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Internal
Global and Equipment Data Configuration
------Based on MML Commands
BSC6900V900R012
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Upon completion this course, you will be able to:
Master the procedure and methods of data
configuration of BSC6900
Master global and equipment data configuration
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《 (For Customer)BSC6900 UMTS Product
Documentation(V900R012C00_01)-EN 》
《 BSC6900 UMTS Initial Configuration
Guide(V900R012C00_01) 》
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Chapter 1 Data Configuration Overview
Chapter 2 Global Data Configuration
Chapter 3 Equipment Data Configuration
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Web Local Maintenance Terminal ( MML Client )
The local maintenance terminal is an item of the LMT software.
The local maintenance terminal adopts the GUI and the MML
(Man Machine Language) to operate and maintain the system.
Note: Data configuration is realized by the MML commands.
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Application Scenarios of MML
Deployment
During the deployment, engineers should configure BSC6900 data
configuration script according to the negotiation data for stand alone
RNC during initial setup and run the script by MML commands in
batches.
Modify a few configuration data
When a few configuration data need to be modified, every single MML
command can be run to execute the function.
Data Preparation for Initial Configuration
In the BSC6900 initial configuration, some data is obtained from the
data sheets after negotiation with other network elements.
data preparation
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Open Web LMT Enter the external virtual IP address of the OMU in the address bar
on the IE
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Data Configuration Methods
1. Effective data configuration mode
2. Ineffective data configuration mode
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Data Configuration Overview
Configuration Command Action Description
Action Meaning
ADD Add an object
SET Set an object
LST Query BAM database configuration information
DSP Query FAM object state or BAM running state
MOD Modify an object
RMV Remove an object
ACT Activate an object
DEA Deactivate an object
RST Reset an object
What is different between LST and DSP ?
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Data Configuration Overview
Data Configuration Control
BSC6900 controls whether LMT or M2000 has the permission
to configure the data at a time to avoid the data conflict
Check the status of CMC (REQ CMCTRL)
Procedure of obtaining CMC in different cases
Lock CMC
If … Then …
M2000 communicates with BSC6900
normally
Use the REQ CMCTRL command to request the CMC.
If M2000 approves, LMT will get it
M2000 cannot communicate with BSC6900 or
BSC6900 is not equipped with M2000
Use the FOC CMCTRL command to obtain the CMC
forcibly
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Data Configuration Overview
Configuration procedures of initial setup RNC
Global dataconfiguration
Equipment data configuration
Interface dataconfiguration
Cell data configuration
Start
End
BSC6900
BSC6900
NodeB
NodeB
NodeB
MSC Server
MGW
SGSN
UE UTRAN CNUu Iu
Iu-CS
Iu-PS
Iur
Iub
Iub
Iub
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Chapter 1 Data Configuration Overview
Chapter 2 Global Data Configuration
Chapter 3 Equipment Data Configuration
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Global Data Configuration Procedure
End
Start
Adding RNC basic data
Configuring the OPC and DPC
Configuring the Area Information
Adding M3UA local and destination entities
Global parameter is used to identify the
RNC in a network.
This is the first step of RNC initial
configuration, use SET CFGDATAINEFFECTIVE
command switch RNC all
subrack to ineffective mode.
During the RNC initial configuration,
global data include several necessary
steps as shown in right procedure flow.
