training proposal for gsm product technical training project

Training Proposal

COMMERCIAL IN CONFIDENCE 1

Training Proposal for GSM Product Technical Training Project

HUAWEI Learning Service

2015

Training Proposal


CONTENTS

1 Training Solution ................................................................................................................................. 5

1.1 Background Introduction ...................................................................................................... 5

1.2 Overview ............................................................................................................................... 5

1.3 GSM Product Technical Training Path ................................................................................. 5

1.4 Required Training Programs ................................................................................................ 7

1.5 GSM Product ...................................................................................................................... 12

1.5.1 GSM BSS8.1 BTS Operation and Maintenance Training ........................................... 12

1.5.2 GSM BSS8.1 BSS Operation and Maintenance Training ........................................... 15

1.5.3 GSM BSS8.1 BSS Configuration Training .................................................................. 18

1.5.4 GSM BSS8.1 BSS Troubleshooting Training .............................................................. 21

1.5.5 PCU6000 (External PCU) Operation and Maintenance Training ............................... 23

1.5.6 GSM BSS9.0 BTS Operation and Maintenance Training ........................................... 26

1.5.7 GSM BSS9.0 BSS Operation and Maintenance Training ........................................... 29

1.5.8 GSM BSS9.0 BSS Configuration Training .................................................................. 32

1.5.9 GSM BSS9.0 BSS Troubleshooting Training .............................................................. 35

1.5.10 GSM BSS9.0 BSS Reconfiguration Training .............................................................. 37

1.5.11 GSM BSS8.1 - BSS9.0 Delta Training ........................................................................ 39

1.5.12 GSM BSS12.0 BTS Operation and Maintenance Training ......................................... 41

1.5.13 GSM BSS12.0 BSS Operation and Maintenance Training ......................................... 44

1.5.14 GSM BSS12.0 BSS Configuration Training ................................................................ 47

1.5.15 GSM BSS12.0 BSS Troubleshooting Training ............................................................ 50

1.5.16 GSM BSS12.0 BSS Reconfiguration Training ............................................................ 52

1.5.17 GSM BSS8.1 - BSS12.0 Delta Training ...................................................................... 54






1.5.23 GSM BSS12.0 - BSS13.0 Delta Training .................................................................... 71






1.5.29 GSM BSS13.0 - BSS14.0 Product Delta Training ...................................................... 89

1.5.30 GSM BSS14.0 Emergency Maintenance Training ...................................................... 91

1.5.31 GSM BSS14.0 Upgrade Training ................................................................................ 93

1.5.32 GSM BSS14.0 Antenna and Feeder Maintenance Training ....................................... 95

1.5.33 GSM IPRAN Application Training ................................................................................ 96

1.5.34 GSM IPRAN Reconstruction Training ....................................................................... 100

1.5.35 GSM BSS15.0 BTS Operation and Maintenance Training ....................................... 102

Training Proposal


1.5.36 GSM BSS15.0 BSS Operation and Maintenance Training (BSC6900/6910) .......... 106

1.5.37 GSM BSS15.0 BSS Configuration Training (BSC6900/6910) ...................................110

1.5.38 GSM BSS15.0 BSS Reconfiguration Training (BSC6900/6910) ...............................113

1.5.39 GSM BSS15.0 BSS Troubleshooting Training (BSC6900/6910)...............................117

1.5.40 GSM BSS14.0 - BSS15.0 Product Delta Training (BSC6900/6910) ........................ 120

1.5.41 GSM BSS15.0 Emergency Maintenance Training (BSC6900/6910) ....................... 123

1.5.42 GSM BSS15.0 Patch and Upgrade Training (BSC6900/6910) ................................ 125

1.5.43 GSM BSS15.0 Antenna and Feeder Maintenance Training (BSC6900/6910) ......... 127

1.5.44 GSMR BTS Operation and Maintenance Training(BSC6000 V900R008C15) ......... 129

1.5.45 GSMR BSS Operation and Maintenance Training(BSC6000 V900R008C15) ........ 134

1.5.46 GSMR BSS Configuration Training(BSC6000V900R008C15) ................................. 138

1.5.47 GSMR BSS Troubleshooting Training(BSC6000V900R008C15)............................. 141

1.5.48 GSMR BTS Operation and Maintenance Training(BSC6000 V901R008) ............... 143

1.5.49 GSMR BSS Operation and Maintenance Training(BSC6000 V901R008) ............... 146

1.5.50 GSMR BSS Configuration Training(BSC6000 V901R008) ...................................... 149

1.5.51 GSMR BSS Troubleshooting Training(BSC6000 V901R008) .................................. 152

1.6 GSM Product WBT ........................................................................................................... 181

1.6.1 BSC6900 GSM V9R13 Product Description(WBT) .................................................. 181

1.6.2 BSC6900 GSM Initial Data Configuration Based on CME(WBT) ............................. 182

1.6.3 BSC6900 GSM Troubleshooting (WBT) ................................................................... 183

1.6.4 MBTS GSM V100R004 Product Description(WBT) .................................................. 184

1.6.5 MBTS GSM Initial Data Configuration (WBT) ........................................................... 185

1.6.6 MBTS GSM V100R004 Operation and Maintenance(WBT) .................................... 186

1.6.7 MBTS V100R004 GSM Troubleshooting (WBT) ...................................................... 187

1.7 GSM RNP&RNO .............................................................................................................. 188

1.7.1 GSM Radio Network Design and Planning Training ................................................. 188

1.7.2 BSC6000 GSM Radio Network Optimization Training .............................................. 190

1.7.3 BSC6000 GPRS/EDGE Radio Network Planning and Optimization Training .......... 193

1.7.4 BSC6900/BSC6910 GSM Radio Network Optimization Training ............................. 196

1.7.5 GSM BSC6900/BSC6910 GPRS/EDGE Radio Network Planning and Optimization

Training 200

1.7.6 GSM to UMTS/LTE Radio Network Interoperability Training .................................... 203

1.7.7 GSM Indoor Coverage Training ................................................................................ 204

1.7.8 GPRS EDGE Signaling Training ............................................................................... 207

1.7.9 Evolved EDGE Training ............................................................................................ 208

1.7.10 GSM BSS14.0 Feature Delta Training ...................................................................... 209

1.7.11 GSM BSS15.0 Feature Delta Training .......................................................................211

1.7.12 GSM Highway and High-speed Railway Solution Training ....................................... 213

1.7.13 GSM Radio Network Analysis Training ..................................................................... 214

1.7.14 GPRS/EDGE Radio Network Analysis Training ........................................................ 216

1.8 GSM RNP&RNO WBT ..................................................................................................... 217

1.8.1 GSM Radio Channel(WBT) ....................................................................................... 217

Training Proposal


1.8.2 BSC6900 GSM GPRS EDGE PM System and Counters Overview(WBT) .............. 218

1.8.3 GSM System Technology(WBT) ............................................................................... 219

1.8.4 In-building Coverage Overview(WBT) ...................................................................... 220

1.8.5 BSC6900 Signaling Trace Introduction(WBT) .......................................................... 221


1 Training Solution

1.1 Background Introduction

1.2 Overview

1.3 GSM Product Technical Training Path


GSM BSS8.1 - BSS9.0 Delta Training

ILT/LVC 2D

BSC6000/6900/6910 GSM Radio Network Optimization Training

ILT 10D

GSM to UMTS/LTE Radio

Network Interoperability

Training

ILT 1D

GSM BTS8.1/9.0/12.0/13.0/14.0/15.0 BTS Operation and Maintenance Training

ILT 5D

GSM Radio Network

Analysis Training

ILT 2D

GSM BSS8.1/9/12/13/

14/15/16 BSS

Configuration Training

ILT 5/7/7/7/7/7/7D

GSM BSS8.1/9/12/13

/14/15/16 BSS Operation

and Maintenance TrainingILT 5D

GSM BSS9/12/13/14/15/16

BSS Reconfiguration

Training

ILT 5D

GSM IPRAN

Reconstruction Training

ILT 3D

GSM BSS8.1/9/12/13/

14/15/16 BSS

Troubleshooting Training

ILT 5D

GSM IPRAN Application

Training

ILT 5D

GSM BSS14/15/16 Patch

and Upgrade Training

ILT 2D

GSM BSS14/15/16

Antenna and Feeder

Maintenance Training

ILT 1D

GSM BSS14/15/16

Emergency Maintenance

Training

ILT 1D

PCU6000 (External PCU)

Operation and

Maintenance TrainingILT 5D

GSM Highway and High-

speed Railway Solution

Training

ILT 1D

BSC6000/6900/6910 GPRS/EDGE Radio

Network Planning and Optimization Training

ILT 5D

GPRS/EDGE Radio

Network Analysis Training

ILT 1D

GPRS EDGE Signaling Training

ILT 2D

Evolved EDGE Training

ILT 1D


ILT/LVC 2D


ILT/LVC 1D

GSM BSS13.0 - BSS14.0 Product Delta Training

ILT/LVC 1D

GSM BSS14.0 Feature Delta Training

ILT/LVC 1D

GSM Radio Network Design and Planning

Training

ILT 4D

SingleRAN MBTS GUL Product Overview

WBT (Pre-learning) 1H

SingleRAN GUL O&M Tools Introduction

WBT (Pre-learning) 0.5H

GSM Radio Channel


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The WBT courses are optional modules

Product Delta

GSM BSS15.0 Feature Delta Training

ILT/LVC 0.5D

RNO Feature Delta

Evolved EDGE Principle Introduction


GSM Indoor Coverage Training

ILT 2D

In-building Coverage Overview


SingleRAN MBTS GUL Site Solution


SingleRAN MBTS GUL Product Overview


SingleRAN MBSC GU Product Overview



ILT/LVC 1D


ILT/LVC 1D


1.4 Required Training Programs

GSM Product Technical Training For this project, the whole training solution is designed into the

following programs. List of Training Program(s) for GSM Product Technical Training Project：

Training Program Program

Level

Duration

(workdays)

