OMC231100 - BSC6900 GU Installation & Commissioning

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BSC6900 GU Installation & Commissioning


Foreword

The commissioning is performed after the hardware installation and before the services are provided

The OMU operating system is installed before the OMU is delivered

The commissioning ensures the RNC works properly as designed


References

“BSC6900 GU OMU Administration Guide”

“BSC6900 GU Commissioning Guide”


Objectives

Upon completion of this course, you will be able to:

Describe BSC6900 commissioning procedure

Outline OMU software functions

Complete BSC6900 commissioning

Complete BSC6900 application software installation


Contents

1. BSC6900 O&M System Introduction

2. BSC6900 Software Installation

3. BSC6900 Commissioning


BSC6900 O&M Subsystem

Component

LMT

OMUa boards

SCUa boards

OM modules

on other boards


BSC6900 O&M Subsystem

BSC6900 O&M system adopts server and client

mode

OMU as a server

LMT as a client

EMS (Element Management System) system

iManager M2000 works for integrated O&M


OMU IP Address Planning

IP Address Planning Principle

Internal fixed

IP address

The preset IP addresses of the internal Ethernet adapters

are:

Active BAM: 80.168.3.50 (255.0.0.0)

Standby BAM: 80.168.3.60 (255.0.0.0)

External fixed

IP address

The preset IP addresses of the external Ethernet adapters

are:

Active BAM: 172.121.139.201 (255.255.255.0)

Standby BAM: 172.121.139.202 (255.255.255.0)

The settings can be reconfigured on site based on the

actual networking topology


OMU IP Address Planning

IP Address Planning Principle

Internal/External virtual IP

address

The virtual IP address is set in the same subnet with the internal/ external fixed IP addresses of the active and standby BAMs

Backup

channel IP

addresses

The preset backup channel IP addresses of the active and standby BAMs are: Active BAM: 192.168.3.50 (255.255.255.0) Standby BAM: 192.168.3.60 (255.255.255.0)The IP address should not be changed

Commissioning

IP address

The preset commissioning IP addresses are:Active BAM: 192.168.6.50 (255.255.255.0)Standby BAM: 192.168.6.60 (255.255.255.0)

The IP address should not be changed.


OMU Internal Network IP Address Planning

Active OMUa

Internalnetworksegment

Standby OMUa

80.168.3.50/880.168.3.50/8 80.168.3.60/880.168.3.60/8

SCUa SCUa

Backboard

Intel Ethernet adapters

Intel Ethernet adapters

192.168.3.50/24192.168.3.50/24 192.168.3.60/24192.168.3.60/24

Dedicated backup channel

BSC6900 FAM

Virtual IP

80.168.3.40/8

Virtual IP

80.168.3.40/8

ETH4-SCU7

ETH5-SCU6

ETH4-SCU7

ETH5-SCU6

ETH3-UPDATE

ETH3-UPDATE


OMU External Network IP Address Planning

Active OMUa

LMT/M2000

Standby OMUa

ExternalnetworkSegment GE adapter

172.121.139.201/24172.121.139.201/24 172.121.139.202/24172.121.139.202/24

Virtual IP 172.121.139.200/24Virtual IP 172.121.139.200/24

ETH0

ETH1

ETH2

ETH0

ETH1

ETH2

192.168.6.60/24192.168.6.60/24

192.168.6.50/24192.168.6.50/24

Hub

Commissioning Ethernet adapter


Contents





BSC6900 Software

Dopra Linux Mysql Database

OMU Application

OMU Server

MPS/EPS

Host Software

Program File

Patch File(optional)

Data File

LMT

Windows XPSP2

Java Environment

LMT Software


OMU Software

The OMU

software consist

of multi-level

service

monitoring

entities and

service processes


OMU Software Installation Procedure Obtain the Installation Information on the OMU Remotely Logging In to the OMU Uploading the OMU Application Installation Package to t

he OMU Installing the OMU Application in the Active Workspace Checking the Installation Directory of the OMU Applicatio

ns Checking the Status of omud Process


Obtain the Installation Information on the OMU Before the installation, obtain the following

information from Data Sheet of BAM Software

Installation

Password of the operating system administrator

Fixed IP addresses of the internal and external

networks


Remotely Logging In to the OMU On the computer run the

SSH terminal, PuTTY Enter the IP address of th

e OMU Log in to the OMU as user

root


Uploading the OMU Application Installation Package to the OMU Decompress the BSC6900 version software package to the loca

l drive D Log in to the OMU through the psftp software

Run the lcd D:\ to set the local directory Run the mkdir /mbsc/upgrade to create the target directory Run the cd /mbsc/upgrade to go to the target directory Run the put -r V900R011C00 to upload the OMU application instal

lation packet to the OMU After the loading is complete, enter the exit command to exist the

psftp software


Installing the OMU Application in the Active Workarea On the PuTTY terminal, run the following commands

cd /mbsc/upgrade/V900R011C00/install/setup chmod +x ./install_bam.sh ./install_bam.sh Enter the run mode Setting the office name Setting the language Setting the admin/FTP password Setting the external virtual IP address Setting the OMU system type


