Huawei BSC6000 Procedures

8/10/2019 Huawei BSC6000 Procedures

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HUAWEI TECHNOLOGIES CO., LTD. All rights reserved

www.huawei.com

Internal

GSM BSS Training Team

Dec. 31 2006

ENE040613040002 HUAWEI BSC6000Data Configuration

ISSUE 1.0


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HUAWEI TECHNOLOGIES CO., LTD. All rights reserved Page 2

The course introduce data

configurations basic conception, data

configuration operation, configuration

procedure and some attention


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The course introduce data

configurations basic conception, data

configuration operation, configuration

procedure and some attention


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Reference

HUAWEI BSC6000 Base Station

Controller LMT User Guide


Controller Data Configuration Reference


Controller Data Configuration Manual


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At the end of the course, the students can:

Get a grasp of the structure of the BSC6000

Local maintenance terminal

Get a good grasp of Data configuration

principle and procedure

Get a grasp of Data maintenance in

common use


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Chapter 1 Data configuration general

introduction

Chapter 2 Data configuration principle

Chapter 3 Data configuration procedure

Chapter 4 Data maintenance operation


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Data Configuration Methods

The data configuration function of the BSC6000 consists of the

configuration, browsing, storage, backup, and restoration of data on the

BSC6000 and the BTSs under it.


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Offline data configuration.

Online data configuration.

Note: The only difference between the two configuration modes is the

process that the configuration data takes effect


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Data Classification

The BSC6000 data is classified into two categories :

LMT configuration data

GBAM configuration data


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Operation Authority

Level Authority

Guests Guests can only view the data.

Users In addition to the authority of guests, users can also performsystem maintenance, such as equipment maintenance, alarm

management, and performance management.

Operators In addition to the authority of users, operators can also performdata configuration on the equipment.

Administrators Administrators have the root authority. In addition to theauthority of operators, administrators can also perform user

management.

Custom The custom authority is defined by administrators.


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Hardware configuration principle

GEIU/GOIU interface provide E1 or STM-1 port, considering tidy to face

customer, GEIU /GOIU board is configured in back of cabinet

Abis interface support 4:1,3:1,2:1 and 1:1 multiplex mode

GEIUB board support 256 lapd links at most

Ater interface board quantity correspond A interface board quantity is 1:4

One GDPUC board can handle 968 voice channel, GDPUC board take N+1configuration mode, all TC resource is shared in resource pool mode


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In fact, all the boards can be configured in all slots except GTNU and

GSCU, but considering engineering, LMT give us a standardization

configuration:

GSCU fixed to occupy slot 6 and 7 in GMPS/GEPS/GTCS frame

GTNU fixed to occupy slot 4 and 5 in GMPS/GEPS/GTCS frame

GGCU fixed to occupy slot 12 and 13 in GMPS frame

GXPUM fixed to occupy slot 0 and 1 in GMPS/GEPS frame

GXPUC fixed to occupy slot 8 and 9 in GMPS/GEPS frame

GDPUC fixed to occupy slot 03,813 in GTCS frame


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GEIU boards must be configured in active/standby mode:

GEIUB/GOIUB can be configured in slot 1827 of GMPS/GEPS

frame

GEIUP/GOIUP can be configured in slot 1415 of GMPS/GEPS

frame

GEIUT/GOIUT can be configured in slot 1617 of GMPS/GEPS

frame, slot 1617 of GTCS frame

GEIUA/GOIUA can be configured in slot 1827 of GTCS frame


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Login LMT

Choose Start > Programs > HUAWEI Local Maintenance Terminal >

BSC6000V900R001Cxx > BSC6000 Local Maintenance Terminal to

start the BSC6000 Local Maintenance Terminal :


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Login LMT

Type the BSC name, BSC IP address, and remarks


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Login LMT


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LMT introduction

lists the functions of the tab pages on the device panel

Tab Page Main Function

BSC Device Panel Browses the BSC configuration information.

Double-clicking a device on the tab page enables you toview the device property through the displayed dialog box.

Right-clicking a device enables you to configure andmaintain the device through the displayed shortcut menu.

Site Device Panel Browses the BTS configuration information.

Double-clicking a device on the tab page enables you toview the device property through the displayed dialog box.

Right-clicking a device enables you to configure andmaintain the device through the displayed shortcut menu.

Cell Properties Browses the cell properties.

External CellProperties

Browses the external cell properties.

BSC Information Browses the BSC overall information.