Training

Location

Class

Size

GSM Product

GSM BSS8.1 BTS Operation and Maintenance Training Ⅱ 5 6 ~ 12

GSM BSS8.1 BSS Operation and Maintenance Training Ⅱ 5 6 ~ 12

GSM BSS8.1 BSS Configuration Training Ⅱ 5 6 ~ 12

GSM BSS8.1 BSS Troubleshooting Training Ⅲ 5 6 ~ 12

PCU6000 (External PCU) Operation and Maintenance

Training Ⅱ 5 6 ~ 12


GSM BSS9.0 BSS Operation and Maintenance Training Ⅱ 5 6 ~ 12



GSM BSS9.0 BSS Reconfiguration Training Ⅲ 5 6 ~ 12

GSM BSS8.1 - BSS9.0 Delta Training Ⅲ 2 6 ~ 12


GSM BSS12.0 BSS Operation and Maintenance












GSM BSS13.0 BSS Reconfiguration Training 10 12 ~ 24








GSM BSS13.0 - BSS14.0 Product Delta Training Ⅲ 1 6 ~ 12

GSM BSS14.0 Emergency Maintenance Training Ⅲ 1 6 ~ 12

GSM BSS14.0 Upgrade Training Ⅲ 2 6 ~ 12

GSM BSS14.0 Antenna and Feeder Maintenance

Training Ⅲ 1 6 ~ 12

GSM IPRAN Application Training Ⅲ 4.75 6 ~ 12

GSM IPRAN Reconstruction Training Ⅲ 3 6 ~ 12



Training (BSC6900/6910) Ⅱ 5 6 ~ 12

GSM BSS15.0 BSS Configuration Training

(BSC6900/6910) Ⅱ 7 6 ~ 12

GSM BSS15.0 BSS Reconfiguration Training

(BSC6900/6910) Ⅲ 5 6 ~ 12

GSM BSS15.0 BSS Troubleshooting Training

(BSC6900/6910) Ⅲ 5 6 ~ 12


(BSC6900/6910) Ⅲ 1 6 ~ 12

GSM BSS15.0 Emergency Maintenance Training

(BSC6900/6910) Ⅲ 1 6 ~ 12

GSM BSS15.0 Patch and Upgrade Training

(BSC6900/6910) Ⅲ 2 6 ~ 12


Training (BSC6900/6910) Ⅲ 1 6 ~ 12


GSMR BTS Operation and Maintenance

Training(BSC6000 V900R008C15) Ⅱ 5 6 ~ 12

GSMR BSS Operation and Maintenance

Training(BSC6000 V900R008C15) Ⅱ 5 6 ~ 12

GSMR BSS Configuration

Training(BSC6000V900R008C15) Ⅱ 5 6 ~ 12

GSMR BSS Troubleshooting

Training(BSC6000V900R008C15) Ⅲ 3 6 ~ 12

GSMR BTS Operation and Maintenance

Training(BSC6000 V901R008) Ⅱ 5 6 ~ 12

GSMR BSS Operation and Maintenance

Training(BSC6000 V901R008) Ⅱ 5 6 ~ 12

GSMR BSS Configuration Training(BSC6000

V901R008) Ⅱ 7 6 ~ 12

GSMR BSS Troubleshooting Training(BSC6000

V901R008) Ⅲ 3 6 ~ 12



Training (BSC6900/6910) Ⅱ 5 6 ~ 12

GSM BSS16.0 BSS Configuration Training

(BSC6900/6910) Ⅱ 7 6 ~ 12

GSM BSS16.0 BSS Reconfiguration Training

(BSC6900/6910) Ⅲ 5 6 ~ 12

GSM BSS16.0 BSS Troubleshooting Training

(BSC6900/6910) Ⅲ 5 6 ~ 12


(BSC6900/6910) Ⅲ 1 6 ~ 12

GSM BSS16.0 Emergency Maintenance Training

(BSC6900/6910) Ⅲ 1 6 ~ 12

GSM BSS16.0 Patch and Upgrade Training

(BSC6900/6910) Ⅲ 2 6 ~ 12


Training (BSC6900/6910) Ⅲ 1 6 ~ 12

GSM Product WBT


BSC6900 GSM V9R13 Product Description(WBT) Ⅱ 1h No limit

BSC6900 GSM Initial Data Configuration Based on

CME(WBT) Ⅱ 1h No limit

BSC6900 GSM Troubleshooting (WBT) Ⅱ 1h No limit

MBTS GSM V100R004 Product Description(WBT) Ⅱ 1h No limit

MBTS GSM Initial Data Configuration (WBT) Ⅱ 0.5h No limit

MBTS GSM V100R004 Operation and

Maintenance(WBT) Ⅱ 1h No limit

MBTS V100R004 GSM Troubleshooting (WBT) Ⅱ 0.5h No limit

GSM RNP&RNO

GSM Radio Network Design and Planning Training Ⅲ 4 6 ~ 12

BSC6000 GSM Radio Network Optimization Training Ⅲ 10 6 ~ 12

BSC6000 GPRS/EDGE Radio Network Planning and

Optimization Training Ⅲ 5 6 ~ 12

BSC6900/BSC6910 GSM Radio Network Optimization

Training Ⅲ 10 6 ~ 12

GSM BSC6900/BSC6910 GPRS/EDGE Radio Network

Planning and Optimization Training Ⅲ 5 6 ~ 12

GSM to UMTS/LTE Radio Network Interoperability

Training Ⅳ 1 6 ~ 12

GSM Indoor Coverage Training Ⅲ 2 6 ~ 12

GPRS EDGE Signaling Training Ⅳ 2 6 ~ 12

Evolved EDGE Training Ⅳ 1 6 ~ 12

GSM BSS14.0 Feature Delta Training Ⅲ 1 6 ~ 12

GSM BSS15.0 Feature Delta Training Ⅲ 1 6 ~ 12

GSM Highway and High-speed Railway Solution

Training Ⅳ 1 6 ~ 12

GSM Radio Network Analysis Training Ⅳ 2 6 ~ 12

GPRS/EDGE Radio Network Analysis Training Ⅳ 1 6 ~ 12

GSM RNP&RNO WBT

GSM Radio Channel(WBT) Ⅱ 0.5h 6 ~ 12


BSC6900 GSM GPRS EDGE PM System and Counters

Overview(WBT) Ⅱ 1.2h 6 ~ 12

GSM System Technology(WBT) Ⅱ 0.2h 6 ~ 12

In-building Coverage Overview(WBT) Ⅱ 1h 6 ~ 12

BSC6900 Signaling Trace Introduction(WBT) Ⅱ 0.5h 6 ~ 12

Level Description:Ⅰ: Basic Course Ⅱ: Intermediate Course Ⅲ: Advanced Course Ⅳ: Expert

Course


1.5 GSM Product

1.5.1 GSM BSS8.1 BTS Operation and Maintenance Training

Training Path

Target Audience

BSS Field Technicians, Operation and Maintenance Technicians and Engineers

Prerequisites

Basic knowledge of mobile communications

At least 1 year working experience in GSM wireless network operation and maintenance

Objectives

On completion of this program, the participants will be able to:

Describe the features of Huawei BTS3900 products.

Describe the hardware structure of BTS3900.

Describe the function of boards of BTS3900.

Explain the BTS signal flow.

Check the hardware structure of the BTS, such as the cabinet, subrack, broad, and cable.

Describe site maintenance objects.

Describe the concepts of BTS3900 management status.

BTS/DBS3900 GSM V3R8 Troubleshooting

OMB17 1d Lecture

BTS3900 GSM V3R8 Operation and Maintenance

OMB16 1d Lecture, Lab

BTS3900 GSM V3R8 data configuration


BTS3900 GSM V3R8 Commissioning


BTS3900 GSM V3R8 Product Description

OMB11 1d Lecture


Describe the concepts of BTS3900 operation status.

Describe BTS3900 routine operation and maintenance procedure.

Explain how to use BTS3900 remote maintenance console.

Describe the steps to configure BTS3900 online.

Describe the structure of BTS3900 data configuration.

Explain how to add and delete site/cell/board.

Explain how to define the ARFCN of carriers.

Explain how to modify the relevant parameters.

Describe the procedure of checking the BTS transmission.

Implement the connection of Transmission Devices.

Master the loading procedure of BTS, and check the current version to ensure the loading step.

Identify the way to check the different alarm of BTS.

Understand BTS safety precautions of maintenance.

Describe the BTS troubleshooting flow.

Describe the troubleshooting phenomenon for common BTS faults.

Locate the troubleshooting cases for common BTS faults.

Analyze the troubleshooting cases for common BTS faults.

Training Content

OMB11 BTS3900 GSM V3R8 Product Description

BTS3900 GSM Product Description

BTS3900 Overview

BTS3900 Hardware Components

BBU Unit

RF Unit

Power module / Components

BTS3900 Signal Flow

BTS3900 Configuration

Configuration Principle

Antenna Mode

Transmit Mode and Receive Mode

Typical Configuration

BTS3900 Network

GRFU Introduction

OMB12 BTS3900 GSM V3R8 Commissioning

BTS3900 GSM Commissioning

Overview of the Commissioning

Commissioning Procedure

Implementation

Starting the Site Maintenance Terminal

Configuring the Basic Data of the BTS

Configuring Logical Objects of the BTS


Checking the Active Software Version

Checking the Transmission Between the BBU and RFU

Checking the Running Status of the BTS

Checking the Alarm Information of the BTS

OMB14 BTS3900 GSM V3R8 data configuration

DBS3900 GSM data configuration

BSC6000 Data Configuration Principle

DBS3900 Initial Data Configuration

Add Site

Add Cell

Configure Site Attributes

Configure Cell Attributes

DBS3900 Data Reconfiguration

BTS3900 GSM Data Configuration Practice Guide

OMB16 BTS3900 GSM V3R8 Operation and Maintenance

BTS3900 GSM Operation and Maintenance

Site remote maintenance

Overview

Software management

Maintain site devices

Maintain boards and TRXs

Site local maintenance

Routine maintenance list

OMB17 BTS/DBS3900 GSM V3R8 Troubleshooting

BTS/DBS3900 GSM Troubleshooting

General Procedures of Troubleshooting

Collecting Information for Locating BTS Faults

Methods of Fault Judgment and Location

Antenna / Feeder Fault

Transmission Fault

LAPD Link fault

Approach to prevent BTS fault

Duration

5 working days

Class Size

Min 6, Max 12


1.5.2 GSM BSS8.1 BSS Operation and Maintenance Training

Training Path

Target Audience


Prerequisites



Objectives


State the structure and functions of important boards of BSC6000.

State the system structure and functions of modules of BSC6000.






Describe the work flow of BSC6000 maintenance.

Describe important parameters in BSC6000 maintenance.

Operate on the BSC6000 maintenance console.

Perform the routine maintenance for BSC6000.



BSC6000 GSM V9R8 Operation and Maintenance

OMC17 2d Lecture, Lab

BSC6000 GSM V9R8 Product Description

OMC16 1d Lecture




OMB11 1d Lecture





Training Content



BTS3900 Overview


BBU Unit

RF Unit


BTS3900 Signal Flow



Antenna Mode

Transmit Mode and Receive Mode


BTS3900 Network

GRFU Introduction




Overview

Software management





OMC16 BSC6000 GSM V9R8 Product Description


System Description

Hardware Structure

Rack

Subrack

Board

System Logical Structure

TDM Switching Subsystem

GE Switching Subsystem

Service Processing Subsystem

Service Control Subsystem

Interface and Signaling Processing Subsystem


Clock Subsystem

System Signal Flow

BSC CS Signal Flow

BSC PS Signal Flow

BSC Signaling Flow

BSC OM Signal Flow

BSC Alarm Channel


OMC17 BSC6000 GSM V9R8 Operation and Maintenance


Introduction to O/M

System Management

BSC Maintenance

BTS Maintenance

BSC6000 GSM Operation and Maintenance Practice Guide

Duration

5 working days

Class Size

Min 6, Max 12


1.5.3 GSM BSS8.1 BSS Configuration Training

Training Path

Target Audience


Prerequisites



Successful completion of the following program(s):

BSC6000 GSM BSS Field Operation and Maintenance Training

Objectives


Describe the function of BSC6000 data configuration system function.

Configure BSC6000 by data configuration console independently.

Describe the configuration of important parameters of BSS system.

Check the data configuration correctness and validity.








BSC6000 GSM V9R8 TOP10 Alarm Processing


BSC6000 GSM V9R8 Data Configuration



OMB17 1d Lecture

BTS3900 GSM V3R8 data configuration






Describe the BSC6000 TOP10 alarm troubleshooting procedure.

Describe the troubleshooting phenomenon for common BSC6000 faults.

Training Content

OMB14 BTS3900 GSM V3R8 data configuration




Add Site

Add Cell











Transmission Fault

LAPD Link fault


OMC18 BSC6000 GSM V9R8 Data Configuration



Data configuration general introduction

Data configuration principle

Data configuration procedure

BSC Data configuration

Site Data configuration

Cell Data configuration

External PCU data configuration

Built-in PCU data configuration

Data maintenance operation

OMC25 BSC6000 GSM V9R8 TOP10 Alarm Processing


Alarm Management Operation

Basic Concepts


Alarm Operation

Alarm Processing Preparation

BSC TOP Alarm Processing

Resource Overused

Cell Out of Service

Data Out of Synchronization

LAPD OML Fault

SCCP DSP Unreachable

BTS TOP Alarm Processing

TRX VSWR alarm

Clock Reference Abnormal Alarm

Diversity receive channel alarm

TRX LAPD Link Interrupt Alarm

4714 E1/T1 Local Alarm

Duration

5 working days

Class Size

Min 6, Max 12


1.5.4 GSM BSS8.1 BSS Troubleshooting Training

Training Path

Target Audience


Prerequisites





BSC6000 GSM BSS Operation and Maintenance Training

Objectives


Describe the BSC6000 and BTS troubleshooting procedure.

Describe the troubleshooting phenomenon for common BSC6000 and BTS faults.

Locate, analyze and eliminate the troubleshooting cases for common BSC6000 and MBTS

faults.