Checking the Installation Directory of the OMU Applications Log in to the OMU by PuTTY Run the cd /mbsc/bam Check whether the OMU installatio

n directory


Checking the Status of omud Process Log in to the OMU by PuTTY Run the /etc/rc.d/omud status

The returned information is running, it means the omud is working normally

The returned information is unused, run the /etc/rc.d/omud start command to start the omud

The returned information is neither running nor unused, reinstall the OMU application in the active workspace


Contents





Contents

3. BSC6900 Commissioning3.1 BSC6900 Commissioning Introduction

3.2 BSC6900 Commissioning Procedure


Introduction to BSC6900 Commissioning Definition of BSC6900 Commissioning

The commissioning of equipment, BSC6900

board software and data file loading , interfaces

verification , and services verification after

hardware installation

To ensures that the BSC6900 works properly as

designed


Preparation For BSC6900 Commissioning Preparation For BSC6900 Commissioning

Verify hardware status

BSC6900 hardware is installed and passed the hardware

installation check and powering-on check

OMU is configured before delivery

LMT PC meets the configuration requirements

Software preparation

BAM and LMT application software are ready

License file is ready

MML command script for initial configuration is ready


Preparation For BSC6900 Commissioning (Cont.)

Verify commissioning network status At least one BTS and one NodeB are connected to the local BSC

6900. The BTS and the NodeB should have passed commissioning and can provide basic functions

At least one set of Core Network (CN) equipment is connected to the local BSC6900. The CN equipment should have passed the commissioning and can provide basic functions

If the BSC6900 is connected to the RNC, then that RNC must have passed the commissioning

Three single-mode UEs, three single-mode MSs and one dual-mode UE are ready for test and are registered in the HLR


Contents


3.1 BSC6900 Commissioning Introduction

3.2 BSC6900 Commissioning Procedure


BSC6900 Commissioning Procedure BSC6900 Commissioning Procedure

Verifying the Equipment

Activating and Verifying the License

Loading the BSC6900 Board Software and Data Files

Verifying the Interfaces

Handling the Alarms Generated During the

Commissioning

Verifying the Services

Connecting the BSC6900 to the M2000

Creating Scheduled Tasks


Verifying the Equipment

Verifying the Equipment Verifying the OMU

Log in to the OMU through PuTTY Check that the OMU application is normally installed If OMU application is not installed or abnormal, please reinstall

software

Verifying the LMT Log in to the BSC6900 through the LMT Run the MML command LST VER to check the version of OMU


Activating and Verifying the License Activating and Verifying the License

Downloading license to OMU active workspace

directory /ftp/license (DLD LICENSE)

Querying the detail information of the license file (LST

LICENSE)

Activating the license file (ACT LICENSE)

Checking the license consistency between host and

OMU (CMP LICENSE)


Loading the BSC6900 Board Software and Data Files Loading the BSC6900 Board Software and Data Files

Generating the Data File

Clear the data in the BAM database (RST DATA)

Generate the data file in ineffective state

– SET CFGDATAINEFFECTIVE

– Batch Commands

– FMT DATA

Setting the Loading Mode (SET LODCTRL)

Loading the MPS/EPS/TCS (RST SUBRACK)

Checking the consistency of the data and the version (ACT

CRC & CMP BRDVER)


Verifying the Abis Interface Verifying the Abis Interfaces (over TDM)

Verifying Physical links at the BSC (DSP E1T1 & DSP OPT) Verifying Control Plane on the Abis interface (DSP LAPDLN

K) Verifying User Plane on the Abis interface (DSP ABISTS) Verifying Cell status and Channels (DSP BTSSTAT)


Verifying the Abis Interface Verifying the Abis Interfaces (over IP)

Verifying Physical Links at the BSC (DSP ETHPORT & DSP PPPLNK & DSP MPGRP)

Verifying Control Plane on the Abis interface (DSP LAPDLNK & DSP ADJNODE)

Verifying User Plane on the Abis interface (DSP IPPATH) Verifying Cell status and channels (DSP BTSSTAT)


Verifying the Abis Interface Verifying the Abis Interfaces (over HDLC)

Verifying Physical Links at the BSC (DSP E1T1) Verifying Control Plane on the Abis interface (DSP LAPDLN

K) Verifying User Plane on the Abis interface (DSP HDLCLNK) Verifying Cell status and Channels (DSP BTSSTAT)


Verifying the A Interface

Verifying the A Interface (over TDM)

Verifying Physical Links at the BSC (DSP E1T1 & DSP

OPT)

Verifying Control Plane on the A interface

– DSP MTP2LNK

– DSP MTP3LNK

– DSP SSN

– DSP N7DPC

Verifying User Plane on the A interface (DSP ACIC)


Verifying the A Interface

Verifying the A Interface (over IP)

Verifying Physical Links at the BSC (DSP ETHPORT &

DSP PPPLNK & DSP MPGRP)

