zxg10 engineering data configuration report_r1.0

10 ZXG10-BSCV2.97 (2007-R1.0)

ZXG10 iBSC(V6.20.71) Engineering Data Configuration Report For Internal Use Only

ZXG10 iBSC (V6.20.71)Engineering Data Configuration Report_R1.0Contract No.___________________

Project Name__________________Client Company________________ZTE CorporationContents1-11 Project Overview

1-11.1 Site Information

1-21.2 Project Scope

1-21.2.1 Scope of Original System

1-21.2.2 Scope of New System

1-21.3 Services Supported by Current System

1-21.4 Version of New System

1-21.4.1 Foreground version

1-31.4.2 Background Version

1-31.4.3 Operation System & Database Version

1-31.4.4 Ethernet Exchanger Information

1-31.4.5 Router Information

1-31.4.6 Fire Wall Information

1-31.4.7 Version of Other Software

2-12 System Networking Structure

2-12.1 Networking Structure of Foreground Module

2-12.1.1 iBSC Equipment Information

2-22.1.2 Single iBSC Networking

2-22.1.3 iBSC Integrated Networking

2-32.2 Background Networking Structure

2-32.2.1 Networking Chart

3-13 Foreground Board Configuration

3-13.1 Board Configuration

3-13.1.1 Board Configuration of iBSC

3-23.1.2 Board Configuration of iBSC (Remote TC)

3-43.2 Board Information

3-43.3 CMP/OMP Information

3-43.4 OMP Configuration File Content

4-14 Server Configuration

4-14.1 Chart of Server Rack

4-24.2 Background Server Configuration

4-24.2.1 Background Server Configuration Information

4-24.2.2 Background Server Software Installation Information

4-24.2.3 Magnetic Matrix

4-24.2.4 Exchanger

4-34.2.5 Router

4-34.2.6 IP Address Distribution Table

5-15 Engineering Data Configuration Report

5-15.1 Engineering Data Configuration

5-15.1.1 Version Upgrade Record

5-15.1.2 Data Configuration

1 Project Overview1.1 Site InformationProject Name

Client Name

Contract No.

Client Address

Zip codeTel. of Equipment RoomFax.

Project Start TimeProject Finish Time

Contract Capacity

PIC of ContractorContact No.

Technician of Contractor Contact No.

PCanywhere Username and Password Maintenance Private Line

PIC of ZTEContact No.

Commissioning Engineer of ZTEContact No.

Local Office of ZTEHotline

Design Company of this ProjectContact Person/Tel.

Construction Company of this ProjectContact Person/Tel.

Supervision and Inspection Company of this ProjectContact Person/Tel.

Brief Introduction of this Project

Describe the general status and milestones of the project here.

1.2 Project Scope1.2.1 Scope of Original SystemDescribe the scope of the original system.1.2.2 Scope of New SystemDescribe the scope of the new system after completing this project.1.3 Services Supported by Current SystemDescribe the services that supported by current system.1.4 Version of New SystemDescribe the related version of the new system after completing this project.1.4.1 Foreground versionSequenceiBSC SNiBSC Hardware VersioniBSC Software Version No.

1

2

3

4

5

1.4.2 Background VersionSequenceServer NameiOMCR Version No.OMCB Version No.

1

2

3

1.4.3 Operation System & Database VersionSequenceServer NameVersion No. of Operation SystemDatabase Version

1

2

3

1.4.4 Ethernet Exchanger InformationDescribe the name, type and configuration information of the exchanger.1.4.5 Router InformationDescribe the name, type and configuration information of the router.1.4.6 Fire Wall InformationTypeIOS Version No.

1.4.7 Version of Other SoftwareServer NameSoftware NameVersion No.

Client NameSoftware NameVersion No.

2 System Networking Structure2.1 Networking Structure of Foreground Module2.1.1 iBSC Equipment InformationIn this project, _________ (how many) ZXG10 iBSC(s) is/are involved, they are named as iBSC______, iBSC______, and iBSC______ (If there are more than 1 iBSC, fill the ID of iBSCs in the blank area to identify them respectively). iBSC______ (its ID) is comprised by the control frame and _______(how many) RCBU basic configuration unit.The A interface of iBSC______ (its ID) is connected with the upper level MSC via the _______ transmission manner and the matched impedance of E1 is _______ohm. The Gb interface is connected with the SGSN via the _______ transmission manner and the matched impedance is _______ohm. The transmission of Abis interface is ________, and the matched impedance of E1 is _______ohm.The information of iBSC equipment is shown as below:SequenceiBSC SNInstallation PositionNumber of RCBUNumber of PCM/ STM-1/FE at A interfaceNumber of No7 LinkNumber of 2M Signaling LinkNumber of SigtranNumber of PCM/ FE at Abis interfaceNumber of PCM/EF at Gb interface