Analyze the signaling message for troubleshooting.

Training Content

OMC24 BSC6000 GSM V9R8 Advanced troubleshooting Training

BSC6000 GSM V9R8 BSS Troubleshooting overview

Requirements for Maintenance Personnel


Basic Methods of Fault Judgment and Location

Obtaining Information for Locating Network Problems

Basic Methods of BSC Fault Judgment

Basic Methods of BTS Fault Judgmen

Approach to prevent BSC fault

BSC6000 GSM V9R8 BSS Case Analysis

BSC Common Faults Analysis

Voice Faults

Clock Faults

Link / Interconnection Faults

Loading Faults

BTS Common Faults Analysis

BSC6000 GSM V9R8 Advanced troubleshooting Training



Transmission Faults

Antenna Faults

BSC6000 GSM V9R8 BSS Signaling Flow and analysis

A interface signaling alarm analysis

MTP2 Signaling link alarm


SCCP Signaling alarm

Abis interface signaling alarm analysis

Gb interface signaling alarm analysis

BSC6000 GSM V9R8 BSS O/M for Troubleshooting Practice Guide

BSC6000 GSM V9R8 BSS Troubleshooting Practice Guide

BSC6000 GSM V9R8 BSS Signaling Flow and analysis Practice Guide

BSC6000 GSM V9R8 BSS Comprehensive Troubleshooting Practice Guide

Duration

5 working days

Class Size

Min 6, Max 12


1.5.5 PCU6000 (External PCU) Operation and Maintenance Training

Training Path

Target Audience


Prerequisites



Objectives


Outline the GPRS principle.

Outline the function, architecture and structure of PCU6000.

Outline the PCU6000 board features.

Implement PCU6000 data configuration, parameters setting, data modification, restoration and

back-up.

Perform the PCU6000 routine operation and maintenance via MML and GUI console.

Operate and maintain the alarms management via MML and GUI console.

Operate and maintain the performance management via MML and GUI console.

Locate, analyze and eliminate the common faults of PCU6000.

Training Content

OMC22 PCU6000 (External PCU) Operation and Maintenance

PCU6000 GPRS Product Description

PCU6000 structure

PCU6000 topology

PCU6000 configuration

PCU6000 GPRS Data Configuration

Overview of Cfg. Console

PCU Hardware Data Cfg.

Pb Interface Data Cfg.

GPRS Cell Data Cfg.

Gb Interface Data Cfg.

PCU Network Data Cfg.

Common Operation

PCU6000 GPRS Software Installation / Upgrade

Upgrade Preparations

PCU6000 (External PCU) Operation and Maintenance

OMC22 5d Lecture


Upgrade Operations

Patch Installation

Version Rollback

PCU35 GPRS Operation and Maintenance

Terminal Maintenance System

Routine Maintenance Operations

Modifying IP Address of the PCU System

Querying PCU Board Status

Resetting PCU Boards

Switching Off Board Power Supply

Loading the Configuration Data

Interface Message Tracing

Alarm System

Alarm Overview

Alarm Classification

Alarm Interface

Performance Measurement

Creating\Deleting\ Modifying Performance Measurement Task

Querying Performance Measurement Task

Setting Performance Measurement Template

Performance Measurement Command

PCU35 GPRS troubleshooting

Pb Interface Troubleshooting

Gb Interface Troubleshooting

GPRS Cell Troubleshooting

PDCH Troubleshooting

PCU6000 GPRS Product Description manual

PCU6000 GPRS Operation and Maintenance manual

PCU6000 GPRS Data Configuration manual

PCU6000 GPRS Troubleshooting manual

PCU6000 GPRS Gb Interface Interconnection manual

GPRS Principles(Simplification)

GPRS System Overview

GPRS Architecture

GPRS Network Interfaces / Protocols

Interface and Protocol Stack

Um Interface

G-abis/Pb Interface

Gb Interface

GPRS Wireless Subsystem

Packet Channels

Medium Access Modes


MS Multi-TS Ability

Power Control

GPRS Location Area

GPRS Principles manual

Duration

5 working days

Class Size

Min 6, Max 12



Training Path

Target Audience


Prerequisites



Objectives


Describe the features of BTS3900 (GSM Only) products.

Describe the hardware structure of BTS3900 (GSM Only) .

Describe the function of boards of BTS3900 (GSM Only) .



Describe GSM site maintenance objects (Web LMT and MML).

Describe the concepts of BTS3900 (GSM Only) management status.

Describe the concepts of BTS3900 (GSM Only) operation status.

Describe BTS3900 (GSM Only) routine operation and maintenance procedure.


OMB31 0.5d Lecture, Lab

MBTS GO V1R2 installation and commissioning


BTS3900 GSM V1R2 Data Configuration





OMB00 1d Lecture


Explain how to use BTS3900 (GSM Only) remote maintenance console.

Outline the user interface of Web LMT configuration tool.

Illustrate the data configuration procedure.

Explain key parameters in each step during data configuration procedure.

Implement the data configuration with template file.

Perform initial data configuration and dynamic modification.











Training Content


BTS3900 GO V1R2 Product Description

BTS3900 Overview


BBU Unit

RF Unit


BTS3900 Signal Flow




BTS3900 Network


MBTS GO V1R2 Operation and Maintenance




BTS3900 GO V1R2 Operation and Maintenance Practice Guide

OMB02 BTS3900 GSM V1R2 Data Configuration

BTS3900 GO V1R2 Data Configuration

Web LMT Introduction

Steps of Data Configuration

BTS3900 GO V1R2 Data Configuration Practice Guide

OMB03 MBTS GO V1R2 installation and commissioning



MBTS System Overview

MBTS Installation Procedures

MBTS Commissioning Procedures

MBTS Commissioning Scenarios

MBTS Commissioning Modes







Transmission Fault

LAPD Link fault


Duration

5 working days

Class Size

Min 6, Max 12



Training Path

Target Audience


Prerequisites



Objectives


State the structure and functions of important boards of BSC6900 (GSM Only).

State the system structure and functions of modules of BSC6900 (GSM Only).

State the system structure and functions of subrack of BSC6900 (GSM Only).

State the performance features of BSC6900 (GSM Only).







Describe important parameters in BSC6900 maintenance（Web LMT and MML）.






OMB00 1d Lecture




OMC00 1d Lecture







Training Content


BSC6900 GO V9R11 Product Description

System Description

Hardware Structure

Cabinets

Subracks

Boards

Cables

System Signal Flow



BSC6900 GO V9R11 Operation and Maintenance

Operation and Maintenance Overview


Maintaining the Equipment

Maintaining Transmission and Signaling

Maintaining BSC User Resources

Maintaining Alarm

Maintaining Device Panel

Maintaining User

Maintaining Log

Maintaining Performance

BSC6900 GO V9R11 Operation and Maintenance Practice Guide


BTS3900 GO V1R2 Product Description

BTS3900 Overview


BBU Unit

RF Unit


BTS3900 Signal Flow




BTS3900 Network



MBTS GO V1R2 Operation and Maintenance




BTS3900 GO V1R2 Operation and Maintenance Practice Guide

Duration

5 working days

Class Size

Min 6, Max 12



Training Path

Target Audience


Prerequisites




BSC6900 GSM V900R011 BSS Operation and Maintenance Training

Objectives


Configure BSC6900 by Web LMT independently.

Describe the configuration of important parameters of GSM BSS system.


Describe the loading procedure of data configuration.

Configure BSC6900 by CME independently.











BSC6900 GSM V9R11 Installation and Commissioning







Describe BSC6900 commissioning procedure

Outline OMU software functions

Complete BSC6900 commissioning

Complete BSC6900 application software installation

Describe the alarm and server verification after commissioning






Training Content


BSC6900 GO V9R11 Data Configuration Based on CME

Basic Concepts of CME

BSC6900 Data Configuration

BTS Data Configuration

BSC6900 GO V9R11 Data Configuration Based on LMT

Data Configuration Overview

Preparation

Configuring the Global Information

Configuring the Equipment Data

Configuring the Interfaces

Ater Interface Data Configuration (Over TDM)

A Interface Data Configuration (over TDM)

A Interface Data Configuration (over IP)

Gb Interface Data Configuration (over FR)

Gb Interface Data Configuration (over IP)

Pb Interface Data Configuration

Configuring the Clocks

BSC6900 GO V9R11 Data Configuration Based on CME Practice Guide

BSC6900 GO V9R11 Data Configuration Based on LMT Practice Guide

OMC03 BSC6900 GSM V9R11 Installation and Commissioning

BSC6900 GO V9R11 Installation / Commissioning

BSC6900 Software Structure

Linux Operation System Installation

BSC6900 Application Software Installation

BSC6900 Application Software Upgrade

OMU Operation and Maintenance



BTS3900 GO V1R2 Data Configuration



BTS3900 GO V1R2 Data Configuration Practice Guide

OMB03 MBTS GO V1R2 installation and commissioning







Duration

7 working days

Class Size

Min 6, Max 12



Training Path

Target Audience


Prerequisites





BSC6900 GSM V900R011 BSS Configuration Training

Objectives


Understand BSC6900 (GSM Only) safety precautions of maintenance.

Describe the BSC6900 (GSM Only) troubleshooting flow.

Describe the troubleshooting phenomenon for common BSC6900(GSM Only) faults.

Locate the troubleshooting cases for common BSC6900 (GSM Only) faults.

Analyze the troubleshooting cases for common BSC6900 (GSM Only) faults.

Perform the troubleshooting for common BSC6900(GSM Only) faults.

Training Content

OMC04 BSC6900 GSM V9R11 Troubleshooting

SRAN GO Troubleshooting





SRAN GSM Case Analysis

Interconnection fault Analysis

Link fault Analysis

Clock fault Analysis

CS fault Analysis

PS fault Analysis

SRAN O/M for Troubleshooting Practice Guide

SRAN GO Troubleshooting Practice Guide

SRAN Comprehensive Troubleshooting Practice Guide

BSC6900 GSM V9R11 Troubleshooting

OMC04 5d Lecture


BSC6900 GSM V9R12 BSS Signaling Flow

Location Update

Call Setup

Handover

Direct Retry

Short Message

Release

Case Analysis

BSC6900 GSM V9R12 BSS Signaling analysis

BSS Interface and Protocol Principles

Analysis of Typical Procedures

Cases of Abnormal Signaling Procedures


Duration

5 working days

Class Size

Min 6, Max 12


1.5.10 GSM BSS9.0 BSS Reconfiguration Training

Training Path

Target Audience


Prerequisites





Objectives


Describe the procedure of adjusting the BSC

Describe the modification of OPC and DPC

Perform the way to adding/removing subracks and boards

Expand the transmission resource in A, GB and Abis interface.

Reconfiguring the Transmission Mode on A, Gb and Abis interface.

Adjust the cell processing in DPU board

Describe the procedure of MBTS dynamic data adjustment

Adjust the Global/Device/Transmission Data

Adjust the Cells/TRXs/Channels Data

Adjust the BTS Data

Reparent BTSs

Training Content

OMC59 BSC6900 GSM V900R011 Data Reconfiguration

BSC6900 GSM V900R011 Data Reconfiguration based on LMT

Changing the Connection Between the BSC and the MSC

Cutting Over an MSC (with IP Transmission Mode Retained over the A Interface)

Cutting Over an MSC (TDM to TDM Transmission Mode over the A Interface)

Cutting Over an MSC (TDM to IP Transmission Mode over the A Interface)

Modify OPC and DPC

MBTS GSM V100R002 Data Reconfiguration


BSC6900 GSM V900R011 Data Reconfiguration



Modify N7 signaling link from 64k to 2M

Add STP in A interface

add subracks and boards

Remove Boards and Subracks

modify single OMU to double OMU


Reconfiguring the Transmission Mode

Changing the Transmission Mode on the A Interface

Reconfiguring the Transmission Mode on the Ater Interface

Changing the Transmission Mode on the Gb Interface

Changing the Transmission Mode on the Abis Interface


BSC6900 GSM V900R011 Data Reconfiguration based on LMT Practice Guide

OMB39 MBTS GSM V100R002 Data Reconfiguration

MBTS GSM V100R002 Data Reconfiguration based on CME

Dynamic Data Adjustment Introduction

Adjusting the Global/Device/Transmission Data

Adjusting the Cells/TRXs/Channels Data

Adjusting the BTS Data

Reparenting BTSs

MBTS GSM V100R002 Data Reconfiguration based on CME Practice Guide

MBTS GSM V100R002 Data Reconfiguration based on LMT

Reconfiguring a BTS via LMT

Changing the Connection Between the BSC and the MSC via LMT

Reconfiguring a Cell via LMT

Reconfiguring a Channel via LMT

MBTS GSM V100R002 Data Reconfiguration based on LMT Practice Guide

Duration

5 working days

Class Size

Min 6, Max 12


1.5.11 GSM BSS8.1 - BSS9.0 Delta Training

Training Path

Target Audience


Prerequisites






BSC6000 GSM BSS Advanced Operation and Maintenance Training

Objectives


Describe BSC6900 evolution overview

Describe the hardware changing in BSC6900, including cabinet, subrack and boards.