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Configure RNC Basic Data Information
ADD URNCBASIC :
ADD UCNOPERATOR :
ADD UCNOPERGROUP:
SET UOPERATORCFGPARA : optional
SET UOPERATORSHARINGMODE : optional
SET SUBNET : optional
SET SCTPSVRPORT: optional
End
Start
Adding RNC basic data
Configuring the OPC and DPC
Configuring the Area Information
Adding M3UA local and destination entities
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What is IU-FLEXIUFLEX features:
All CN node connecting to the RNC belongs to one operator
Why IUFLEX:
To enable load share in one CN domain, in a case when RNC
has more capacity then CN, by connecting to CN pool, RNC
resource could be more efficiently used
One CN node serves more RNC, this decrease CN switch and
roaming, and thus less CN signaling
CS3
RNC
NodeB
PS2
One Operator
CS2CS1PS1 PS3
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What is MRNC (ran sharing)
MRNC ( Multi-logical RNC ) is to configure one physical RNC to be
several logical RNC, the logical RNC belongs to different operators
Operator has its own CN, CN is not shared
Radio resource is not shared among operators
The feature RAN SHARING supported in V1.8 is MRNC
CS2
RNC
CS1
Operator_A
PS1
Operator_B
PS2
Cell1
Cell2
Cell3
Cell4
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What is MOCN
MOCN features:
Each operator has its own CN, CN is not shared
Radio resource is shared among operators, i.e. the cell is shared
among operators
Each operator may deploy Iu-flex
RNC is responsible to route the UE to its subscribing operator
CS2
RNC
NodeB
CS1
Operator_A
PS1
Operator_B
PS2
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RNC id range is 0-4096 and used to uniquely identifying an RNC in same
operator network.
ATM address: use to distinguish equipment in ATM transmission network.
Configure RNC Basic Data Information
Paramters of ADD URNCBASIC command
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Configure RNC Basic Data Information
Paramters of ADD UCNOPERATOR command
Cn Operator Name: Value range: String long 1 ~ 31
Mobile country code: MCC Value range: 000 to 999
Mobile network code: MNC Value range: 00 to 99 or 000 to 999
Cn Operator index: Value range: 5-31
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PRIM: Primary operator, determines functions to be supported the entire RAN system
and allocates licenses to secondary operators. The primary operator permits registration
and access the UE.
SEC: Secondary operator, functions to be supported the entire RAN system and the
license of the secondary operators are controlled by primary operator. Secondary
operator permit access UE.
OUTER: Outer operator, In mobility management, UEs need to be hand over from the
operator of the source RNC to the operator of the target RNC. If the operator is not the
primary operator and secondary operator of the source RNC, you need to specify the
operator as an outer operator so that the operator support the mobility management.
COMM: operator that supports non-support UEs, The PLMN ID indicated in the
system broadcast information as defined for conversational networks, which non-support
UEs understand as the serving opertaor.
Configure RNC Basic Data Information
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Configure RNC Basic Data Information
ADD CNOperator correlative concept
MCC: Mobile country code MNC: Mobile network code MSIN: To identify the MS in one PLMN IMSI: To identify the MS in one Country
MCC MNC MSIN
3 digits 2/3 digits
Not more than 15 digits
IMSI (International Mobile Subscriber Identity)
NMSI
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Configure RNC Basic Data Information
Paramters of ADD UCNOPERGROUP command
In one operator group, can be configure 1-4 real operator index
In one operator group, can choose to configure one common operator index.
CNOPERATORGROUP is to facilitate maintenance and management.
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Configure RNC Basic Data Information
Paramters of SET UOPERATORCFGPARA command
If the RNC system support IU-FLEX and MOCN , this command use to configure
NRI parameter.
NRI (network recourse identifier) is part of the temporary indentity TMSI (CS
domain) or P-TMSI (PS domain), which is assigned by the serving CN node to the
UE.
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Paramters of SET UOPERATORSHARINGMODE command
RAN Sharing Support: Multiple operators to share a set of
RAN equipment that covers the same area.
MOCN: Multi-operator share frequency resource mode.
Intra RAT Inter Plmn Ho Allowed: Intra Plmn handover.
Inter RAT Inter Plmn Ho Allowed: Inter Plmn handover.
Configure RNC Basic Data Information
RNC1
Operator 2
RNC2
RNC3
Operator 1
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Set RNC Internal Subnet No.
EPS
SCU
80.x.x.x
Configure RNC Basic Data Information
EPS
BAMExternal
BAMInternal
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Parameter of SET SCTPSRVPORT command.
Configure RNC Basic Data Information
The default parameter:
NBAP port No. is 58085.
