IΣ

j

c d 1 β d


I+ jQ

D P D C H 1

Q

c d 3 β d

D P D C H 3

c d 5 β d

D P D C H 5

c d 2 β d

D P D C H 2

c d 4 β d

D P D C H 4

c d 6 β d

D P D C H 6

c c β c

D P C C H

Σ



48


49



50


SF = 1 SF = 2 SF = 4

Cch10 = (1)

Cch20 = (11)

Cch21 = (1-1)

Cch40 =(1111)

Cch41 = (11-1-1)

Cch42 = (1-11-1)

Cch43 = (1-1-11)


51


⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡

1111

01

01

01

01

12

02

ch

ch

ch

ch

ch

ch

CC

CC

CC

( )

( )

( )

( )

( ) ( )

( ) ( ) ⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minus

minus

minus

=

⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minusminus

minusminus

minus++

minus++

+

+

+

+

122122

122122

1212

1212

0202

0202

11212

21212

312

212

112

012

nnchnnch

nnchnnch

nchnch

nchnch

nchnch

nchnch

nnch

nnch

nch

nch

nch

nch

CCCC

CCCCCC

CC

CC

CCCC

52






53


54



15 10 14 09333 13 08666 12 08000 11 07333 10 06667 9 06000 8 05333 7 04667 6 04000 5 03333 4 02667 3 02000 2 01333 1 00667 0 Switch off

Gain of UL DPCH

55


clong1n

clong2n

MSB LSB

x

y

56






57





y(0)=y(1)= hellip =y(23)= y(24)=1

58




Gold sequence zn


22101)(10)(1

)( 25 minus=⎩⎨⎧

=minus=+


iZn

nn

59





⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2


inlongnlong

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

36


37






38





39




40




41


PilotNpilot bits

TPCNTPC bits

DataNdata bits



DPDCH

DPCCHFBI

NFBI bitsTFCI

NTFCI bits

Tslot = 2560 chips




42


640640960049609606

320320480084804805

1601602400162402404

80801200321201203

40406006460602

202030012830301

101015025615150

NdataBits Slot

Bits Frame


(ksps)


Slot Format i

43


8-924131015025615155B

10-1423141015025615155A

1522151015025615155

8-1520261015025615154

8-1510271015025615153

8-914231015025615152B

10-1413241015025615152A

1512251015025615152

8-1500281015025615151

8-904241015025615150B

10-1403251015025615150A

1502261015025615150


radio frame


BitsFrame


(ksps)


Slot Format i

44







45


001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

101001101110000

100011110101100

111111111111111

111111111111111

101001101110000

100011110101100

Slot 01234567891011121314



46



001010000111011

111111111111111

110001001101011

111111111111111

101001101110000

111111111111111

100011110101100

111111111111111

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

Slot 0123456789

1011121314


47

IΣ

j

c d 1 β d


I+ jQ

D P D C H 1

Q

c d 3 β d

D P D C H 3

c d 5 β d

D P D C H 5

c d 2 β d

D P D C H 2

c d 4 β d

D P D C H 4

c d 6 β d

D P D C H 6

c c β c

D P C C H

Σ



48


49



50


SF = 1 SF = 2 SF = 4

Cch10 = (1)

Cch20 = (11)

Cch21 = (1-1)

Cch40 =(1111)

Cch41 = (11-1-1)

Cch42 = (1-11-1)

Cch43 = (1-1-11)


51


⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡

1111

01

01

01

01

12

02

ch

ch

ch

ch

ch

ch

CC

CC

CC

( )

( )

( )

( )

( ) ( )

( ) ( ) ⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minus

minus

minus

=

⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minusminus

minusminus

minus++

minus++

+

+

+

+

122122

122122

1212

1212

0202

0202

11212

21212

312

212

112

012

nnchnnch

nnchnnch

nchnch

nchnch

nchnch

nchnch

nnch

nnch

nch

nch

nch

nch

CCCC

CCCCCC

CC

CC

CCCC

52






53


54



15 10 14 09333 13 08666 12 08000 11 07333 10 06667 9 06000 8 05333 7 04667 6 04000 5 03333 4 02667 3 02000 2 01333 1 00667 0 Switch off

Gain of UL DPCH

55


clong1n

clong2n

MSB LSB

x

y

56






57





y(0)=y(1)= hellip =y(23)= y(24)=1

58




Gold sequence zn


22101)(10)(1

)( 25 minus=⎩⎨⎧

=minus=+


iZn

nn

59





⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2


inlongnlong

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

37






38





39




40




41


PilotNpilot bits

TPCNTPC bits

DataNdata bits



DPDCH

DPCCHFBI

NFBI bitsTFCI

NTFCI bits

Tslot = 2560 chips




42


640640960049609606

320320480084804805

1601602400162402404

80801200321201203

40406006460602

202030012830301

101015025615150

NdataBits Slot

Bits Frame


(ksps)


Slot Format i

43


8-924131015025615155B

10-1423141015025615155A

1522151015025615155

8-1520261015025615154

8-1510271015025615153

8-914231015025615152B

10-1413241015025615152A

1512251015025615152

8-1500281015025615151

8-904241015025615150B

10-1403251015025615150A

1502261015025615150


radio frame


BitsFrame


(ksps)