1iBSC1

2iBSC2

3iBSC3

4iBSC4

5iBSC5

6iBSC6

7iBSC7

8iBSC8

2.1.2 Single iBSC NetworkingThe networking of a single iBSC is shown as below:iBSC IDSITE IDSite NameNumber ofBTSNumber of TXAffiliated RCBUAffiliated ModuleNode ofUpper LevelTransmissionEquipment TypeNumber ofTrunk Line

[Notes]: this form is duplicable.

2.1.3 iBSC Integrated NetworkingThe integrated networking of iBSC is shown as below:

[Notes]: the integrated networking of iBSC generally includes the following contents: draw the original and new MSC relative locations of this project marked with the ID, equipment type and location, the relative location of iBSC and installation position. Indicate the number of A interfaces and SS7 links between MSC and iBSC, whether the TC of each iBSC is remote, the number of Abis interface. Indicate the equipment type of the transmission system.2.2 Background Networking Structure2.2.1 Networking ChartiOMCR uses the _________ networking manner, including _________ (how many) server(s) and _________ (how many) Client(s).The iOMCR networking (sample)is shown as below:

[Notes]: The networking of OMCR generally includes the following items: the connecting relationship of MSC, iBSC, BTS, Server, Client and Alarm Box in this project. If it is remote networking, indicate the connecting relationship and relative location of exchanger and router. The name, type, configuration and version information of each equipment in this project. For GPRS commissioning, indicate the connecting relationship of iBSC and SGSN, and the number of E1 at Gb interface. Indicate the traffic volume of iBSC, number of A interfaces between MSC and iBSC and number of SS7 link. 3 Foreground Board Configuration3.1 Board Configuration3.1.1 Board Configuration of iBSC Board configurations of ZXG10 iBSC rack:Installation location: __________, equipment room name: ________, rack number: ________, module number: ________.

[Notes]: if there is more than 1 iBSC rack, this table is duplicable. 3.1.2 Board Configuration of iBSC (Remote TC)If TC is remote, the board configuration of iBSC rack at the near end is shown as below:Installation location: __________, equipment room name: ________, rack number: ________, module number: ________.

If TC is remote, the board configuration of iBSC rack at the near end is shown as below:Installation location: __________, equipment room name: ________, rack number: ________, module number: ________.

3.2 Board InformationBoard NameNumberHardware Version TypeVital Chip TypeSoftware Version Type

[Notes]:

1. If different versions are used for the same board, indicate them respectively.

2. The same board may include many vital chips of different type, indicate the type respectively. 3.3 CMP/OMP InformationModule No./Frame/SlotHard disk TypeHard Disk CapacityCPU Type

3.4 OMP Configuration File ContentContents of Zxg10.cfg file.

4 Server Configuration4.1 Chart of Server RackInstallation position: ________, equipment room name: ________

[Notes]: draw it according to the actual situation. If there is no server rack, delete this page. This page is duplicable. 4.2 Background Server Configuration4.2.1 Background Server Configuration InformationServer NameType/Serial NumberCPUMemory Hardware

NumberMain FrequencyNumberCapacity

4.2.2 Background Server Software Installation InformationNodeServer NameIP AddressDomain NameWorkgroup NameLocal Account/PasswordDomain Account/Password

4.2.3 Magnetic MatrixProducerTypeHard Disk CapacityNumber of Hard DiskRAID Manner

4.2.4 ExchangerProducerTypeUser NamePassword

[Notes]: if the exchanger is not provided and maintained by ZTE, leave the user name and password as blank. 4.2.5 RouterProducerTypeIPUser NamePassword

[Notes]: if the router is not provided and maintained by ZTE, leave the user name and password as blank.4.2.6 IP Address Distribution TableIn this project, the IP address of ZTE equipment (sample) is distributed as below: EquipmentIP Address (Segment)Subnet Mask