Describe the software changing in BSC6900, including OMU board software and OM software

Describe the typical configuration

Training Content

OMC15 BSC6900 GSM V9R8-V9R11 Delta

BSC6900 GSM V9R8 - V9R11 Delta for Equipment

BSC6900 Evolution Overview

Hardware Changing in BSC6900

Cabinet

Subrack

Boards

Software Changing in BSC6900

OMU board Software

OM Software


CME GO V1R5 - V2R9 Delta

CME V2R10 Introduction

Management of the Current Area, Planned Area

Function Navigation Enhancement

GUI Enhancement

BSC6900 GSM V9R8-V9R11 Delta

OMC15 2d Lecture


BSC6900 GO V9R8 - V9R11 Delta for Web LMT


OM Function Changing

MML Function Changing

Alarm Management Function Changing

Monitor Management Function Changing

Trace Management Function Changing

Device Maintenance Function Changing

Data Backup and Restore Function Changing

Log Management Function Changing

MML Command Changing in Data Configuration

Duration

2 working days

Class Size

Min 6, Max 12



Training Path

Target Audience


Prerequisites



Objectives













BTS3900 GSM V1R3 Installation and Commissioning

OMB07 1d Lecture, Lab, Demo






OMB04 1d Lecture








Describe the installation procedure

Describe the software commissioning procedures in different scenarios

Describe the different commissioning mode according to different scenarios








Training Content


BTS3900 GO V1R3 Product Description ISSUE 1.00.ppt

BTS3900 System Overview

BTS3900 Hardware Structure

BBU Hardware Structure

RFU Hardware Structure

Auxiliaries Hardware Structure

BTS3900 Cable Connection

BTS3900 Technical Specifications

BTS3900 Typical Configuration

Basic Principles

Configuration Scenarios


MBTS GO V1R3 Operation and Maintenance ISSUE 1.00.ppt




BTS3900 GO V1R3 Operation and Maintenance Practice Guide ISSUE1.00.doc


BTS3900 GO V1R3 Data Configuration based on LMT



BTS3900 GO V1R3 Data Configuration based on CME

Overview of Configuring BTS3900


BTS3900 Data Configuring

BTS3900 GO V1R3 Data Configuration based on CME Practice Guide

BTS3900 GO V1R3 Data Configuration based on LMT Practice Guide

OMB07 BTS3900 GSM V1R3 Installation and Commissioning













Transmission Fault

LAPD Link fault


Duration

5 working days

Class Size

Min 6, Max 12



Training Path

Target Audience


Prerequisites



Objectives


















OMB04 1d Lecture




OMC05 1d Lecture







Training Content


BSC6900 GU V9R12 Product Description

BSC6900 System Overview

BSC6900 Hardware Structure

Cabinets

Subracks

Subsystems and Boards

Cables

BSC6900 Signal Flows

BSC6900 Typical Configuration

UMTS configuration

GSM configuration

Subrack configuration


BSC6900 GU V9R12 Operation and Maintenance (print with student book)

OM System Introduction

OM Network Introduction


LMT Offline Tool

Operation Right Management

Basic Concepts

Management of User Accounts

Management of Command Groups

Alarm management

Basic Concepts

Monitoring Alarms

Managing the Shielded Alarm

Managing the Alarm Logs

Log management

Basic Concepts

Querying Logs

Log Storage Conditions Management

Device panel management

Basic Concepts

Device Panel Operations


Emulation Panel Operations

BSC maintenance

Basic Concepts




Trace management

Basic Concepts

GSM Services

Performance monitoring

Basic Concepts

Service Monitoring

BSC6900 GU V9R12 Operation and Maintenance Student Book (with practice

guide)ISSUE1.00


BTS3900 GO V1R3 Product Description ISSUE 1.00.ppt

BTS3900 System Overview

BTS3900 Hardware Structure




BTS3900 Cable Connection

BTS3900 Technical Specifications

BTS3900 Typical Configuration

Basic Principles



MBTS GO V1R3 Operation and Maintenance ISSUE 1.00.ppt




BTS3900 GO V1R3 Operation and Maintenance Practice Guide ISSUE1.00.doc

Duration

5 working days

Class Size

Min 6, Max 12



Training Path

Target Audience


Prerequisites





Objectives













BTS3900 GSM V1R3 Installation and Commissioning

OMB07 1d Lecture, Lab, Demo



















Training Content


BSC6900 GO V9R12 Data Configuration Based on CME



BSC6900 GO V9R12 Data Configuration Based on LMT


Preparation









Pb Interface Data Configuration (only Outer PCU need configure)

BSC6900 GO V9R12 Data Configuration Based on LMT Practice Guide

BSC6900 GO V9R12 Data Configuration Based on CME Practice Guide


BSC6900 GO V9R12 Installation / Commissioning

BSC6900 O/M System Introduction

BSC6900 Software Installation

BSC6900 Commissioning

BSC6900 GO V9R12 Installation / Commissioning Practice Guide


BTS3900 GO V1R3 Data Configuration based on LMT



BTS3900 GO V1R3 Data Configuration based on CME



BTS3900 Data Configuring

BTS3900 GO V1R3 Data Configuration based on CME Practice Guide

BTS3900 GO V1R3 Data Configuration based on LMT Practice Guide

OMB07 BTS3900 GSM V1R3 Installation and Commissioning







Duration

7 working days

Class Size

Min 6, Max 12



Training Path

Target Audience


Prerequisites






Objectives


Understand BSC6900 (GSM Only) safety precautions of maintenance.

Describe the BSC6900 (GSM Only) troubleshooting flow.

Describe the troubleshooting phenomenon for common BSC6900(GSM Only) faults.

Locate the troubleshooting cases for common BSC6900 (GSM Only) faults.

Analyze the troubleshooting cases for common BSC6900 (GSM Only) faults.

Perform the troubleshooting for common BSC6900 (GSM Only) faults.

Training Content

OMC09 BSC6900 GSM V9R12 Troubleshooting

SRAN GO Troubleshooting





SRAN GSM Case Analysis

Interconnection fault Analysis

Link fault Analysis

Clock fault Analysis

CS fault Analysis

PS fault Analysis

SRAN O/M for Troubleshooting Practice Guide

SRAN GO Troubleshooting Practice Guide

SRAN Comprehensive Troubleshooting Practice Guide

BSC6900 GSM V9R12 Troubleshooting

OMC09 5d Lecture


BSC6900 GSM V9R12 BSS Signaling Flow

Location Update

Call Setup

Handover

Direct Retry

Short Message

Release

Case Analysis

BSC6900 GSM V9R12 BSS Signaling analysis

BSS Interface and Protocol Principles

Analysis of Typical Procedures

Cases of Abnormal Signaling Procedures


Duration

5 working days

Class Size

Min 6, Max 12



Training Path

Target Audience


Prerequisites






Objectives











Adjust the BTS Data

Reparent BTSs

Training Content












Reparenting BTSs














Modify OPC and DPC














Duration

5 working days

Class Size

Min 6, Max 12



Training Path

Target Audience


Prerequisites







Objectives


Describe BSC6900 evolution overview

Describe the hardware changing in BSC6900, including cabinet, subrack and boards.

Describe the software changing in BSC6900, including OMU board software and OM software

Describe the typical configuration

Training Content

OMC14 BSC6900 GSM V9R8-V9R12 Delta

BSC6900 GO V9R8 - V9R12 Delta for Equipment


Hardware Changing in BSC6900

Cabinet

Subrack

Boards

Software Changing in BSC6900

OMU board Software

OM Software


CME GO V1R5 - V2R10 Delta

CME V2R10 Introduction

Management of the Current Area, Planned Area

Function Navigation Enhancement

GUI Enhancement

BSC6900 GSM V9R8-V9R12 Delta

OMC14 2d Lecture


BSC6900 GO V9R8 - V9R12 Delta for Web LMT


OM Function Changing

MML Function Changing

Alarm Management Function Changing

Monitor Management Function Changing

Trace Management Function Changing

Device Maintenance Function Changing

Data Backup and Restore Function Changing

Log Management Function Changing


Duration

2 working days

Class Size

Min 6, Max 12



Training Path

Target Audience


Prerequisites



Objectives


Describe the features of MBTS(GSM Only) products.

Describe the hardware structure of MBTS(GSM Only) .

Describe the function of boards of MBTS(GSM Only) .

Explain the MBTS signal flow.

Check the hardware structure of the MBTS, such as the cabinet, subrack, broad, and cable.

Describe GSM site maintenance objects(Web LMT and MML).

Describe the concepts of MBTS(GSM Only) management status.

Describe the concepts of MBTS(GSM Only) operation status.

Describe MBTS(GSM Only) routine operation and maintenance procedure.

MBTS GSM V100R004 Troubleshooting


MBTS GSM V100R004 Installation and Commissioning


MBTS GSM V100R004 Data Configuration


MBTS GSM V100R004 Operation and Maintenance


MBTS GSM V100R004 Product Description

OMB33 1d Lecture


Explain how to use MBTS (GSM Only) remote maintenance console.





Perform initial data configuration via CME and LMT.




Perform local commissioning via SMT and USB.

Perform remote commissioning via M2000 and Web LMT.








Training Content

OMB33 MBTS GSM V100R004 Product Description



MBTS Hardware Structure




MBTS Cable Connection

MBTS Technical Specifications

MBTS Typical Configuration

Basic Principles


OMB34 MBTS GSM V100R004 Operation and Maintenance

MBTS GSM V100R004 Operation and Maintenance ISSUE 1.00.ppt

Alarm Monitoring

Alarm Monitoring via LMT

Alarm Monitoring via M2000

Transmission Test

Device maintenance

Routine Maintenance MML

Board Replacement

MBTS GSM V100R004 Operation and Maintenance Practice Guide ISSUE1.00.doc


MBTS GSM V100R004 Field Maintenance ISSUE 1.00.ppt

Checking hardware

LEDs

Cable connections


Replacing boards


MBTS GSM V100R004 Field Maintenance Practice Guide ISSUE1.00.doc

OMB35 MBTS GSM V100R004 Data Configuration

MBTS GSM V100R004 Data Configuration based on LMT


Steps of MBTS GSM Data Configuration

MBTS GSM V100R004 Data Configuration based on CME


MBTS GSM Data Configuring

MBTS GSM V100R004 Data Configuration based on CME Practice Guide

MBTS GSM V100R004 Data Configuration based on LMT Practice Guide

OMB36 MBTS GSM V100R004 Installation and Commissioning

MBTS GSM V100R004 installation and Local Commissioning



MBTS Local Commissioning Procedures

MBTS GSM V100R004 installation and Local Commissioning Practice Guide

MBTS GSM V100R004 Remote Commissioning

Overview of GBTS Commissioning

Commissioning

Remote GBTS Commissioning on the M2000

Remote GBTS Commissioning on the LMT

Alarm handling for GBTS Commissioning

MBTS GSM V100R004 Remote Commissioning Practice Guide

OMB37 MBTS GSM V100R004 Troubleshooting

MBTS GSM V100R004 TOP Alarm Analyse

Alarm Analyse Overview

Alarm Analyse and handling flow

MBTS TOP Alarm Analyse and Handling

Duration

5 working days

Class Size

Min 6, Max 12



Training Path

Target Audience


Prerequisites



Objectives






Describe the features of MBTS (GSM Only) products.