M3UA port No. is 2910.
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Configuring the OPC and DPC
ADD OPC:
ADD N7DPC :
End
Start
Adding RNC basic data
Configuring the OPC and DPC
Configuring the Area Information
Adding M3UA local and destination entities
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Parameter of ADD OPC command
Configuring the OPC and DPC
OSP name: <NAME> 1~31 characters. OSP code bits: <SPCBITS> Value range: BIT14, BIT16, BIT24.
Network ID:
INT: international network.
INTB: international reserved.
NAT: national network.
NATB: national reserved.
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ADD N7DPC
Configuring the OPC and DPC
DSP type : IUCS(IUCS), IUPS(IUPS), IUR(IUR), IUCS_RANAP(IUCS_RANAP),
IUCS_ALCAP(IUCS_ALCAP), AAL2SWITCH(AAL2SWITCH), STP(STP), IUPC(IUPC)
SS7 type: ITUT(International Telecommunication Union - Telecommunication Standardiza
tion Sector), ANSI(American National Standards Institute), and TTC(Telecommunication Te
chnology Committee (Japan)).
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Configuring the Area Information
ADD ULAC:
ADD URAC:
ADD USAC:
ADD UURA:
ADD UCZ: optional
End
Start
Adding RNC basic data
Configuring the OPC and DPC
Configuring the Area Information
Adding M3UA local and destination entities
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ADD ULAC: Add location area code
ADD URAC: Add route area code
ADD USAC: Add service area code
ADD UURA: Add UTRAN Registration Area
PLMN: Public Land Mobile Network
Configuring the Area Information
LAC1
RAC1RAC2
SAC1SAC2
LAC2
PLMN
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UE States
CELL_DCH CELL_FACH
CELL_PCHURA_PCH
IDLE
DEAD - Scanning networks (PLMN)- ”Camp on” cell
- Monitor paging channel- cell re-selection
- Dedicated Channel- Radio bearers Transmission Services
- upper layer Signalingtrigger (CN)
- Reduce action , DRX , and save power
RRC connection
Configuring the Area Information
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Parameter of ADD ULAC command
Configuring the Area Information
LAI (location area identity)=MCC+MNC+LAC
When the system information is being broadcast in a cell, the value of the tag included in the system information block 1 (SIB1) message is within the range defined by PlmnValTagMin and PlmnValTagMax.
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Parameter of ADD URAC command
Configuring the Area Information
RAI (Route area identity) =MCC+MNC+LAC+RAC
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Parameter of ADD USAC command
Configuring the Area Information
SAI (Source area identity) =MCC+MNC+LAC+SAC
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Parameter of UTRAN Registration Area command
Configuring the Area Information
Use this command to add a UTRAN registration area
URA is used by UTRAN , CN does not know URA 。 URA is
formed by multiple cells. When UE goes to URA_PCH state, UE’s
area information is identified by URA.
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Configure M3UA Local and Destination Entities
End
Start
Adding RNC basic data
Configuring the OPC and DPC
Configuring the area information
Adding M3UA local and destination entities ADD M3LE: IP network mandatoryADD M3DE : IP network mandatory
This command only use for IU interface IP network.
The prerequisite is OPC and N7DPC configured.
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Chapter 1 Data Configuration Overview
Chapter 2 Global Data Configuration
Chapter 3 Equipment Data Configuration
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Equipment Data Configuration
Equipment data configuration is used to
identify the subracks, boards and clock
information of RNC.
This is the second configuration step of
RNC initial configuration.
During the RNC initial configuration,
equipment data include several necessary
steps as shown in the right procedure flow.
Adding the IP Address of the EMS Server
End
Start
Configuring a Cabinet
Configuring a Subrack
Configuring a Board
Adding an EMU
Configuring RNC Clock Data
Setting RNC Time
Configuring the System Information
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Equipment Data Configuration
SET SYS: optional
Adding the IP Address of the EMS Server
End
Start
Configuring a Cabinet
Configuring a Subrack
Configuring a Board
Adding an EMU
Configuring RNC Clock Data
Setting RNC Time
Configuring the System Information
The RNC system information is stored only in the BAM database and is not sent to the host,
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Configuring a Cabinet
ADD CAB: add an Extended Processing
Rack (EPR).