XXXX Equipment Room10.175.54.16~23

OMCR Server10.175.54.18 [Mno=129]255.255.255.248

Client 1 of Central Equipment Room10.175.54.19255.255.255.248

Client 2 of Central Equipment Room10.175.54.20255.255.255.248

Ethernet Port of Router10.175.54.17255.255.255.248

E1 Port of Router10.175.54.25255.255.255.248

Gateway of Upper NM10.175.54.21255.255.255.248

Reserved Address 1 (For maintenance)10.175.54.22255.255.255.248

XXXX Equipment Room10.175.54.0~15

iBSC OMP10.175.54.2255.255.255.240

iOMCR internal network IP

iOMCR external network IP

OMCB IP

Alarm Box IP10.175.54.14255.255.255.240

Client 110.175.54.6255.255.255.240

Client 210.175.54.7255.255.255.240

Ethernet Port of Router10.175.54.1255.255.255.240

E1 Port of Router10.175.54.26255.255.255.248

Reserved Address 1 ( for iBSC expansion)10.175.54.5255.255.255.240

Reserved Address 2 ( for iBSC expansion)10.175.54.11255.255.255.240

5 Engineering Data Configuration Report5.1 Engineering Data Configuration5.1.1 Version Upgrade RecordUpgrade DateOriginal VersionCurrent VersionUpdate ResultsRemarks

5.1.2 Data Configuration5.1.2.1 Interconnection Data Configuration at A InterfaceConfiguration Data at BSC SideValueRemarks

Interconnection Data at E1 A InterfaceBSC Signaling Point Code, 14 Bit/24 Bit

MGW Signaling Point Code, 14 Bit/24 Bit, TypeIt is needed when MGW is used as STP forwarding signaling.

MSC Signaling Point Code, 14 Bit/24 Bit, TypeIt is classified into domestic type, domestic standby type, international type and international standby type.

Signaling Sub-system0, 1, 254

Type of Signaling Link64K narrowband signaling link group, n*64K narrowband signaling link group, and 2M narrowband signaling link group; the E1 interface used in 2M signaling link doesnt need to be configured on N7PCM, and it is necessary to negotiate with the other party to determine which physical link it shall be configured in.

Circuit where No. 7 Signaling Link is located, Start and End Time Slot, Time Slot QuantityThe number of time slot is applicable to n*64K narrowband signaling link group

No. 7 Signaling Link Code SLC

No. 7 Signaling Correction MethodBasic method and cyclic retransmission method

N7PCM NumberTotal E1 number in A interface truck circuit

Initial code of N7PCMInitial code of PCM (Used for Determining CIC, CIC=PCM Code*32+ Time Slot No.)

E1 Matched Impedance75ohm/120ohm

E1 CRC Modeno CRC/CRC

Fiber Reuse StructureITU AU-4/ITU AU-3/SONET STS-3; Required in case of optical interface interconnection.

PCM Rank ModeITUT G.707/Tributary; Required in case of optical interface interconnection.

APS Protection Type1:1/1+1; Required in case of optical interface interconnection and optical fiber APS protection.

Mobile Country Code, Mobile Network No., Location Area, Cell

MNC3Digits 0 means 2 bits network No. is used, while 1 means 3 bits network No. is used.

MSC VersionR99 and below or R4 and above

Interconnection Data at IP A InterfaceBSC Signaling Point Code, 14 Bit/24 Bit




IP Address at Control Panel Side (SCTP)Configure service address of control panel into RPU address.

IP Address at Opposite Side of Control Panel

Local Port No. (SCTP)

Port No. of Opposite Side (SCTP)

IP Address of Interface BoardInterface Address of Control Panel

Static Route

SCTP Application AttributeServer and Client

SCTP Protocol TypeSet it as M3UA

AS Application Server Used IdentifierSGP, ASP, IPSP_SERVER, IPSP_CLIENT

AS Routing Context Identifier

IP Address of User PlaneConfigure it as RPU address for sharing with IP address of control panel




E1 Interconnection Data at Flex A InterfaceBSC Signaling Point Code, 14 Bit/24 Bit

MGW Signaling Point Code, 14 Bit/24 Bit, Type It is needed when MGW is used as STP forwarding signaling.



Signaling Link Type64K narrowband signaling link group, n*64K narrowband signaling link group, and 2M narrowband signaling link group;

Circuit whether No. 7 Signaling Link is located, Start and End Time Slot, Time Slot QuantityThe time slot quantity is applicable to n*64K narrowband signaling link.

No. 7 Signaling Link Code SLC

No. 7 Signaling Correction MethodBasic method and cyclic retransmission method

N7PCM Quantity

N7PCM Initial CodeInitial code of PCM (Used for Determining CIC, CIC=PCM Code*32+ Time Slot No.)