Describe the hardware structure of MBTS (GSM Only) .

Describe the function of boards of MBTS (GSM Only) .










OMB33 1d Lecture




OMC50 1d Lecture



Describe the concepts of MBTS (GSM Only) management status.

Describe the concepts of MBTS (GSM Only) operation status.

Describe MBTS (GSM Only) routine operation and maintenance procedure.


Training Content





Cabinets

Subracks


Cables








LMT Offline Tool


Basic Concepts



Alarm management

Basic Concepts

Monitoring Alarms



Log management

Basic Concepts

Querying Logs



Basic Concepts



BSC maintenance

Basic Concepts





Routine MML Operation

Trace management

Basic Concepts

GSM Services


Basic Concepts

Service Monitoring

BSC6900 GSM V900R013 Operation and Maintenance Practice guide ISSUE1.00











Basic Principles




Alarm Monitoring



Transmission Test

Device maintenance


Board Replacement



Checking hardware

LEDs

Cable connections


Replacing boards




Duration

5 working days

Class Size

Min 6, Max 12



Training Path

Target Audience


Prerequisites





Objectives









Describe the loading procedure of data configuration via CME.


























Training Content


BSC6900 GSM V900R013 Data Configuration Based on CME


BSC6900 Data Configuration Procedure

BSC6900 GSM V900R013 Data Configuration Based on LMT


Preparation










BSC6900 GSM V900R013 Data Configuration Based on LMT Practice Guide

BSC6900 GSM V900R013 Data Configuration Based on CME Practice Guide


BSC6900 GSM V900R013 Installation / Commissioning




BSC6900 GSM V900R013 Installation / Commissioning Practice Guide












MBTS GSM V100R004 installation and Local Commissioning




MBTS GSM V100R004 installation and Local Commissioning Practice Guide



Commissioning





Duration

7 working days

Class Size

Min 6, Max 12



Training Path

Target Audience


Prerequisites






Objectives


Describe the OMU Maintenance and Operation

Know how to collect the fault information for CS and PS fault

Describe where is the different file in OMU.

Describe the functions of different files

Describe the CS Fault Troubleshooting flow

Know how to do Single pass and no voice Troubleshooting

BSC6900 Clock Troubleshooting

OMC89 0.5d Lecture, Lab

BSC6900 IP Transmission Troubleshooting


BSC6900 PS Troubleshooting


BSC6900 CS Troubleshooting


BSC6900 GSM Fault Information Collecting



Know how to do Cross pass Troubleshooting

Know how to do Noise Troubleshooting

Know how to do Echo Troubleshooting

Describe the PS Fault Troubleshooting flow

Know how to do PS Data rate Troubleshooting

Know how to do PS Access Troubleshooting

Know how to Anylase PS KPI

Understand typical IP transmission troubleshooting cases

Understand fault isolation in case of emergencies in IP transmission mode

Understand how to analyze typical IP transmission troubleshooting cases

Describe Clock Fault Troubleshooting Flow

Know how to do Clock troubleshooting

Training Content

OMC85 BSC6900 GSM Fault Information Collecting

BSC6900 GSM Fault Information Collecting Student Book

OMU Overview

CS Fault information collecting

PS Fault information collecting

OMC86 BSC6900 CS Troubleshooting

BSC6900 CS Troubleshooting Student Book

CS Fault Troubleshooting flow

Single pass and no voice Troubleshooting

Cross pass Troubleshooting

Noise Troubleshooting

Echo Troubleshooting

OMC87 BSC6900 PS Troubleshooting

BSC6900 PS Troubleshooting Student Book

PS Fault Troubleshooting flow

PS Data rate Troubleshooting

PS Access Troubleshooting

PS KPI Anylase

OMC88 BSC6900 IP Transmission Troubleshooting

BSC6900 IP Transmission Troubleshooting Student Book

TCP/IP Protocol

Physical layer Troubleshooting

Data link layer Troubleshooting

Network layer Troubleshooting

LAPD/SCTP Troubleshooting

IPPATH Troubleshooting

OMC89 BSC6900 Clock Troubleshooting

BSC6900 Clock Troubleshooting Student Book


Clock Fault Troubleshooting

Duration

5 working days

Class Size

Min 6, Max 12



Training Path

Target Audience


Prerequisites






Objectives





expand the transmission resoure in A, GB and Abis interface.






Adjust the BTS Data

Reparent BTSs

Training Content





BSC6900 GSM V900R013 Migration

BSC Migration Summary






BSC6900 GSM V900R013 Expanding

Overview of Expanding the BSC Capacity








MBTS GSM V100R004 Expanding

Overview of Expanding the BTS Capacity

MBTS GSM V100R004 Migration

BTS Reparenting Overview

Duration

10 working days

Class Size

Min 12, Max 24



Training Path

Target Audience


Prerequisites







Objectives


Describe BSC6900 GSM evolution overview

Describe the hardware changing in BSC6900 GSMand MBTS GSM, including cabinet, subrack

and boards.

Describe the software changing in BSC6900GSM, including OMU board software and OM

software

Describe the new features of BSC6900GSM and MBTS GSM.

Training Content

OMC56 BSC6900 GSM V900R012 - V900R013 Delta

BSC6900 GSM V900R012 - V900R013 Delta for Equipment


BSC6900 Hardware Evolution

BSC6900 Typical Hardware Configuration

CME GSM V200R011 New Features ISSUE 1.00.pptx

New/Enhanced Platform Features

New/Enhanced GSM Configuration Features

Deploying BTSs in Summary Mode

Falling back GSM Cell/TRX Configuration

BSC6900 GSM V900R012 - V900R013 Delta for OM


Alarm Function Changing

BSC6900 GSM V900R012 - V900R013 New Maintainability and Testability Feature

BSC6900 GSM V900R012 - V900R013 Delta

OMC56 1d Lecture


Query of GBTS in Batches (Query of Board Versions and Boards, and Export of Query

Results)

Maintenance and Test of Air Interface and RF Fault

BTS IP Port Backup and Monitoring Equipment IP Access

Detection Requirement of Transmission Connection over Abis Interface

BSC6900 GSM V900R012 - V900R013 New Feature

Enhanced Voice Fault Location Method

Transmission resource savings display

RTCP Introduction

MBTS GSM V100R004 New TRX Modules

Overview of the new TRX modules

Product hardware of the new TRX modules

Configuration specifications of the new TRX modules

Applications and version matching policies of the new TRX modules

Duration

1 working day

Class Size

Min 6, Max 12



Training Path

Target Audience


Prerequisites



Objectives








Describe the concepts of MBTS(GSM Only) management status.

Describe the concepts of MBTS(GSM Only) operation status.

Describe MBTS(GSM Only) routine operation and maintenance procedure.










OMB41 1d Lecture


Explain how to use MBTS(GSM Only) remote maintenance console.














Describe the troubleshooting phenomenon for TOP BTS faults.

Locate the troubleshooting cases for TOP BTS faults.

Analyze the troubleshooting cases for TOP BTS faults.

Training Content











Basic Principles




Alarm Monitoring



Transmission Test

Device maintenance


Board Replacement




Checking hardware

LEDs

Cable connections


Replacing boards













MBTS GSM V100R007 Hardware Installation



MBTS GSM V100R007 Local Commissioning


MBTS GSM V100R007 Local Commissioning Practice Guide



Commissioning






MBTS GSM V100R007 TOP Alarm Analyse

Alarm Analyse Overview

Alarm Analyse and handling flow

MBTS TOP Alarm Analyse and Handling

Duration

5 working days

Class Size

Min 6, Max 12



Training Path

Target Audience


Prerequisites



Objectives


State the structure and functions of important boards of BSC6900(GSM Only).

State the system structure and functions of modules of BSC6900(GSM Only).

State the system structure and functions of subrack of BSC6900(GSM Only).

State the performance features of BSC6900(GSM Only).













OMB41 1d Lecture




OMC61 1d Lecture





Describe MBTS (GSM Only) routine operation and maintenance procedure.


Training Content





Cabinets

Subracks


Cables








LMT Offline Tool


Basic Concepts



Alarm management

Basic Concepts

Monitoring Alarms



Log management

Basic Concepts

Querying Logs



Basic Concepts



BSC maintenance

Basic Concepts





Routine MML Operation

Trace management

Basic Concepts

GSM Services


Basic Concepts

Service Monitoring

BSC6900 GSM V900R014 Operation and Maintenance Practice guide ISSUE1.00











Basic Principles




Alarm Monitoring



Transmission Test

Device maintenance


Board Replacement



Checking hardware

LEDs

Cable connections


Replacing boards




Duration

5 working days

Class Size

Min 6, Max 12



Training Path

Target Audience


Prerequisites





Objectives



































Training Content


BSC6900 GSM V900R014 Data Configuration Based on CME



BSC6900 GSM V900R014 Data Configuration Based on LMT


Preparation










BSC6900 GSM V900R014 Data Configuration Based on LMT Practice Guide

BSC6900 GSM V900R014 Data Configuration Based on CME Practice Guide


BSC6900 GSM V900R014 Installation / Commissioning




BSC6900 GSM V900R014 Installation / Commissioning Practice Guide















MBTS GSM V100R007 Local Commissioning


MBTS GSM V100R007 Local Commissioning Practice Guide



Commissioning





Duration

7 working days

Class Size

Min 6, Max 12



Training Path

Target Audience


Prerequisites






Objectives





















Describe the procedures of expanding the BTS capacity

Perform how to add BSC board

Perform how to add BSC Subrack

Detail the scenarios of BSC migration

Detail the procedure of BSC migration

Perform the BSC migration




Adjust the BTS Data

Reparent BTSs


Perform how to add BTS Cells

Perform how to add BTS TRXs

Detail the scenarios of BTS migration

Detail the procedure of BTS migration

Perform the BTS migration

Training Content







Modify OPC and DPC






expand the transmission resource in A, GB and Abis interface.









OMC66 BSC6900 GSM V900R014 Migration



Reparenting BSC Between MSC Servers

Reparenting BSC Between SGSN

BSC6900 GSM V900R014 Migration Practice Guide

OMC67 BSC6900 GSM V900R014 Expanding



Adding a BSC Board

Adding an EPS Subrack

BSC6900 GSM V900R014 Expanding Practice Guide










OMB47 MBTS GSM V100R007 Expanding



Reparenting BTSs within a BSC (TDM)

Reparenting BTSs within a BSC (IP)

Reparenting BTSs between BSCs (TDM/Static IP/Non-Static IP)

MBTS GSM V100R007 Expanding Practice Guide

OMB48 MBTS GSM V100R007 Migration






MBTS GSM V100R007 Migration Practice Guide

Duration

5 working days

Class Size

Min 6, Max 12



Training Path

Target Audience


Prerequisites






Objectives








BSC6900 Clock Troubleshooting


BSC6900 IP Transmission Troubleshooting


BSC6900 PS Troubleshooting


BSC6900 CS Troubleshooting


BSC6900 GSM Fault Information Collecting















Training Content

OMC85 BSC6900 GSM Fault Information Collecting

BSC6900 GSM Fault Information Collecting Student Book

OMU Overview



OMC86 BSC6900 CS Troubleshooting

BSC6900 CS Troubleshooting Student Book






OMC87 BSC6900 PS Troubleshooting

BSC6900 PS Troubleshooting Student Book




PS KPI Anylase

OMC88 BSC6900 IP Transmission Troubleshooting

BSC6900 IP Transmission Troubleshooting Student Book

TCP/IP Protocol






OMC89 BSC6900 Clock Troubleshooting

BSC6900 Clock Troubleshooting Student Book



Duration

5 working days

Class Size

Min 6, Max 12


1.5.29 GSM BSS13.0 - BSS14.0 Product Delta Training

Training Path

Target Audience


Prerequisites






Objectives


Describe BSC6900 GSM evolution overview

Describe the hardware changing in BSC6900 GSMand MBTS GSM, including cabinet, subrack

and boards.