Slot Format i

44







45


001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

101001101110000

100011110101100

111111111111111

111111111111111

101001101110000

100011110101100

Slot 01234567891011121314



46



001010000111011

111111111111111

110001001101011

111111111111111

101001101110000

111111111111111

100011110101100

111111111111111

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

Slot 0123456789

1011121314


47

IΣ

j

c d 1 β d


I+ jQ

D P D C H 1

Q

c d 3 β d

D P D C H 3

c d 5 β d

D P D C H 5

c d 2 β d

D P D C H 2

c d 4 β d

D P D C H 4

c d 6 β d

D P D C H 6

c c β c

D P C C H

Σ



48


49



50


SF = 1 SF = 2 SF = 4

Cch10 = (1)

Cch20 = (11)

Cch21 = (1-1)

Cch40 =(1111)

Cch41 = (11-1-1)

Cch42 = (1-11-1)

Cch43 = (1-1-11)


51


⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡

1111

01

01

01

01

12

02

ch

ch

ch

ch

ch

ch

CC

CC

CC

( )

( )

( )

( )

( ) ( )

( ) ( ) ⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minus

minus

minus

=

⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minusminus

minusminus

minus++

minus++

+

+

+

+

122122

122122

1212

1212

0202

0202

11212

21212

312

212

112

012

nnchnnch

nnchnnch

nchnch

nchnch

nchnch

nchnch

nnch

nnch

nch

nch

nch

nch

CCCC

CCCCCC

CC

CC

CCCC

52






53


54



15 10 14 09333 13 08666 12 08000 11 07333 10 06667 9 06000 8 05333 7 04667 6 04000 5 03333 4 02667 3 02000 2 01333 1 00667 0 Switch off

Gain of UL DPCH

55


clong1n

clong2n

MSB LSB

x

y

56






57





y(0)=y(1)= hellip =y(23)= y(24)=1

58




Gold sequence zn


22101)(10)(1

)( 25 minus=⎩⎨⎧

=minus=+


iZn

nn

59





⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2


inlongnlong

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

38





39




40




41


PilotNpilot bits

TPCNTPC bits

DataNdata bits



DPDCH

DPCCHFBI

NFBI bitsTFCI

NTFCI bits

Tslot = 2560 chips




42


640640960049609606

320320480084804805

1601602400162402404

80801200321201203

40406006460602

202030012830301

101015025615150

NdataBits Slot

Bits Frame


(ksps)


Slot Format i

43


8-924131015025615155B

10-1423141015025615155A

1522151015025615155

8-1520261015025615154

8-1510271015025615153

8-914231015025615152B

10-1413241015025615152A

1512251015025615152

8-1500281015025615151

8-904241015025615150B

10-1403251015025615150A

1502261015025615150


radio frame


BitsFrame


(ksps)


Slot Format i

44







45


001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

101001101110000

100011110101100

111111111111111

111111111111111

101001101110000

100011110101100

Slot 01234567891011121314



46



001010000111011

111111111111111

110001001101011

111111111111111

101001101110000

111111111111111

100011110101100

111111111111111

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

Slot 0123456789

1011121314


47

IΣ

j

c d 1 β d


I+ jQ

D P D C H 1

Q

c d 3 β d

D P D C H 3

c d 5 β d

D P D C H 5

c d 2 β d

D P D C H 2

c d 4 β d

D P D C H 4

c d 6 β d

D P D C H 6

c c β c

D P C C H

Σ



48


49



50


SF = 1 SF = 2 SF = 4

Cch10 = (1)

Cch20 = (11)

Cch21 = (1-1)

Cch40 =(1111)

Cch41 = (11-1-1)

Cch42 = (1-11-1)

Cch43 = (1-1-11)


51


⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡

1111

01

01

01

01

12

02

ch

ch

ch

ch

ch

ch

CC

CC

CC

( )

( )

( )

( )

( ) ( )

( ) ( ) ⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minus

minus

minus

=

⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minusminus

minusminus

minus++

minus++

+

+

+

+

122122

122122

1212

1212

0202

0202

11212

21212

312

212

112

012

nnchnnch

nnchnnch

nchnch

nchnch

nchnch

nchnch

nnch

nnch

nch

nch

nch

nch

CCCC

CCCCCC

CC

CC

CCCC

52






53


54



15 10 14 09333 13 08666 12 08000 11 07333 10 06667 9 06000 8 05333 7 04667 6 04000 5 03333 4 02667 3 02000 2 01333 1 00667 0 Switch off

Gain of UL DPCH

55


clong1n

clong2n

MSB LSB

x

y

56






57





y(0)=y(1)= hellip =y(23)= y(24)=1

58




Gold sequence zn


22101)(10)(1

)( 25 minus=⎩⎨⎧

=minus=+


iZn

nn

59





⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2


inlongnlong

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

39




40




41


PilotNpilot bits

TPCNTPC bits

DataNdata bits



DPDCH

DPCCHFBI

NFBI bitsTFCI

NTFCI bits

Tslot = 2560 chips




42


640640960049609606

320320480084804805

1601602400162402404

80801200321201203

40406006460602

202030012830301

101015025615150

NdataBits Slot

Bits Frame


(ksps)


Slot Format i

43


8-924131015025615155B

10-1423141015025615155A

1522151015025615155

8-1520261015025615154

8-1510271015025615153

8-914231015025615152B

10-1413241015025615152A

1512251015025615152

8-1500281015025615151

8-904241015025615150B

10-1403251015025615150A

1502261015025615150


radio frame


BitsFrame


(ksps)


Slot Format i

44







45


001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

101001101110000

100011110101100

111111111111111

111111111111111

101001101110000

100011110101100

Slot 01234567891011121314



46



001010000111011

111111111111111

110001001101011

111111111111111

101001101110000

111111111111111

100011110101100

111111111111111

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

Slot 0123456789

1011121314


47

IΣ

j

c d 1 β d


I+ jQ

D P D C H 1

Q

c d 3 β d

D P D C H 3

c d 5 β d

D P D C H 5

c d 2 β d

D P D C H 2

c d 4 β d

D P D C H 4

c d 6 β d

D P D C H 6

c c β c

D P C C H

Σ



48


49



50


SF = 1 SF = 2 SF = 4

Cch10 = (1)