E1 Matched Impedance75ohm/120ohm

E1 CRC Modeno CRC/CRC

Fiber Reuse StructureITU AU-4/ITU AU-3/SONET STS-3; Required in case of optical interface interconnection.

PCM Rank ModeITUT G.707/Tributary; it is needed in case of optical interface interconnection.

APS Protection Type1:1/1+1; it is needed in case of fiber APS protection.




MSC CN ID

MSC NRI Length

MSC NULL NRI ID

MSC NRI

MSC Load Sharing Proportion

IP Interconnection Data at Flex A InterfaceBSC Signaling Point Code, 14 Bit/24 Bit




IP Address at Control Panel Side (SCTP)Configure it into RPU address

IP Address at Opposite Side of Control Panel (SCTP)

Local Port No. (SCTP)

Port No. of Opposite Side (SCTP)

IP Address of Interface BoardInterface Board Address

Static Route

ASP Application AttributeServer and Client

ASP Protocol TypeConfigure it into M3UA

AS Application Server Used IdentifierSGP, ASP, IPSP_SERVER, IPSP_CLIENT

Routing Context ID

IP Address of User PlaneConfigure it into RPU address which can be shared with IP address of control panel




MSC CN ID

MSC NRI Length

MSC NULL NRI ID

MSC NRI

MSC Load Sharing Proportion

5.1.2.2 Interconnection Data Configuration at Gb InterfaceConfiguration Data at BSC SideValueRemarks

Interconnection Data at E1 Gb InterfaceNetwork Service Entity ID (NSEI)

Network Service Virtual Connection ID (NSVCI)

Time Slot No. of Bearer Channel (BRCH)

Logic Link ID (DLCI)

Router Area Code (RAC)

Location Area Code (LAC)

Interconnection Data at IP Gb InterfaceiBSC Virtual AddressRPU Address, namely Service Address

IPGB Intefance Board Address ConfigurationInterface Panel Address

Static RouteConfigure it only when there is network section of non-big network in interface panel address.

Network Service Entity (NSEI)Choose IP bearer method and static configuration. If choosing dynamic configuration, it is necessary to configure preset SGSN address.

Home Node Configuration

Remote Node Configuration

Route Area Code (RAC)


Preset SGSN AddressUse it when NSEI is dynamic configuration.

E1 Interconnection Data at Flex Gb InterfaceNetwork Servcie Entity ID (NSEI)

Network Service Virtual Connection ID (NSVCI)

Time Slot No. of Bear Channel (BRCH)

Logic Link ID (DLCI)

Route Area Code (RAC)


SGSN CN ID

SGSN NRI Length

SGSN NULL NRI ID

SGSN Version

SGSN Load Sharing Proportion

IP Interconnection Data at Flex Gb InterfaceiBSC Virtual AddressRPU Address, namely Service Address

IPGB Interface Board Address ConfigurationInterface Board Address

Static RouteConfigure it only when there is network section of non-big network in interface panel address.

Network Service Entity ID (NSEI)Choose IP bearer method and static configuration. If choosing dynamic configuration, it is necessary to configure preset SGSN address.

Home Node Configuration

Remote Node Configuration

Route Area Code

Location Area Code

Preset SGSN AddressUse it when NSEI is dynamic configuration.

SGSN CN ID

SGSN NRI Length

SGSN NULL NRI ID

SGSN Version

SGSN Load Sharing Proportion

5.1.2.3 iOMCR Server Data ConfigurationIn this project, (how many) iOMCR server(s) is/are involved.Installation Position of OMC-R Server:

Computer Type

Computer Configuration (CPU/Memory/Hard Disk)

Server SN

Server IP Address

OMCR SERVER

Username/passwordOMCR CLIENT

username/password

Database username/password

Installation Position of OMC-R Server:

Computer Type


Server SN

Server IP Address

OMCR SERVER


username/password



Computer Type


Server SN

Server IP Address

OMCR SERVER


username/password



Computer Type


Server SN

Server IP Address

OMCR SERVER


username/password


[Notes]: this page is duplicable.5.1.2.4 OMCR Client Data ConfigurationIn this project, (how many) iOMCR client(s) is/are involved.Installation Position of OMC-R Client:

Computer Type


Client SN

Client IP Address

System username/password

Installation Position of OMC-R Client:

Computer Type


Client SN

Client IP Address


Installation Position of OMC-R Client:

Computer Type


Client SN

Client IP Address


[Notes]: this page is duplicable.

Server

Keypad

KVM

Monitor

Disk array

Power splitter

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zxg10 engineering data configuration report_r1.0

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