Describe the software changing in BSC6900GSM, including OMU board software and OM

software

Describe the new features of BSC6900GSM and MBTS GSM.

Training Content

OMC69 BSC6900 GSM V900R013 - V900R014 Delta

BSC6900 GSM V900R013 - V900R014 Delta for Hardware


BSC6900 Hardware Evolution

BSC6900 Typical Hardware Configuration

BSC6900 GSM V900R013 - V900R014 Delta for New Feature

Abis transmission backup enhancement

Intelligent Battery Management

IPHC in IP over E1

Abis transmission backup enhancement

BSC6900 GSM V900R013 - V900R014 Delta for New Maintainability and Testability Feature

NS Signaling Tracing over Gb Interface

PDCH Loopback

Enhanced BTS Deployment in Abis over IP Mode

Optimized Signaling Tracing and Analysis

BSC6900 GSM V900R013 - V900R014 Delta

OMC69 1d Lecture


BBU Supporting 126 TRXs and RRU Supporting 21-Level Cascading

MAC Packet Capture and Uploading

Alarms for Low RSSI

Enhanced CPRI O/M

CME GSM V200R011 - V200R012 Delta

Replace EOX BTS

Optimization of Object Index in GSM

Adjust TRX Binding Relationship

MBTS GSM V100R004 - V100R007 Delta for Hardware




Applications and version matching policies of the new TRX modules

Duration

1 working day

Class Size

Min 6, Max 12


1.5.30 GSM BSS14.0 Emergency Maintenance Training

Training Path

Target Audience


Prerequisites






Objectives


Understand the Basic Symptoms About the Accident

Know how to collect the related information

Execute the quick emergency handling methods.

Understand Precautions and Emergency Maintenance for Large Traffic

Know how to adjust BSC parameters before large traffic

Execute emergency maintenance for large traffic

Training Content

OMC83 GSM BSS14.0 Emergency Maintenance

GSM BSS14.0 Emergency Maintenance

Emergency Maintenance Overview

Basic symptoms about the accident

collecting related information

quick emergency handling methods

GSM BSS14.0 Emergency Maintenance Practice Guide

OMC84 GSM BSS14.0 Precautions and Emergency Maintenance for Large Traffic




GSM BSS14.0 Precautions and Emergency Maintenance for Large Traffic








Duration

1 working day

Class Size

Min 6, Max 12


1.5.31 GSM BSS14.0 Upgrade Training

Training Path

Target Audience


Prerequisites






Objectives


Describe the software installation and upgrade flow

Outline the backup and restore operations

Complete the installation and upgrade tasks

Grasp the OMU routine maintenance commands

Understand the modification of upgrade from R1 to R7comparing to earlier upgrades, learn

about the upgrade procedure, and complete an upgrade by referring to the Upgrade Guide.

Understand the modification of upgrade from R2 to R7 comparing to earlier upgrades, learn

about the upgrade procedure, and complete an upgrade by referring to the Upgrade Guide.

Training Content

OMC78 BSC6900 GSM V900R013-V900R014 Upgrade

BSC6900 GSM V900R013-V900R014 Upgrade

BSC6900 OMU Introduction

BSC6900 Application Software Upgrade Directly

BSC6900 Application Software Upgrade by M2000


BSC6900 GSM V900R013-V900R014 Upgrade Practice Guide

OMC79 MBTS GSM V100R004 - V100R007 Upgrade

MBTS GSM V100R004 - V100R007 Upgrade

MBTS GSM V100R004 - V100R007 Upgrade


BSC6900 GSM V900R013-V900R014 Upgrade



MBTS GSM Upgrade Overview

Upgrade from R1 to R7

Upgrade from R2 or a Later Version to R7

MBTS GSM V100R004 - V100R007 Upgrade Practice Guide

Duration

2 working days

Class Size

Min 6, Max 12


1.5.32 GSM BSS14.0 Antenna and Feeder Maintenance Training

Training Path

Target Audience


Prerequisites



Objectives


Describe Antenna and Feeder hardware structure.

Describe Antenna and Feeder maintenance

Describe the Antenna and Feeder troubleshooting flow.

Analyze the Antenna and Feeder fault reasons.

Master the Antenna and Feeder troubleshooting.

Training Content

OMB49 GSM BSS14.0 Antenna and Feeder Maintenance


Antenna and Feeder common faults

Antenna and Feeder fault reasons

Antenna and Feeder troubleshooting

Duration

1 working day

Class Size

Min 6, Max 12


OMB49 1d Lecture


1.5.33 GSM IPRAN Application Training

Training Path

Target Audience


Prerequisites




BSC6900 GSM V900R011/12/13/14 BSS Operation and Maintenance Training

BSC6900 GSM V900R011/12/13/14 BSS Configuration Training

Objectives


Learn about IP protocol specifications and common RFC standards

Learn about common IP RAN concepts such as the MSTP and PTN

GSM IPRAN Troubleshooting


GSM IPRAN Maintenance and Monitoring


GSM IPRAN Feature Application


GSM IPRAN Networking Planing


GSM IPRAN MSTP/PTN Networking


GSM IPRAN Fundamental



Understand the TCP/IP protocol structure, and learn common technologies such as the VLAN

and DSCP

Learn the protocol stack composition on IP RAN interfaces

Learn the IP components, and understand the data exchange process

Be familiar with common IP RAN devices and maintenance applications

Learn about differences among the IP, ATM, and TDM technologies, and problems caused by

IP-based networking

Learn about the evolution of IP RANs

Understand IP RAN concepts and advantages

Understand changes in IP RAN networking

Learn about feature requirements for IP RAN networking

Learn the implementation of key features for IP RAN MSTP networking

Understand differences between the layer 2 networking and layer 3 networking

Learn about the concepts and advantages of IP RAN

Understand IP RAN networking variations

Learn data exchanges and encapsulation in the packet transport network (PTN)

Understand implementation of the key features using PTN networking for the IP RAN

Understand the differences between the Layer 2 networking and Layer 3 networking

Learn about the basic IP RAN resource planning

Learn principles of IP address allocation and internal limitation of the RAN equipment

Plan and configure the IP addresses for interface boards

Learn principles of planning VLAN and how to process VLAN tags

Understand data transmission between the protocol layer and the RAN equipment

Understand the IP RAN reliability-ensuring implementation mechanism

Understand the principles and application of the reliability detection mechanism

Know how to configure IP RAN reliability-ensuring parameters

Learn about the differences in reliability guarantee in different networking scenarios

Master the application schemes of the reliability-ensuring mechanism in different scenarios

Know how to handle faults that occur in reliability-ensuring application in different scenarios

Describe the requirements of the IP RAN for clock synchronization

Know the differences between clock synchronization and phase synchronization

Learn about the typical IP RAN clock solution

Describe the architecture of an IP RAN clock network

Learn about the differences between IP RAN clock networking applications

Understand the differences between the IEEE 1588v2 technology and synchronous Ethernet

technology

Learn the concept of IP Quality of Service (QoS)

Learn about radio services' QoS requirements for IP RANs

Understand the QoS implementation at each layer from the perspective of transmission

protocols

Learn the QoS configuration and application in IP RANs

Learn the parameters and commands used to ensure the QoS of IP RANs


Describe the procedures of implementing QoS in IP RAN end to end (E2E) services

Learn different QoS configuration and applications in different protocol and networking

scenarios

Understand changes in maintenance modes due to introduction of the IP radio access network

(RAN)

Learn the active monitoring scheme and implementation process for the IP RAN transmission

Learn detailed parameter configuration for IP RAN check

Monitor IP RAN transmission links, analyze and locate the faults

Learn the monitoring points for locating common faults

Understand theories for IP active detection

Learn procedures for detecting IP faults

Learn methods for locating IP faults

Learn about packet capturing tool for IP RANs

Learn methods for using packet capturing tool for IP networks

Learn about the process of analyzing packets and locating faults

Understand the IP transmission troubleshooting roadmap




Training Content

OMC71 GSM IPRAN Fundamental

GSM IPRAN Fundamental

IP Origin and Standards

IP RAN Networking Overview

IP Protocol Structure and Service Implementation

Comparison and Prospect of IP RAN Technologies

OMC72 GSM IPRAN MSTP/PTN Networking

GSM IPRAN MSTP Networking

IP RAN Overview

MSTP Networking for IP RANs

IP RAN Development

GSM IPRAN PTN Networking

Introduction to IP RAN

PTN Networking for IP RAN

IP RAN Development

OMC73 GSM IPRAN Networking Planing

GSM IPRAN Networking Planing

IP RAN Design Basics

IP RAN Resource Planning

IP RAN Internetworking Switching Process

OMC74 GSM IPRAN Feature Application


GSM IPRAN Reliability Ensuring Application

IP RAN Reliability Requirements and Solution Application

IP RAN Reliability Schemes for Different Interfaces

IP RAN Reliability Parameter Configuration

GSM IPRAN Clock Application

Requirements and Functions of IP RAN Clocks

Application of IP RAN Clocks

Parameter Configuration of IP RAN Clocks

GSM IPRAN QoS Applications

QoS Overview

QoS Configuration and Application

E2E QoS Implementation

OMC75 GSM IPRAN Maintenance and Monitoring

GSM IPRAN Transmission Monitoring

Overview for IP RAN O/M

Active Monitoring Scheme and Implementation for IP RANs

Active Monitoring for Common Faults in IP RANs

GSM IPRAN Maintenance and Test Tools

Overview of IP RAN Troubleshooting

Application of IP RAN Tools

Ping

Tracert

Packet capturing tool

OMC76 GSM IPRAN Troubleshooting

GSM IPRAN Troubleshooting and Case Analysis

IP Transmission Troubleshooting Roadmap

IP Transmission Faults

Three Steps in IP Transmission Fault Isolation

Analysis of Typical IP Transmission Troubleshooting Cases

Duration

4.75 working days

Class Size

Min 6, Max 12


1.5.34 GSM IPRAN Reconstruction Training

Training Path

Target Audience


Prerequisites






Objectives


Understand A over IP Networking, Hardware and IP design

Prepare A over IP reconstruction script

verify the A over IP reconstruction

Understand Gb over IP Networking, Hardware and IP design

Prepare Gb over IP reconstruction script

verify the Gb over IP reconstruction

Understand Abis over IP Networking, Hardware and IP design

Prepare Abis over IP reconstruction script

verify the Abis over IP reconstruction

Training Content

OMC80 GSM IPRAN A over IP Reconstruction

GSM IPRAN A over IP Reconstruction

A over IP Networking design

GSM IPRAN Abis over IP Reconstruction


GSM IPRAN Gb over IP Reconstruction


GSM IPRAN A over IP Reconstruction



A over IP Hardware design

A over IP IP design

A over IP Operation guide

A over IP Test Verification

GSM IPRAN A over IP Reconstruction Practice Guide

OMC81 GSM IPRAN Gb over IP Reconstruction

GSM IPRAN Gb over IP Reconstruction

Gb over IP Networking design

Gb over IP Hardware design

Gb over IP IP design

Gb over IP Operation guide

Gb over IP Testverfication

GSM IPRAN Gb over IP Reconstruction Practice Guide

OMC82 GSM IPRAN Abis over IP Reconstruction

GSM IPRAN Abis over IP Reconstruction

Abis over IP Networking design

Abis over IP Hardware design

Abis over IP IP design

Abis over IP Operation guide

Abis over IP Testverfication

GSM IPRAN Abis over IP Reconstruction Practice Guide

Duration

3 working days

Class Size

Min 6, Max 12



Training Path

Target Audience


Prerequisites






Objectives


Describe the features of MBTS GSM products.

Describe the hardware structure of MBTS GSM

Describe the function of boards of MBTS GSM

Explain the MBTS GSM signal flow.