Cch20 = (11)

Cch21 = (1-1)

Cch40 =(1111)

Cch41 = (11-1-1)

Cch42 = (1-11-1)

Cch43 = (1-1-11)


51


⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡

1111

01

01

01

01

12

02

ch

ch

ch

ch

ch

ch

CC

CC

CC

( )

( )

( )

( )

( ) ( )

( ) ( ) ⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minus

minus

minus

=

⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minusminus

minusminus

minus++

minus++

+

+

+

+

122122

122122

1212

1212

0202

0202

11212

21212

312

212

112

012

nnchnnch

nnchnnch

nchnch

nchnch

nchnch

nchnch

nnch

nnch

nch

nch

nch

nch

CCCC

CCCCCC

CC

CC

CCCC

52






53


54



15 10 14 09333 13 08666 12 08000 11 07333 10 06667 9 06000 8 05333 7 04667 6 04000 5 03333 4 02667 3 02000 2 01333 1 00667 0 Switch off

Gain of UL DPCH

55


clong1n

clong2n

MSB LSB

x

y

56






57





y(0)=y(1)= hellip =y(23)= y(24)=1

58




Gold sequence zn


22101)(10)(1

)( 25 minus=⎩⎨⎧

=minus=+


iZn

nn

59





⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2


inlongnlong

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

40




41


PilotNpilot bits

TPCNTPC bits

DataNdata bits



DPDCH

DPCCHFBI

NFBI bitsTFCI

NTFCI bits

Tslot = 2560 chips




42


640640960049609606

320320480084804805

1601602400162402404

80801200321201203

40406006460602

202030012830301

101015025615150

NdataBits Slot

Bits Frame


(ksps)


Slot Format i

43


8-924131015025615155B

10-1423141015025615155A

1522151015025615155

8-1520261015025615154

8-1510271015025615153

8-914231015025615152B

10-1413241015025615152A

1512251015025615152

8-1500281015025615151

8-904241015025615150B

10-1403251015025615150A

1502261015025615150


radio frame


BitsFrame


(ksps)


Slot Format i

44







45


001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

101001101110000

100011110101100

111111111111111

111111111111111

101001101110000

100011110101100

Slot 01234567891011121314



46



001010000111011

111111111111111

110001001101011

111111111111111

101001101110000

111111111111111

100011110101100

111111111111111

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

Slot 0123456789

1011121314


47

IΣ

j

c d 1 β d


I+ jQ

D P D C H 1

Q

c d 3 β d

D P D C H 3

c d 5 β d

D P D C H 5

c d 2 β d

D P D C H 2

c d 4 β d

D P D C H 4

c d 6 β d

D P D C H 6

c c β c

D P C C H

Σ



48


49



50


SF = 1 SF = 2 SF = 4

Cch10 = (1)

Cch20 = (11)

Cch21 = (1-1)

Cch40 =(1111)

Cch41 = (11-1-1)

Cch42 = (1-11-1)

Cch43 = (1-1-11)


51


⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡

1111

01

01

01

01

12

02

ch

ch

ch

ch

ch

ch

CC

CC

CC

( )

( )

( )

( )

( ) ( )

( ) ( ) ⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minus

minus

minus

=

⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minusminus

minusminus

minus++

minus++

+

+

+

+

122122

122122

1212

1212

0202

0202

11212

21212

312

212

112

012

nnchnnch

nnchnnch

nchnch

nchnch

nchnch

nchnch

nnch

nnch

nch

nch

nch

nch

CCCC

CCCCCC

CC

CC

CCCC

52






53


54



15 10 14 09333 13 08666 12 08000 11 07333 10 06667 9 06000 8 05333 7 04667 6 04000 5 03333 4 02667 3 02000 2 01333 1 00667 0 Switch off

Gain of UL DPCH

55


clong1n

clong2n

MSB LSB

x

y

56






57





y(0)=y(1)= hellip =y(23)= y(24)=1

58




Gold sequence zn


22101)(10)(1

)( 25 minus=⎩⎨⎧

=minus=+


iZn

nn

59





⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2


inlongnlong

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

41


PilotNpilot bits

TPCNTPC bits

DataNdata bits



DPDCH

DPCCHFBI

NFBI bitsTFCI

NTFCI bits

Tslot = 2560 chips




42


640640960049609606

320320480084804805

1601602400162402404

80801200321201203

40406006460602

202030012830301

101015025615150

NdataBits Slot

Bits Frame


(ksps)


Slot Format i

43


8-924131015025615155B

10-1423141015025615155A

1522151015025615155

8-1520261015025615154

8-1510271015025615153

8-914231015025615152B

10-1413241015025615152A

1512251015025615152

8-1500281015025615151

8-904241015025615150B

10-1403251015025615150A

1502261015025615150


radio frame


BitsFrame


(ksps)


Slot Format i

44







45


001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

101001101110000

100011110101100

111111111111111

111111111111111

101001101110000

100011110101100

Slot 01234567891011121314



46



001010000111011

111111111111111

110001001101011

111111111111111

101001101110000

111111111111111

100011110101100

111111111111111

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

Slot 0123456789

1011121314


47

IΣ

j

c d 1 β d


I+ jQ

D P D C H 1

Q

c d 3 β d

D P D C H 3

c d 5 β d

D P D C H 5

c d 2 β d

D P D C H 2

c d 4 β d

D P D C H 4

c d 6 β d

D P D C H 6

c c β c

D P C C H

Σ



48


49



50


SF = 1 SF = 2 SF = 4

Cch10 = (1)