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LMT introduction

The Object Management Tree shows the information about dataconfiguration and object status in a graphic way


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introduction





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3.1 BSC Data configuration

3.2 Site Data configuration

3.3 Cell Data configuration


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BSC Data configuration

BSC Data configuration including:

Configuring BSC properties

Configuring BSC devices

Configuring BSC links


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After the BSC properties are configured, they take effect in the entire

BSC. Do not modify these properties unless necessary.

Purpose To configure the BSC information, such as basic data,

flow control data, timer, software parameters, userresource binding, and Signaling Connection Control Part(SCCP)

Mandatory orOptional

Mandatory

Prerequisites The system initialization is successful.

Remarks

The BSC information is configured on the basis of thenetwork planning.

After the BSC information is configured, do not modify itunless necessary.


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After the BSC properties are configured, they take effect in the entire

BSC. Do not modify these properties unless necessary.


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Configuring BSC information

Including Basic Data, flow control data, BSC timer and so on


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Configuring The system clock

The BSC6000 provides two types of clock source.

Building Integrated Timing Supply (BITS) clock

Line clock


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Configuring Line clock

Configuring Line clock.

For a remote subrack, the line clock extracted form the A interface

serves as the reference clock.

For a local subrack, the line clock extracted form the A interface

serves as the reference clock or system clock


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Configuring the 8K Reference Clock

Configuring the 8k reference clock.

A reference clock must be configured after the GSCU in a subrack is

configured

The configuration of the 8K reference clock is based on the network

planning


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Configuring BSC devices

The BSC device configuration refers to

the addition, deletion, property

configuration, and property check of the

BSC6000 cabinet, subrack, board, fan

box, and power distribution box

Configure a signaling point

Add a subrack

Add a cabinet

Configure the subrack-OSP mapping

Configure fan box properties

Add a power box

Add a board

Configure board properties

Configure power box properties


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Adding a Cabinet and Subrack

The BSC6000 has local cabinets and remote cabinets

The cabinet where the power distribution box is located has at least one

subrack configured

The subrack that controls the power distribution box is already configured

Each cabinet is configured with a power distribution box

Each subrack has one sp


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Adding a board

The principles of board configuration are as follows

The GGCU, GTNU, and GSCU can be deleted only when their

subracks are deleted

The boards in the GMPS, GEPS, and GTCS are configured in

sequence

The GMPS or GEPS requires at least two GXPUMs, two GEIUBs or

two GOIUBs, and two GEIUTs or two /GOIUTs

The GTCS must be configured with at least two GDPUCs, two GEIUTs

or two GOIUTs, and two GEIUAs or two GOIUAs


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Adding a board

The descriptions of the BSC6000 boards are as follows

Each GXPUM and GXPUC has four CPUs, ranging from 0 to 3. Each

of the other boards has only one CPU

Each GDPUC has 22 DSPs, ranging from 0 to 21.

Each GEIUB, GEIUP, GEIUP, or GEIUA has 32 ports, ranging from 0

to 31


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Configuring BSC links

Configuring SS7 Signaling Points

BSC6000 can be configured with a maximum of four Originating

Signaling Points (OSPs) and one Destination Signaling Point (DSP).

The DSP must be configured before the OSP is configured

The names and codes of signaling points must be unique


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Configuring a Subrack Communication Link

To configure a communication link between two subracks

The communication link is configured between the GMPS and the

GEPS, or between GTCSs, or between GEPSs.

A maximum of two communication links can be configured between

two subracks

The highway of a subrack can be used only once


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Configuring an Ater Connection Path

Configuring SS7 Signaling Points

The subrack where the Ater connection path is to be established

exists.

The configuration of the Ater connection path can be started only on

the GEIUT of the GMPS or GEPS


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Configuring an Ater OML

To configure an Ater Operation and Maintenance Link (OML)

The Ater connection path is already configured

The entire BSC requires an active and a standby Ater OMLs. These

two Ater OMLs are configured in the GMPS


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Adding an Ater Signaling Link

To add an Ater signaling link

Each signaling point can be configured with a maximum of sixteen 64

kbit/s Ater signaling links.