Check the hardware structure of the MBTS GSM, such as the cabinet, subrack, broad, and

cable.










OMB49 1d Lecture


Describe GSM site maintenance objects

Describe the concepts of MBTS GSM management status.

Describe the concepts of MBTS GSM operation status.

Describe MBTS GSM routine operation and maintenance procedure.

Explain how to use MBTS GSM remote maintenance console.









Perform remote commissioning via M2000 and USB+M2000.




Describe the troubleshooting phenomenon for BTS faults.

Locate the troubleshooting cases for BTS faults.

Analyze the troubleshooting cases for BTS faults.

Training Content











Basic Principles




Alarm Monitoring



Transmission Test

Device maintenance



Board Replacement

MBTS GSM V100R008 Operation and Maintenance Practice

MBTS GSM V100R008 Field Maintenance

Checking hardware

LEDs

Cable connections


Replacing boards


MBTS GSM V100R008 Field Maintenance Practice Guide






Configuring the Logical Data

Configuring the Transmission Data

Configuring the BTS Clock

Activating the BTS Configuration


Introduction to CME

BTS Data Configuration Procedure

BTS Data Configuration (Topology Mode)

BTS Data Configuration (Data Planning Template)







MBTS GSM V100R008 Commissioning

MBTS GSM Overview

MBTS GSM Commissioning

Remote Commissioning on the M2000

Local Commissioning Using a USB

MBTS GSM V100R008 Commissioning Practice Guide








Transmission Fault

LAPD Link fault


Duration

5 working days

Class Size

Min 6, Max 12


1.5.36 GSM BSS15.0 BSS Operation and Maintenance Training (BSC6900/6910)

Training Path

Target Audience


Prerequisites






Objectives


State the structure and functions of important boards of BSC6900 GSM

State the system structure and functions of modules of BSC6900 GSM

State the system structure and functions of subrack of BSC6900 GSM

State the performance features of BSC6900 GSM Only






OMB49 1d Lecture

BSC6900/BSC6910 GSM V900R015 Operation and Maintenance



OMC91 0.5d Lecture


OMC90 0.5d Lecture



State the performance features of BSC6910 GSM

Describe the work flow of BSC6900/BSC6910 maintenance.

Describe important parameters in BSC6900/BSC6910 maintenance（Web LMT and MML）.

Operate on the BSC6900/BSC6910 maintenance console.

Perform the routine maintenance for BSC6900/BSC6910.

Describe the features of MBTS GSM products.



Explain the MBTS GSM signal flow.


cable.


Describe the concepts of MBTS GSM management status.

Describe the concepts of MBTS GSM operation status.


Explain how to use MBTS GSM remote maintenance console.

Training Content





Cabinets

Subracks


Cables







Cabinets

Subracks


Cables



OMC92 BSC6900/BSC6910 GSM V900R015 Operation and Maintenance






LMT Offline Tool

Alarm Monitoring

Basic Concepts

Alarm Monitoring(Based on LMT)

Alarm Monitoring(Based on M2000)

Device Maintenance

Basic Concepts



Device management

Device Monitoring

Transmission Detecting

Maintain Transmission and Signaling

Transmission Monitoring

Related MML Commands

Troubleshooting Assistant

Maintain User Resources

Trace Management

Hardware Replacement

Service Board replacement

OMU Board replacement

Data Backup and Restore

Other OM Functions

LOG Management

License Management


BSC6900/BSC6910 GSM V900R015 Operation and Maintenance Practice guide











Basic Principles





Alarm Monitoring



Transmission Test

Device maintenance


Board Replacement



Checking hardware

LEDs

Cable connections


Replacing boards



Duration

5 working days

Class Size

Min 6, Max 12


1.5.37 GSM BSS15.0 BSS Configuration Training (BSC6900/6910)

Training Path

Target Audience


Prerequisites






Objectives


Configure BSC6900/BSC6910 by Web LMT independently.




Configure BSC6900/BSC6910 by CME independently.




Describe BSC6900/BSC6910 commissioning procedure






BSC6900/BSC6910 GSM V900R015 Installation and Commissioning


BSC6900/BSC6910 GSM V900R015 Data Configuration



Complete BSC6900/BSC6910 commissioning

Complete BSC6900/BSC6910 application software installation









Perform remote commissioning via M2000 and USB+M2000.



Training Content

OMC93 BSC6900/BSC6910 GSM V900R015 Data Configuration

BSC6900/BSC6910 GSM V900R015 Data Configuration Based on CME

Introduction of CME

Configuration Preparation

BSC6900/BSC6910 Data Configuration

Configuring Global Data

Configuring Equipment Data

Configuring Interface Data

Configuring Cell Data

BSC6900/BSC6910 Data Export

BSC6900/BSC6910 GSM V900R015 Data Configuration Based on LMT


Preparation





A Interface Data Configuration (over Transmission Resource Pool)




Ater Interface Data Configuration (over TDM)


BSC6900/BSC6910 GSM V900R015 Data Configuration Based on LMT Practice Guide

BSC6900/BSC6910 GSM V900R015 Data Configuration Based on CME Practice Guide

OMC94 BSC6900/BSC6910 GSM V900R015 Installation and Commissioning

BSC6900/BSC6910 GSM V900R015 Installation / Commissioning


BSC6900 / BSC6910 O/M System Introduction

BSC6900 / BSC6910 Software Installation

BSC6900 / BSC6910 Commissioning

BSC6900/BSC6910 GSM V900R015 Installation / Commissioning Practice Guide











Introduction to CME











MBTS GSM Overview


Remote Commissioning on the M2000



Duration

7 working days

Class Size

Min 6, Max 12


1.5.38 GSM BSS15.0 BSS Reconfiguration Training (BSC6900/6910)

Training Path

Target Audience


Prerequisites






Objectives










BSC6900/BSC6910 GSM V900R015 Expanding


BSC6900/BSC6910 GSM V900R015 Migration


BSC6900/BSC6910 GSM V900R015 Data Reconfiguration




expand the transmission resoure in A, GB and Abis interface.






Describe the procedures of expanding the BSC capacity






Adjust the BTS Data

Reparent BTSs







Training Content

OMC95 BSC6900/BSC6910 GSM V900R015 Data Reconfiguration

BSC6900/BSC6910 GSM V900R015 Data Reconfiguration based on LMT





Modify OPC and DPC












Adjust the cell processing in DPU board(BSC6900)


BSC6900/BSC6910 GSM V900R015 Data Reconfiguration based on LMT Practice Guide

OMC96 BSC6900/BSC6910 GSM V900R015 Migration





BSC6900/BSC6910 GSM V900R015 Migration Practice Guide

OMC97 BSC6900/BSC6910 GSM V900R015 Expanding



Adding a BSC Board


BSC6900/BSC6910 GSM V900R015 Expanding Practice Guide







Reparenting BTSs











Adding a BTS cell

Adding a BTS TRX










Duration

5 working days

Class Size

Min 6, Max 12


1.5.39 GSM BSS15.0 BSS Troubleshooting Training (BSC6900/6910)

Training Path

Target Audience


Prerequisites






Objectives








BSC6900/BSC6910 Clock Troubleshooting


BSC6900/BSC6910 IP Transmission Troubleshooting


BSC6900/BSC6910 PS Troubleshooting


BSC6900/BSC6910 CS Troubleshooting


BSC6900/BSC6910 GSM Fault Information Collecting















Training Content

OMC06 BSC6900/BSC6910 GSM Fault Information Collecting

BSC6900/BSC6910 GSM V900R015 Fault Information Collecting Student Book

OMU Overview



OMC07 BSC6900/BSC6910 CS Troubleshooting

BSC6900/BSC6910 GSM V900R015 CS Troubleshooting Student Book






OMC08 BSC6900/BSC6910 PS Troubleshooting

BSC6900/BSC6910 GSM V900R015 PS Troubleshooting Student Book




PS KPI Anylase

OMC09 BSC6900/BSC6910 IP Transmission Troubleshooting

BSC6900/BSC6910 GSM V900R015 IP Transmission Troubleshooting Student Book

TCP/IP Protocol






OMC10 BSC6900/BSC6910 Clock Troubleshooting

BSC6900/BSC6910 GSM V900R015 Clock Troubleshooting Student Book



Duration

5 working days

Class Size

Min 6, Max 12


1.5.40 GSM BSS14.0 - BSS15.0 Product Delta Training (BSC6900/6910)

Training Path

Target Audience


Prerequisites






Objectives


Know the capacity specifications of the BSC6900/6910 V900R015

Know the new hardware adopted by the BSC6900/6910 V900R015

Know the hardware configuration and capacity of the BSC6900/6910 V900R015

Know the new hardware adopted by the MBTS GU V100R008

Know the New hardware configuration

Know the principles and application scenarios of the O/M features



BSC6900/BSC6910 GSM V900R014 - V900R015 Delta for New Feature


BSC6900/BSC6910 GSM V900R014 - V900R015 Delta for New Maintainability and Testability Feature OMC13 0.25d Lecture, Lab



BSC6900/BSC6910 GSM V900R014 - V900R015 Delta for Hardware



Know the configuration procedures and implementation methods of the O/M features

Know the principles and application scenarios of the new features

Know the configuration procedures and implementation methods of the new features

Know the new feature of CME

Master the new feature for GSM, UMTS and SRAN

Training Content

OMC11 BSC6900/BSC6910 GSM V900R014 - V900R015 Delta for Hardware


BSC6900/BSC6910 Evolution Overview

BSC6900/BSC6910 Hardware Evolution

BSC6900/BSC6910 Typical Hardware Configuration

OMB58 MBTS GSM V100R007 - V100R008 Delta for Hardware


GBSS15.0 Solution Introduction




OMC13 BSC6900/BSC6910 GSM V900R014 - V900R015 Delta for New Maintainability and

Testability Feature

BSC6900/BSC6910 GSM V900R014 - V900R015 Delta for New Maintainability and Testability

Feature

GBSS O/M feature

Enhanced Multi-Site Cell Maintenance and RF Maintenance

CGI Used in MML Commands for Cell Identification

eGBTS O/M Changes

Transmission and Platform Services Maintenance Features

Automatic Detection of Optical Power and Alarm Reporting

Enhanced Crossed Pair Connection Detection

Cell Out of Service Alarm Masked at the Cell Level

Enhanced OMU Maintenance and Test

Remote Deployment Optimization: DHCP Trace

DSCP Value Change Detection

OMC14 BSC6900/BSC6910 GSM V900R014 - V900R015 Delta for New Feature


GSM Features

Baseband Extension

Enhanced Multi-site Cell

Synchronous Ethernet-based Soft-Synchronized Network

IP QoS-EAMRC

SRAN Features

Transmission Resource Pool in RNC/BSC


Enhanced Backup Power Saving

OMC15 CME GSM V200R012 - V200R013 Delta


New NE Types

New and Modified Features on the Platform

New and Modified Common Features

New and Modified Features for GSM Configuration

New and Modified Features for SRAN Configuration

Duration

1 working day

Class Size

Min 6, Max 12


1.5.41 GSM BSS15.0 Emergency Maintenance Training (BSC6900/6910)

Training Path

Target Audience


Prerequisites






Objectives




Execute the quick emergency handling methods.

Understand Precautions and Emergency Maintenance for Large Traffic

Know how to adjust BSC parameters before large traffic

Execute emergency maintenance for large traffic

Training Content










Precautions and Emergency Maintenance for Large Traffic Overview

Adjusting BSC Parameters Before Large Traffic






Emergency Maintenance for Large Traffic

GSM BSS15.0 Precautions and Emergency Maintenance for Large Traffic Practice Guide

Duration

1 working day

Class Size

Min 6, Max 12


1.5.42 GSM BSS15.0 Patch and Upgrade Training (BSC6900/6910)

Training Path

Target Audience


Prerequisites






Objectives






Understand the basic concepts .

Master MBTS GSM software upgrade procedures.