Cch20 = (11)

Cch21 = (1-1)

Cch40 =(1111)

Cch41 = (11-1-1)

Cch42 = (1-11-1)

Cch43 = (1-1-11)


51


⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡

1111

01

01

01

01

12

02

ch

ch

ch

ch

ch

ch

CC

CC

CC

( )

( )

( )

( )

( ) ( )

( ) ( ) ⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minus

minus

minus

=

⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minusminus

minusminus

minus++

minus++

+

+

+

+

122122

122122

1212

1212

0202

0202

11212

21212

312

212

112

012

nnchnnch

nnchnnch

nchnch

nchnch

nchnch

nchnch

nnch

nnch

nch

nch

nch

nch

CCCC

CCCCCC

CC

CC

CCCC

52






53


54



15 10 14 09333 13 08666 12 08000 11 07333 10 06667 9 06000 8 05333 7 04667 6 04000 5 03333 4 02667 3 02000 2 01333 1 00667 0 Switch off

Gain of UL DPCH

55


clong1n

clong2n

MSB LSB

x

y

56






57





y(0)=y(1)= hellip =y(23)= y(24)=1

58




Gold sequence zn


22101)(10)(1

)( 25 minus=⎩⎨⎧

=minus=+


iZn

nn

59





⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2


inlongnlong

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

42


640640960049609606

320320480084804805

1601602400162402404

80801200321201203

40406006460602

202030012830301

101015025615150

NdataBits Slot

Bits Frame


(ksps)


Slot Format i

43


8-924131015025615155B

10-1423141015025615155A

1522151015025615155

8-1520261015025615154

8-1510271015025615153

8-914231015025615152B

10-1413241015025615152A

1512251015025615152

8-1500281015025615151

8-904241015025615150B

10-1403251015025615150A

1502261015025615150


radio frame


BitsFrame


(ksps)


Slot Format i

44







45


001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

101001101110000

100011110101100

111111111111111

111111111111111

101001101110000

100011110101100

Slot 01234567891011121314



46



001010000111011

111111111111111

110001001101011

111111111111111

101001101110000

111111111111111

100011110101100

111111111111111

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

Slot 0123456789

1011121314


47

IΣ

j

c d 1 β d


I+ jQ

D P D C H 1

Q

c d 3 β d

D P D C H 3

c d 5 β d

D P D C H 5

c d 2 β d

D P D C H 2

c d 4 β d

D P D C H 4

c d 6 β d

D P D C H 6

c c β c

D P C C H

Σ



48


49



50


SF = 1 SF = 2 SF = 4

Cch10 = (1)

Cch20 = (11)

Cch21 = (1-1)

Cch40 =(1111)

Cch41 = (11-1-1)

Cch42 = (1-11-1)

Cch43 = (1-1-11)


51


⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡

1111

01

01

01

01

12

02

ch

ch

ch

ch

ch

ch

CC

CC

CC

( )

( )

( )

( )

( ) ( )

( ) ( ) ⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minus

minus

minus

=

⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minusminus

minusminus

minus++

minus++

+

+

+

+

122122

122122

1212

1212

0202

0202

11212

21212

312

212

112

012

nnchnnch

nnchnnch

nchnch

nchnch

nchnch

nchnch

nnch

nnch

nch

nch

nch

nch

CCCC

CCCCCC

CC

CC

CCCC

52






53


54



15 10 14 09333 13 08666 12 08000 11 07333 10 06667 9 06000 8 05333 7 04667 6 04000 5 03333 4 02667 3 02000 2 01333 1 00667 0 Switch off

Gain of UL DPCH

55


clong1n

clong2n

MSB LSB

x

y

56






57





y(0)=y(1)= hellip =y(23)= y(24)=1

58




Gold sequence zn


22101)(10)(1

)( 25 minus=⎩⎨⎧

=minus=+


iZn

nn

59





⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2


inlongnlong

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

43


8-924131015025615155B

10-1423141015025615155A

1522151015025615155

8-1520261015025615154

8-1510271015025615153

8-914231015025615152B

10-1413241015025615152A

1512251015025615152

8-1500281015025615151

8-904241015025615150B

10-1403251015025615150A

1502261015025615150


radio frame


BitsFrame


(ksps)


Slot Format i

44







45


001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

101001101110000

100011110101100

111111111111111

111111111111111

101001101110000

100011110101100

Slot 01234567891011121314



46



001010000111011

111111111111111

110001001101011

111111111111111

101001101110000

111111111111111

100011110101100

111111111111111

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

Slot 0123456789

1011121314


47

IΣ

j

c d 1 β d


I+ jQ

D P D C H 1

Q

c d 3 β d

D P D C H 3

c d 5 β d

D P D C H 5

c d 2 β d

D P D C H 2

c d 4 β d

D P D C H 4

c d 6 β d

D P D C H 6

c c β c

D P C C H

Σ



48


49



50


SF = 1 SF = 2 SF = 4

Cch10 = (1)

Cch20 = (11)

Cch21 = (1-1)

Cch40 =(1111)

Cch41 = (11-1-1)

Cch42 = (1-11-1)

Cch43 = (1-1-11)


51


⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡

1111

01

01

01

01

12

02

ch

ch

ch

ch

ch

ch

CC

CC

CC

( )

( )

( )

( )

( ) ( )

( ) ( ) ⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minus

minus

minus

=

⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minusminus

minusminus

minus++

minus++

+

+

+

+

122122

122122

1212

1212

0202

0202

11212

21212

312

212

112

012

nnchnnch

nnchnnch

nchnch

nchnch

nchnch

nchnch

nnch

nnch

nch

nch

nch

nch

CCCC

CCCCCC

CC

CC

CCCC

52






53


54



15 10 14 09333 13 08666 12 08000 11 07333 10 06667 9 06000 8 05333 7 04667 6 04000 5 03333 4 02667 3 02000 2 01333 1 00667 0 Switch off

Gain of UL DPCH

55


clong1n

clong2n

MSB LSB

x

y

56






57





y(0)=y(1)= hellip =y(23)= y(24)=1

58




Gold sequence zn


22101)(10)(1

)( 25 minus=⎩⎨⎧

=minus=+


iZn

nn

59





⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2


inlongnlong

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

44







45


001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

101001101110000

100011110101100

111111111111111

111111111111111

101001101110000

100011110101100

Slot 01234567891011121314



46



001010000111011

111111111111111

110001001101011

111111111111111

101001101110000

111111111111111

100011110101100

111111111111111

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

Slot 0123456789

1011121314


47

IΣ

j

c d 1 β d


I+ jQ

D P D C H 1

Q

c d 3 β d

D P D C H 3

c d 5 β d

D P D C H 5

c d 2 β d

D P D C H 2

c d 4 β d

D P D C H 4

c d 6 β d

D P D C H 6

c c β c

D P C C H

Σ



48


49



50


SF = 1 SF = 2 SF = 4

Cch10 = (1)

Cch20 = (11)

Cch21 = (1-1)

Cch40 =(1111)

Cch41 = (11-1-1)

Cch42 = (1-11-1)

Cch43 = (1-1-11)


51


⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡

1111

01

01

01

01

12

02

ch

ch

ch

ch

ch

ch

CC

CC

CC

( )

( )

( )

( )

( ) ( )

( ) ( ) ⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minus

minus

minus

=

⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minusminus

minusminus

minus++

minus++

+

+

+

+

122122

122122

1212

1212

0202

0202

11212

21212

312

212

112

012

nnchnnch

nnchnnch

nchnch

nchnch

nchnch

nchnch

nnch

nnch

nch

nch

nch

nch

CCCC

CCCCCC

CC

CC

CCCC

52






53


54



15 10 14 09333 13 08666 12 08000 11 07333 10 06667 9 06000 8 05333 7 04667 6 04000 5 03333 4 02667 3 02000 2 01333 1 00667 0 Switch off

Gain of UL DPCH

55


clong1n

clong2n

MSB LSB

x

y

56






57





y(0)=y(1)= hellip =y(23)= y(24)=1

58




Gold sequence zn


22101)(10)(1

)( 25 minus=⎩⎨⎧

=minus=+


iZn

nn

59





⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2


inlongnlong

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

45


001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

101001101110000

100011110101100

111111111111111

111111111111111

101001101110000

100011110101100

Slot 01234567891011121314



46



001010000111011

111111111111111

110001001101011

111111111111111

101001101110000

111111111111111

100011110101100

111111111111111

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

Slot 0123456789

1011121314


47

IΣ

j

c d 1 β d


I+ jQ

D P D C H 1

Q

c d 3 β d

D P D C H 3

c d 5 β d

D P D C H 5

c d 2 β d

D P D C H 2

c d 4 β d

D P D C H 4

c d 6 β d

D P D C H 6

c c β c

D P C C H

Σ



48


49



50


SF = 1 SF = 2 SF = 4

Cch10 = (1)

Cch20 = (11)

Cch21 = (1-1)

Cch40 =(1111)

Cch41 = (11-1-1)

Cch42 = (1-11-1)

Cch43 = (1-1-11)


51


⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡

1111

01

01

01

01

12

02

ch

ch

ch

ch

ch

ch

CC

CC

CC

( )

( )

( )

( )

( ) ( )

( ) ( ) ⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minus

minus

minus

=

⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minusminus

minusminus

minus++

minus++

+

+

+

+

122122

122122

1212

1212

0202

0202

11212

21212

312

212

112

012

nnchnnch

nnchnnch

nchnch

nchnch

nchnch

nchnch

nnch

nnch

nch

nch

nch

nch

CCCC

CCCCCC

CC

CC

CCCC

52






53


54



15 10 14 09333 13 08666 12 08000 11 07333 10 06667 9 06000 8 05333 7 04667 6 04000 5 03333 4 02667 3 02000 2 01333 1 00667 0 Switch off

Gain of UL DPCH

55


clong1n

clong2n

MSB LSB

x

y

56






57





y(0)=y(1)= hellip =y(23)= y(24)=1

58




Gold sequence zn


22101)(10)(1

)( 25 minus=⎩⎨⎧

=minus=+


iZn

nn

59





⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2


inlongnlong

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

46



001010000111011

111111111111111

110001001101011

111111111111111

101001101110000

111111111111111

100011110101100

111111111111111

111111111111111

001010000111011

110001001101011

111111111111111

101001101110000

100011110101100

111111111111111

Slot 0123456789

1011121314


47

IΣ

j

c d 1 β d


I+ jQ

D P D C H 1

Q

c d 3 β d

D P D C H 3

c d 5 β d

D P D C H 5

c d 2 β d

D P D C H 2

c d 4 β d

D P D C H 4

c d 6 β d

D P D C H 6

c c β c

D P C C H

Σ



48


49



50


SF = 1 SF = 2 SF = 4

Cch10 = (1)