Verifying Control Plane on the A interface

– DSP SCTPLNK

– DSP MTP3LNK

– DSP SSN

– DSP N7DPC

– DSP ADJNODE

Verifying User Plane on the A interface (DSP IPPATH)


Verifying the Gb Interface Verifying the Gb Interface (over FR)

Verifying Physical Links at the BSC (DSP E1T1 & DSP BC ) Verifying Control Plane on the Gb interface (DSP SIGBVC &

DSP PTPBVC & DSP NSVC) Verifying User Plane on the Gb interface (DSP PTPBVC & DS

P NSVC)


Verifying the Gb Interface Verifying the Gb Interface (over IP)

Verifying Physical Links at the BSC (DSP ETHPORT & DSP PPPLNK & DSP MPGRP)

Verifying Control Plane on the Gb interface (DSP NSVL & DSP SIGBVC & & DSP PTPBVC)

Verifying User Plane on the Gb interface (DSP NSVL & DSP PTPBVC)


Verifying the Ater Interface Verifying the Ater Interface

Verifying Physical Links at the BSC (DSP E1T1 & DSP OPT) Verifying Signaling Links at the BSC (optional) (DSP ATERS

L) Verifying status of timeslots on the Gb interface (DSP ATERT

S)


Verifying the Pb Interface Verifying the Pb Interface

Verifying Physical Links at the BSC (DSP E1T1) Verifying Control Plane on the Pb interface (DSP LAPDLNK) Verifying status of timeslots on the Pb interface (DSP PBCI

C)


Verifying the Iub Interface Verifying the Iub Interface (over ATM)


OPT)

Verifying the Control Plane on the Iub Interface (DSP

SAALLNK & DSP UIUBCP & DSP ADJNODE)

Verifying the User Plane on the Iub Interface (DSP

AAL2PATH)

Verify the Management Plane on the Iub Interface (DSP

IPOAPVC)

Verifying the Cell Setup (DSP UCELL)


Verifying the Iub Interface Verifying the Iub Interface (over IP)


DSP OPT)

Verifying the Control Plane on the Iub Interface (DSP

SCTPLNK & DSP UIUBCP & DSP ADJNODE)

Verifying the User Plane on the Iub Interface (DSP

IPPATH)

Verify the Management Plane on the Iub Interface (DSP

IPOAPVC)

Verifying the Cell Setup (DSP UCELL)


Verifying the Iu-CS Interface Verifying the Iu-CS Interface (over ATM)


OPT)

Verifying the Control Plane on the Iu-CS Interface

– DSP SAALLNK

– DSP MTP3LNK

– DSP SSN

– DSP N7DPC

– DSP ADJNODE

Verifying the User Plane on the Iu-CS Interface (DSP

AAL2PATH)


Verifying the Iu-CS Interface Verifying the Iu-CS Interface (over IP)


DSP OPT)

Verifying the Control Plane on the Iu-CS Interface

– DSP SCTPLNK

– DSP M3LNK

– DSP SSN

– DSP N7DPC

– DSP ADJNODE

Verifying the User Plane on the Iu-CS Interface (DSP

IPPATH)


Verifying the Iu-PS Interface Verifying the Iu-PS Interface (over ATM)


OPT)

Verifying the Control Plane on the Iu-PS Interface

– DSP SAALLNK

– DSP MTP3LNK

– DSP SSN

– DSP N7DPC

– DSP ADJNODE

Verifying the User Plane on the Iu-PS Interface (PING

IP)


Verifying the Iu-PS Interface Verifying the Iu-PS Interface (over IP)


DSP OPT)

Verifying the Control Plane on the Iu-PS Interface

– DSP SCTPLNK

– DSP M3LNK

– DSP SSN

– DSP N7DPC

– DSP ADJNODE

Verifying the User Plane on the Iu-PS Interface (DSP

IPPATH)


Handling the Alarms Generated During the Commissioning Handling Alarms During RNC Commissioning

Checking alarm on the LMT

Handling the Alarms by LMT online help

Handling alarms by HUAWEI Technical Support


Verifying the GSM Services

To be sure BSC can provide services defined in

license file

Basic services

Speech service, data service, mobility management,

and OM management

Feature services

Inter-system handover, location service, and AMR

service


Verifying the UMTS Services

To be sure BSC can provide services defined in

license file

Basic services

Voice service, CS stream service, PS service,

mobility management, and OM management

Feature services

Inter-system handover, HSDPA service, HSUPA

service, MBMS service, and location service


Connecting the BSC6900 to the M2000 Connect the BSC6900 to the OM network

Configure the IP route from the BSC6900 to the

M2000 (ADD OMUIPRT & ADD EMSIP)

Create the BSC6900 on the M2000

iManagerTM M2000

DCN


Creating Scheduled Tasks

Scheduled tasks for backing up system data (ADD

SCHTSK & ADD SUBTSK)

Scheduled tasks for backing up logs (ADD SCHTSK

& ADD SUBTSK)

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OMC231100 - BSC6900 GU Installation & Commissioning

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