Adding the IP Address of the EMS Server
End
Start
Configuring a Cabinet
Configuring a Subrack
Configuring a Board
Adding an EMU
Configuring RNC Clock Data
Setting RNC Time
Configuring the System Information
The Main Processing Rack (MPR) is configured by default. It need not be added through the MML command.
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Configuring a Subrack
ADD SUBRACK: add more EPSs
SET SCUPORT : enable the
corresponding port on the SCU board in
the main subrack
Adding the IP Address of the EMS Server
End
Start
Configuring a Cabinet
Configuring a Subrack
Configuring a Board
Adding an EMU
Configuring RNC Clock Data
Setting RNC Time
Configuring the System Information
The Main Processing Subrack (MPS) is configured by default. It need not be added through the MML command.
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Configuring a Board
ADD BRD: This command can be used
by all types of boards except the SCUa,
GCUa, and GCGa.
SET MSP : Use this command to set
Multiplex Section Protection (MSP)
attributes for the
AOUa/AOUc/POUa/POUc/UOIc/UOIa (ATM
or IP) board.
Adding the IP Address of the EMS Server
End
Start
Configuring a Cabinet
Configuring a Subrack
Configuring a Board
Adding an EMU
Configuring RNC Clock Data
Setting RNC Time
Configuring the System Information
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Configuring an EMU
ADD EMU: The EMU gathers Boolean
values, analog values, and alarm threshold
information and reports them to the LMT.
One cabinet can be configured with only
one EMU.
Adding the IP Address of the EMS Server
End
Start
Configuring a Cabinet
Configuring a Subrack
Configuring a Board
Adding an EMU
Configuring RNC Clock Data
Setting RNC Time
Configuring the System Information
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Configuring RNC Clock Data
ADD CLKSRC: 增加系统时钟源
SET CLK:设置接口板时钟源
SET CLKMODE:设置系统时钟源工作模式
Adding the IP Address of the EMS Server
End
Start
Configuring a Cabinet
Configuring a Subrack
Configuring a Board
Adding an EMU
Configuring RNC Clock Data
Setting RNC Time
Configuring the System Information
Clock source priority ranges from 1 to 4. The clock source of priority 0 is configured by default. Priority 0 is the lowest priority, and priority 4 is the highest priority.
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Setting RNC Time
SET TZ:
ADD SNTPSRVINFO : information about the
SNTP synchronization server.
SET SNTPCLTPARA : set the synchronization
period of the SNTP client
Adding the IP Address of the EMS Server
End
Start
Configuring a Cabinet
Configuring a Subrack
Configuring a Board
Adding an EMU
Configuring RNC Clock Data
Setting RNC Time
Configuring the System Information
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SNTP serverSNTP server
SNTP client
SNTP clientSNTP server
RNC NodeBM2000
Setting RNC Time
RNC external network view: M2000 is the SNTP server of RNC
RNC is the SNTP client of M2000.
RNC internal network view: RNC is the SNTP server of NodeB
NodeB is the SNTP Client of RNC.
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Setting RNC Time
SNTP: Simple network time protocol.
SNTP server IP is the IP address of M2000. Port number is 123.
The number of the SNTP Servers cannot exceed 16.
If multiple SNTP servers are configured, SNTP Client chooses the best
SNTP server as the clock source according to the algorithm defined in
the NTP protocol.
Parameter of SET SNTPCLTPARA command
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Adding the IP Address of the EMS Server
ADD EMSIP:
Adding the IP Address of the EMS Server
End
Start
Configuring a Cabinet
Configuring a Subrack
Configuring a Board
Adding an EMU
Configuring RNC Clock Data
Setting RNC Time
Configuring the System Information
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