Cch20 = (11)

Cch21 = (1-1)

Cch40 =(1111)

Cch41 = (11-1-1)

Cch42 = (1-11-1)

Cch43 = (1-1-11)


51


⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡

1111

01

01

01

01

12

02

ch

ch

ch

ch

ch

ch

CC

CC

CC

( )

( )

( )

( )

( ) ( )

( ) ( ) ⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minus

minus

minus

=

⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minusminus

minusminus

minus++

minus++

+

+

+

+

122122

122122

1212

1212

0202

0202

11212

21212

312

212

112

012

nnchnnch

nnchnnch

nchnch

nchnch

nchnch

nchnch

nnch

nnch

nch

nch

nch

nch

CCCC

CCCCCC

CC

CC

CCCC

52






53


54



15 10 14 09333 13 08666 12 08000 11 07333 10 06667 9 06000 8 05333 7 04667 6 04000 5 03333 4 02667 3 02000 2 01333 1 00667 0 Switch off

Gain of UL DPCH

55


clong1n

clong2n

MSB LSB

x

y

56






57





y(0)=y(1)= hellip =y(23)= y(24)=1

58




Gold sequence zn


22101)(10)(1

)( 25 minus=⎩⎨⎧

=minus=+


iZn

nn

59





⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2


inlongnlong

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

47

IΣ

j

c d 1 β d


I+ jQ

D P D C H 1

Q

c d 3 β d

D P D C H 3

c d 5 β d

D P D C H 5

c d 2 β d

D P D C H 2

c d 4 β d

D P D C H 4

c d 6 β d

D P D C H 6

c c β c

D P C C H

Σ



48


49



50


SF = 1 SF = 2 SF = 4

Cch10 = (1)

Cch20 = (11)

Cch21 = (1-1)

Cch40 =(1111)

Cch41 = (11-1-1)

Cch42 = (1-11-1)

Cch43 = (1-1-11)


51


⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡

1111

01

01

01

01

12

02

ch

ch

ch

ch

ch

ch

CC

CC

CC

( )

( )

( )

( )

( ) ( )

( ) ( ) ⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minus

minus

minus

=

⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minusminus

minusminus

minus++

minus++

+

+

+

+

122122

122122

1212

1212

0202

0202

11212

21212

312

212

112

012

nnchnnch

nnchnnch

nchnch

nchnch

nchnch

nchnch

nnch

nnch

nch

nch

nch

nch

CCCC

CCCCCC

CC

CC

CCCC

52






53


54



15 10 14 09333 13 08666 12 08000 11 07333 10 06667 9 06000 8 05333 7 04667 6 04000 5 03333 4 02667 3 02000 2 01333 1 00667 0 Switch off

Gain of UL DPCH

55


clong1n

clong2n

MSB LSB

x

y

56






57





y(0)=y(1)= hellip =y(23)= y(24)=1

58




Gold sequence zn


22101)(10)(1

)( 25 minus=⎩⎨⎧

=minus=+


iZn

nn

59





⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2


inlongnlong

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

48


49



50


SF = 1 SF = 2 SF = 4

Cch10 = (1)

Cch20 = (11)

Cch21 = (1-1)

Cch40 =(1111)

Cch41 = (11-1-1)

Cch42 = (1-11-1)

Cch43 = (1-1-11)


51


⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡

1111

01

01

01

01

12

02

ch

ch

ch

ch

ch

ch

CC

CC

CC

( )

( )

( )

( )

( ) ( )

( ) ( ) ⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minus

minus

minus

=

⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minusminus

minusminus

minus++

minus++

+

+

+

+

122122

122122

1212

1212

0202

0202

11212

21212

312

212

112

012

nnchnnch

nnchnnch

nchnch

nchnch

nchnch

nchnch

nnch

nnch

nch

nch

nch

nch

CCCC

CCCCCC

CC

CC

CCCC

52






53


54



15 10 14 09333 13 08666 12 08000 11 07333 10 06667 9 06000 8 05333 7 04667 6 04000 5 03333 4 02667 3 02000 2 01333 1 00667 0 Switch off

Gain of UL DPCH

55


clong1n

clong2n

MSB LSB

x

y

56






57





y(0)=y(1)= hellip =y(23)= y(24)=1

58




Gold sequence zn


22101)(10)(1

)( 25 minus=⎩⎨⎧

=minus=+


iZn

nn

59





⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2


inlongnlong

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

49



50


SF = 1 SF = 2 SF = 4

Cch10 = (1)

Cch20 = (11)

Cch21 = (1-1)

Cch40 =(1111)

Cch41 = (11-1-1)

Cch42 = (1-11-1)

Cch43 = (1-1-11)


51


⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡

1111

01

01

01

01

12

02

ch

ch

ch

ch

ch

ch

CC

CC

CC

( )

( )

( )

( )

( ) ( )

( ) ( ) ⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minus

minus

minus

=

⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minusminus

minusminus

minus++

minus++

+

+

+

+

122122

122122

1212

1212

0202

0202

11212

21212

312

212

112

012

nnchnnch

nnchnnch

nchnch

nchnch

nchnch

nchnch

nnch

nnch

nch

nch

nch

nch

CCCC

CCCCCC

CC

CC

CCCC

52






53


54



15 10 14 09333 13 08666 12 08000 11 07333 10 06667 9 06000 8 05333 7 04667 6 04000 5 03333 4 02667 3 02000 2 01333 1 00667 0 Switch off