Each GEIUT can be configured with a maximum of eight 2 Mbit/s Ater

signaling links. The total bandwidth cannot exceed 4 Mbit/s

The rate of the Ater signaling must be the same as that of the SS7


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Configuring an E1 on the A Interface


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Configuring an SS7 Signaling Link

To configure an SS7 signaling link

Each signaling point can be configured with a maximum of sixteen 64

kbit/s SS7 signaling links

Each GMPS or GEPS can be configured with a maximum of two 2

Mbit/s SS7 signaling links

The rate of the SS7 must be the same as that of the Ater signaling


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Configuring BTS Data

The BTS data configuration has the following operations

Adding a BTS

Configuring the basic attributes of a BTS

Adding or deleting BTS boards and modifying the attributes of BTS

boards

Adding or deleting slave chains of a BTS

Moving a BTS


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Adding a BTS

The number of cells under a BTS cannot exceed 12. A cell supports a

maximum of 24 TRXs

The maximum number of TRXs that a BTS supports varies with the BTS

type

The number of BTS levels cannot exceed seven


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Adding or Deleting a Secondary Chain

Secondary chains cannot be added between the BTSs that areestablished on the GEIUB boards in different subracks


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Adding or Deleting a BTS Board

The BTS data configuration has the following operations

The active TMU boards and the TRX boards cannot be added in this

operation

You cannot delete active TMU boards or TRX boards in this operation


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Configuring BTS Board Attributes

how to configure attributes of a BTS board


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Moving a BTS

how to configure attributes of a BTS board

The BSC6000 supports a maximum of seven-level cascade

connection of BTSs

A BTS cannot be connected to the BTS of the lower level

There are enough port timeslot resources to support the services in

the object where the BTS is to be moved


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Configuring Cell Data

Cell data configuration consists of the following major operations

Add a cell

Modify the attributes of cells, TRXs, and channels

Modify cell adjacent relations


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Adding a Cell

To add a cell

A BTS exists and it has idle timeslots on the Abis interface

Each BTS is configured with a maximum of 12 cells


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Configuring Adjacent Cells

If the added cell has adjacent cells, modify the cell handoverparameters to configure the cell adjacent relationship after adding

the cell


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Configuring Cell Attributes

To configure the basic attributes, TRX attributes, and advancedattributes for a cell

Add a cell

Modify the attributes of cells, TRXs, and channels

Modify cell adjacent relations


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Configuring the Basic Attributes

set the related parameters in the basic attributes field shown


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Configuring TRX Attributes

Pay attention the power configuration


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Configuring Advanced Attributes

When configuring the advanced parameters, you can use thefollowing methods to quickly find the parameter to be set

Double-click Parameterand the parameters will be listed in forward

sequence, backward sequence, or normal sequence on the basis of

the alphabet

Press Ctrl+Fto search the parameter to be set


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Adding TRXs

Adding TRXs may cause the lack of timeslots and the need of addingsubracks and boards


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Configuring Channel Attributes

Channel 0 of at least one TRX in a cell is set to Primary BCCH,Combined BCCH, orBCCH+CBCH. This TRX is called primary BCCH

TRX

If the cell broadcast function is available, SDCCH8can be changed to

SDCCH+CBCH


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Adding a 2G External Cell

Each BSC can be configured with a maximum of 3000 2G externalcells


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Adding a 3G External Cell

Each BSC can be configured with a maximum of 3000 3G externalcells


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Maintaining Data

Data maintenance operations provide an auxiliary method for dataconfiguration

Configuring data

Obtaining GBAM data

Verifying the obtained GBAM data


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Backing Up Local Data

To save the existing LMT data to the local PC

Log in to the BSC6000 LMT in offline mode

In the BSC6000 Local Maintenance Terminalwindow, choose

Configuration > Backup > Back up Local Data


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Backing Up GBAM Data

To back up GBAM data to your local PC,

Log in the BSC6000 LMT in online mode

You must type a file name during the backup of GBAM data


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Backing Up GBAM Data to the GBAM

Backing Up GBAM Data to the GBAM


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Obtaining Files from the GBAM

In the Back up data of GBAM dialog box, select a file, and then selectObtain file from GBAM


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Restoring GBAM Data

After the restoration, you must restart the GBAM

recommends that the GBAM data be backed up before the GBAM is

restarted.


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Checking Data Consistency

To check whether the data of a board in the LMT and that in theGBAM is consistent

Ensure that the extensions of the result files are .xml


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Formatting Data Files

To load the existing configuration data to boards


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Exporting Network Optimization Parameters

Export frequency data of cell

Export 2G external cells

Export 3G external cells

Export adjacent cells


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www.huawei.com

Thank You


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Loading

Online Configuration

Data File

Database

GBAM

FTP Client

LMT

Data File

FTP Server

Data Backup Command

File Uploading

Data Configuration Command

Configuration Response

Huawei BSC6000 Procedures

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