Gain of UL DPCH

55


clong1n

clong2n

MSB LSB

x

y

56






57





y(0)=y(1)= hellip =y(23)= y(24)=1

58




Gold sequence zn


22101)(10)(1

)( 25 minus=⎩⎨⎧

=minus=+


iZn

nn

59





⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2


inlongnlong

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

50


SF = 1 SF = 2 SF = 4

Cch10 = (1)

Cch20 = (11)

Cch21 = (1-1)

Cch40 =(1111)

Cch41 = (11-1-1)

Cch42 = (1-11-1)

Cch43 = (1-1-11)


51


⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡

1111

01

01

01

01

12

02

ch

ch

ch

ch

ch

ch

CC

CC

CC

( )

( )

( )

( )

( ) ( )

( ) ( ) ⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minus

minus

minus

=

⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minusminus

minusminus

minus++

minus++

+

+

+

+

122122

122122

1212

1212

0202

0202

11212

21212

312

212

112

012

nnchnnch

nnchnnch

nchnch

nchnch

nchnch

nchnch

nnch

nnch

nch

nch

nch

nch

CCCC

CCCCCC

CC

CC

CCCC

52






53


54



15 10 14 09333 13 08666 12 08000 11 07333 10 06667 9 06000 8 05333 7 04667 6 04000 5 03333 4 02667 3 02000 2 01333 1 00667 0 Switch off

Gain of UL DPCH

55


clong1n

clong2n

MSB LSB

x

y

56






57





y(0)=y(1)= hellip =y(23)= y(24)=1

58




Gold sequence zn


22101)(10)(1

)( 25 minus=⎩⎨⎧

=minus=+


iZn

nn

59





⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2


inlongnlong

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

51


⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡minus

=⎥⎦

⎤⎢⎣

⎡

1111

01

01

01

01

12

02

ch

ch

ch

ch

ch

ch

CC

CC

CC

( )

( )

( )

( )

( ) ( )

( ) ( ) ⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minus

minus

minus

=

⎥⎥⎥⎥⎥⎥⎥⎥⎥

⎦

⎤

⎢⎢⎢⎢⎢⎢⎢⎢⎢

⎣

⎡

minusminus

minusminus

minus++

minus++

+

+

+

+

122122

122122

1212

1212

0202

0202

11212

21212

312

212

112

012

nnchnnch

nnchnnch

nchnch

nchnch

nchnch

nchnch

nnch

nnch

nch

nch

nch

nch

CCCC

CCCCCC

CC

CC

CCCC

52






53


54



15 10 14 09333 13 08666 12 08000 11 07333 10 06667 9 06000 8 05333 7 04667 6 04000 5 03333 4 02667 3 02000 2 01333 1 00667 0 Switch off

Gain of UL DPCH

55


clong1n

clong2n

MSB LSB

x

y

56






57





y(0)=y(1)= hellip =y(23)= y(24)=1

58




Gold sequence zn


22101)(10)(1

)( 25 minus=⎩⎨⎧

=minus=+


iZn

nn

59





⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2


inlongnlong

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

52






53


54



15 10 14 09333 13 08666 12 08000 11 07333 10 06667 9 06000 8 05333 7 04667 6 04000 5 03333 4 02667 3 02000 2 01333 1 00667 0 Switch off

Gain of UL DPCH

55


clong1n

clong2n

MSB LSB

x

y

56






57





y(0)=y(1)= hellip =y(23)= y(24)=1

58




Gold sequence zn


22101)(10)(1

)( 25 minus=⎩⎨⎧

=minus=+


iZn

nn

59





⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2


inlongnlong

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

53


54



15 10 14 09333 13 08666 12 08000 11 07333 10 06667 9 06000 8 05333 7 04667 6 04000 5 03333 4 02667 3 02000 2 01333 1 00667 0 Switch off

Gain of UL DPCH

55


clong1n

clong2n

MSB LSB

x

y

56






57





y(0)=y(1)= hellip =y(23)= y(24)=1

58




Gold sequence zn


22101)(10)(1

)( 25 minus=⎩⎨⎧

=minus=+


iZn

nn

59





⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2


inlongnlong

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

54



15 10 14 09333 13 08666 12 08000 11 07333 10 06667 9 06000 8 05333 7 04667 6 04000 5 03333 4 02667 3 02000 2 01333 1 00667 0 Switch off

Gain of UL DPCH

55


clong1n

clong2n

MSB LSB

x

y

56






57





y(0)=y(1)= hellip =y(23)= y(24)=1

58




Gold sequence zn


22101)(10)(1

)( 25 minus=⎩⎨⎧

=minus=+


iZn

nn

59





⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2


inlongnlong

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

55


clong1n

clong2n

MSB LSB

x

y

56






57





y(0)=y(1)= hellip =y(23)= y(24)=1

58




Gold sequence zn


22101)(10)(1

)( 25 minus=⎩⎨⎧

=minus=+


iZn

nn

59





⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2


inlongnlong

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

56






57





y(0)=y(1)= hellip =y(23)= y(24)=1

58




Gold sequence zn


22101)(10)(1

)( 25 minus=⎩⎨⎧

=minus=+


iZn

nn

59





⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2


inlongnlong

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

57





y(0)=y(1)= hellip =y(23)= y(24)=1

58




Gold sequence zn


22101)(10)(1

)( 25 minus=⎩⎨⎧

=minus=+


iZn

nn

59





⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2


inlongnlong

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

58




Gold sequence zn


22101)(10)(1

)( 25 minus=⎩⎨⎧

=minus=+


iZn

nn

59





⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2


inlongnlong

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

59





⎭⎬⎫

⎩⎨⎧

⎥⎦⎥

⎢⎣⎢minus+= )2


inlongnlong

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

60


07 4

+ mod n addition

d(i)12356

2

mod 2

07 4b(i)

12356

2

mod 2


zn(i)

07 4 12356

+mod 4

Mapper

cshort1n(i)

a(i)

+ + +

+ ++

+ ++

3 3

3

2

cshort2n(i)

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

61


256 chips



62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

62





63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

63




64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

64





65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

65


zn(255) = zn(0)

Mapping

Cshort n is


⎭⎬⎫

⎩⎨⎧

⎟⎠⎞

⎜⎝⎛

⎥⎦⎥

⎢⎣⎢minus+=

2256mod2)1(1)256mod()( 21

icjiciC nshorti

nshortnshort

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

66


S

ImS

ReS

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

67


DI

DQ

Antipodal Conv


Antipodal Conv


sum

Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

TSprimeTS+

+

+

+

IC

IC

QC

Gain Controlch1C

2561C

DPDCH

DPCCH

tAcos cω

tAsin cω

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

sum

+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

68


69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

69

Table of Contents





70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

70

Introduction


IdleMS

On-lineMS

Power-onMS

SCH

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

71



-ˇ-CDCA-ICH

-ˇ-AP-AICH

ndashˇndashCSICH

ndashˇndashAICH

ˇˇndashPDSCH

ndashˇndashPICH

ˇˇndashDPCH

ndashˇndashS-CCPCH

ndashndashˇSCH

ndashˇndashP-CCPCH

ModeSTTDTSTD


72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

72



b 0 b 1 b 2 b 3

b 0 b 1 b 2 b 3

-b 2 b 3 b 0 -b 1

A ntenna 1



73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

73



SecondarySCH

256 chips

2560 chips


acsi0

acp

acsi1

acp

acsi14

acp


Antenna 1

Antenna 2

acsi0

acp

acsi1

acp

acsi14

acp


acsi2

acp

Slot 2

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

(Tx OFF)

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

74


Spreadscramblew1

w2

DPCHDPCCH

DPDCH

sum

CPICH1

sum

CPICH2

Ant1

Ant2

Weight Generation

w1 w2



75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

75



76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

76



NA311500 bps1500 Hz412

π2101500 bps1500 Hz111




77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

77



78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

78

Closed Loop Mode 1


where


⎩⎨⎧ leminuslt

=otherwise0


irQ

⎩⎨⎧

==

=1311975312

141210864200)(

ii

ir πφ

QφQφ

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

79


02081

08020


3π4100π2101π41110110

-π4010-π2011-3π4001




80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

80



81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

81



TPC NTPC bits



Data2Ndata2 bits

DPDCHTFCI

NTFCI bitsPilot

Npilot bitsData1

Ndata1 bits

DPDCH DPCCH DPCCH

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

82

DL DPCH







83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

83


8-14442822025615305A

154221022025615305

8-148042444012830604B

8-144021222025615304A

154021222025615304

8-144442444012830603B

8-142421022025615303A

152221222025615303

8-144042844012830602B

8-142021422025615302A

152021422025615302

8-14844402025615301B

15422201051275151

8-14804802025615300B

8-14402401051275150A

15402401051275150



radio frame NTr

DPCCHBitsSlot

DPDCHBitsSlot

Bits Slot

SFChannelSymbol

Rate (ksps)


SlotFormat i

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

84


100000101101110011111010010001

111111111111111111111111111111

111110011101101000001100010010

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

101001000110000010110111001111

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

111111111111111111111111111111

110001001011111001110110100000

Slot 01234567891011121314

765432103210100Symbol

Npilot = 16(3)

Npilot = 8(2)

Npilot = 4(1)

Npilot=2

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

85





DPDCH


TFCI PilotTPC

bull bull

bull

DPDCH Condition




86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

86






87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

87




88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

88


slot 1

Framei+1Framei

slot 14



Antenna 1

slot 0

Frame Boundary


89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

89




90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

90





91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

91



ndashndashˇCSICH

ndashndashˇAICH

ˇˇˇPDSCH

ndashndashˇPICH

ˇˇˇDPCH

ndashndashˇS-CCPCH

ndashndashˇSCH

ndashndashˇP-CCPCH



92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

92


kth S-CCPCH

AICH access slots

Secondary SCH

Primary SCH

τS-CCPCHk

10 ms

τPICH

0 1 2 3 14 13 12 11 10 9 8 7 6 5 4


τDPCHn

P-CCPCH

Any CPICH


Any PDSCH

nth DPCH

10 ms

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

93


I


SrarrP

CchSFm

j

Sdln

Q

I+jQ S

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

94



Σ

G1

G2

GP

GS

S-SCH

P-SCH

Σ

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

95





96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

96






97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

97


I

Q

1

1 0

02

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

17

17

16

16

15

15

14

14

13

13

12

12

11

11

10

10

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

98




Gold sequences


Initial x (0)=1 x(1)= x(2)== x (16)= x (17)=0





99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

99



Mapping


22101)(10)(1

)( 18 minus=⎩⎨⎧

=minus=+


iZn

nn


100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

100


T

ImT

ReT

cos(ωt)


-sin(ωt)


Pulse-shaping

Pulse-shaping

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

101


DI

DQ

jAntipodal Conv


Pulse Shaping

Filter

Pulse Shaping

Filter

sum

Root Nyquistr=022

Root Nyquistr=022

Channel Model

-Complex Gaussian

-MultipathRayleigh

-UMTS Channel

TSprimeTS+

+

+

+

Other User Signals

IC

IC

QC

ch1C

ch1C

DPDCH1DPCCH

Antipodal Conv


Gain Control

sum+

minus

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