Training Content

OMC02 BSC6900/BSC6910 GSM V900R015 Patch and Upgrade

BSC6900/BSC6910 GSM V900R015 Patch and Upgrade

BSC6900/BSC6910 OMU Introduction

BSC6900/BSC6910 Application Software Upgrade Directly

BSC6900/BSC6910 OMU Operation and Maintenance

BSC6900/BSC6910 GSM V900R015 Patch and Upgrade Practice Guide

OMC03 MBTS GSM V100R008 Patch and Upgrade

MBTS GSM V100R008 Patch and Upgrade

Overview

MBTS Software Upgrade Procedures(BSC6900 LMT-Based)

Upgrade procedures






Preparing for the Upgrade

Performing the Upgrade

Verifying the Upgrade

MBTS Software Upgrade Procedures(M2000-Based)

Upgrade procedures




MBTS GSM V100R008 Patch and Upgrade Practice Guide

Duration

2 working days

Class Size

Min 6, Max 12


1.5.43 GSM BSS15.0 Antenna and Feeder Maintenance Training (BSC6900/6910)

Training Path

Target Audience


Prerequisites






Objectives


Describe Antenna and Feeder hardware structure.


Describe the Antenna and Feeder troubleshooting flow.

Analyze the Antenna and Feeder fault reasons.

Master the Antenna and Feeder troubleshooting.

Describe the basic principles of intermodulation interference and CDMA network interference

Explain how to troubleshoot interference problems by using the wireless air interface and RF

maintenance / testing functions

Explain principles of the wireless air interface and RF maintenance and testing functions

Know how to use the wireless air interface and RF maintenance and testing functions

Training Content






MBTS GSM V100R008 Wireless Air Interface and RF Maintenance / Testing

Background Information

Specification and Capacity

Offline Intermodulation Interference Test

Online Antenna Feeder PIM Test

Offline Frequency Spectrum Scanning


OMB57 1d Lecture


Online Frequency Spectrum Scanning

CDMA Network Interference Detection

Abbreviation

Duration

1 working day

Class Size

Min 6, Max 12


1.5.44 GSMR BTS Operation and Maintenance Training(BSC6000 V900R008C15)

Training Path

Target Audience


Prerequisites


DBS3900 GSMR V3R8 Troubleshooting

OMB26 1d Lecture

DB3900 GSMR V3R8 Operation and Maintenance


BTS3012 GSMR V3R8 Operation and Maintenance


DBS3900 GSMR V3R8 data configuration


BTS3012 GSMR V3R8 Data Configuration


DBS3900 GSMR V3R8 Commissioning


DBS3900 GSMR V3R8 Product Description

OMB20 0.5d Lecture

BTS3012 GSMR V3R8 Product Description

OMB19 0.5d Lecture




Objectives






Explain the configuration principle of BTS hardware.




































Training Content

OMB19 BTS3012 GSMR V3R8 Product Description


Overview

System Components

BTS3012 hardware structure overview

Common subsystem

Cabinet top access subsystem

Double transceiver subsystem

Antenna front-end subsystem

Antenna and feeder subsystem

Signal Processing

Antenna and Feeder System


The introduction of BTS3012 series

BTS3012 (for +24V)

BTS3012 (for 18TRX)

BTS3012 (for 36TRX)

OMB20 DBS3900 GSMR V3R8 Product Description

DBS3900 GSM Product Description

DBS3900 Overview

DBS3900 Hardware Components

BBU hardware structure

RRU hardware structure

Auxiliary Devices

Application Scenarios

DBS3900 Typical Configuration

RRU3004 Working Mode

RRU3004 Typical Configuration

DBS3900 Networking Topology

RRU3008 Introduction

RRU3008 Hardware Structure



OMB21 DBS3900 GSMR V3R8 Commissioning

BTS3900 GSM Commissioning

Overview of the Commissioning

Commissioning Procedure

Implementation


Starting the Site Maintenance Terminal

Configuring the Basic Data of the BTS

Configuring Logical Objects of the BTS

Checking the Active Software Version

Checking the Transmission Between the BBU and RFU

Checking the Running Status of the BTS

Checking the Alarm Information of the BTS

OMB22 BTS3012 GSMR V3R8 Data Configuration

BTS3012 GSM Data Configuration


BTS3012 Initial Data Configuration

Single Cabinet

Combined Cabinet

BTS3012 Data Reconfiguration


OMB23 DBS3900 GSMR V3R8 data configuration




Add Site

Add Cell





OMB24 BTS3012 GSMR V3R8 Operation and Maintenance


Concepts Related to BTS Maintenance

Maintaining the BTS Software

Querying the Running Software Version of the BTS Board

Downloading BTS Software

Configuring BTS Software

Loading BTS Software

Activating BTS Software

Querying the BTS Status

Querying the BTS Running Status

Querying Board Matching Results

Querying Board Bar Code

Querying BTS Attributes

Resetting BTS in Levels

Modifying Management Status

Handing Over a Cell Forcibly


Monitoring Channel Status

BTS3012 GSM Operation and Maintenance Practice Guide

OMB25 DB3900 GSMR V3R8 Operation and Maintenance



Overview

Software management





OMB26 DBS3900 GSMR V3R8 Troubleshooting






Transmission Fault

LAPD Link fault


Duration

5 working days

Class Size

Min 6, Max 12


1.5.45 GSMR BSS Operation and Maintenance Training(BSC6000 V900R008C15)

Training Path

Target Audience


Prerequisites



Objectives







BSC6000 GSMR V9R8 Operation and Maintenance


BSC6000 GSMR V9R8 Product Description

OMC27 1d Lecture

DB3900 GSMR V3R8 Operation and Maintenance


BTS3012 GSMR V3R8 Operation and Maintenance



OMB20 0.5d Lecture

BTS3012 GSMR V3R8 Product Description

OMB19 0.5d Lecture



Explain the configuration principle of BTS hardware.

















Describe important parameters in BSC6000 maintenance.



Training Content

OMB19 BTS3012 GSMR V3R8 Product Description


Overview

System Components

BTS3012 hardware structure overview

Common subsystem

Cabinet top access subsystem

Double transceiver subsystem

Antenna front-end subsystem

Antenna and feeder subsystem

Signal Processing

Antenna and Feeder System


The introduction of BTS3012 series

BTS3012 (for +24V)

BTS3012 (for 18TRX)

BTS3012 (for 36TRX)


DBS3900 GSM Product Description


DBS3900 Overview


BBU hardware structure

RRU hardware structure

Auxiliary Devices


DBS3900 Typical Configuration

RRU3004 Working Mode

RRU3004 Typical Configuration

DBS3900 Networking Topology

RRU3008 Introduction

RRU3008 Hardware Structure



OMB24 BTS3012 GSMR V3R8 Operation and Maintenance


Concepts Related to BTS Maintenance

Maintaining the BTS Software

Querying the Running Software Version of the BTS Board

Downloading BTS Software

Configuring BTS Software

Loading BTS Software

Activating BTS Software

Querying the BTS Status

Querying the BTS Running Status

Querying Board Matching Results

Querying Board Bar Code

Querying BTS Attributes

Resetting BTS in Levels

Modifying Management Status

Handing Over a Cell Forcibly

Monitoring Channel Status

BTS3012 GSM Operation and Maintenance Practice Guide

OMB25 DB3900 GSMR V3R8 Operation and Maintenance



Overview

Software management






OMC27 BSC6000 GSMR V9R8 Product Description


System Description

Hardware Structure

Rack

Subrack

Board

System Logical Structure

TDM Switching Subsystem

GE Switching Subsystem

Service Processing Subsystem

Service Control Subsystem

Interface and Signaling Processing Subsystem

Clock Subsystem

System Signal Flow

BSC CS Signal Flow

BSC PS Signal Flow

BSC Signaling Flow

BSC OM Signal Flow

BSC Alarm Channel


OMC28 BSC6000 GSMR V9R8 Operation and Maintenance


BSC6000 GSMR V9R8 Operation Maintenance

Introduction to O/M

System Management

BSC Maintenance

Device Maintenance

Signaling Link Maintenance

User Resource Maintenance

Software / License Maintenance

BTS Maintenance

BTS Software Maintenance

BTS Maintenance

Site Maintenance

Cell, TRX, Board Maintenance

Duration

5 working days

Class Size

Min 6, Max 12


1.5.46 GSMR BSS Configuration Training(BSC6000V900R008C15)

Training Path

Target Audience


Prerequisites




GSMR BSS Operation and Maintenance Training(BSC6000 V900R008C15)

Objectives


Describe the function of BSC6000 data configuration system function.

Configure BSC6000 by data configuration console independently.

Describe the configuration of important parameters of BSS system.









BSC6000 GSMR V9R8 Data Configuration


DBS3900 GSMR V3R8 data configuration


BTS3012 GSMR V3R8 Data Configuration








Describe the BSC6000 TOP10 alarm troubleshooting procedure.


Training Content

OMC25 BSC6000 GSM V9R8 TOP10 Alarm Processing


Alarm Management Operation

Basic Concepts

Alarm Operation

Alarm Processing Preparation

BSC TOP Alarm Processing

Resource Overused

Cell Out of Service

Data Out of Synchronization

LAPD OML Fault

SCCP DSP Unreachable

BTS TOP Alarm Processing

TRX VSWR alarm

Clock Reference Abnormal Alarm

Diversity receive channel alarm

TRX LAPD Link Interrupt Alarm

4714 E1/T1 Local Alarm

OMB22 BTS3012 GSMR V3R8 Data Configuration

BTS3012 GSM Data Configuration


BTS3012 Initial Data Configuration

Single Cabinet

Combined Cabinet

BTS3012 Data Reconfiguration


OMB23 DBS3900 GSMR V3R8 data configuration




Add Site

Add Cell






OMC29 BSC6000 GSMR V9R8 Data Configuration

BSC6000 GSM Data Configuration Practice Guide

BSC6000 GSMR V9R8 Data Configuration Based on GUI

Data configuration general introduction

Data configuration principle

Data configuration procedure

BSC Data configuration

BTS Data configuration

Cell Data configuration

Data reconfiguration

External PCU data configuration

Built-in PCU data configuration

Data maintenance operation

BSC6000 GSMR V9R8 Data Configuration Based on MML

Overview of MML Client

Steps of Data configuration

Duration

5 working days

Class Size

Min 6, Max 12


1.5.47 GSMR BSS Troubleshooting Training(BSC6000V900R008C15)

Training Path

Target Audience


Prerequisites




GSMR BSS Operation and Maintenance Training(BSC6000 V900R008C15)

GSMR BSS Configuration Training(BSC6000V900R008C15)

Objectives


Describe the BSS signaling flow.

Analysis the BSS signaling message.

Describe the principle and application of HSCSD

Describe the BSC6000 and BTS troubleshooting procedure.

Describe the troubleshooting phenomenon for common BSC6000 and BTS faults.

Locate, analyze and eliminate the troubleshooting cases for common BSC6000 and MBTS

faults.

Analyze the signaling message for troubleshooting.

Training Content

OMC31 BSC6000 GSMR V9R8C15 BSS Signaling Flow and analysis

BSC6000 GSMR V9R8C15 BSS Signaling Flow and analysis




BSC6000 GSMR V9R8C15 Troubleshooting


BSC6000 GSMR V9R8C15 HSCSD Introduction


BSC6000 GSMR V9R8C15 BSS Signaling Flow and analysis






BSC6000 GSMR V9R8C15 BSS Signaling Flow and analysis Practice Guide

OMC32 BSC6000 GSMR V9R8C15 HSCSD Introduction

BSC6000 GSMR V9R8C15 HSCSD Introduction

HSCSD principle

HSCSD Application in GSMR

OMC33 BSC6000 GSMR V9R8C15 Troubleshooting

BSC6000 GSMR V9R8C15 BSS Troubleshooting




Obtaining Information for Locating Network Problems

Basic Methods of BSC Fault Judgment

Basic Methods of BTS Fault Judgmen


BSC6000 GSMR V9R8C15 BSS Case Analysis


Voice Faults

Clock Faults


Loading Faults


Transmission Faults

Antenna Faults

Duration

3 working days

Class Size

Min 6, Max 12


1.5.48 GSMR BTS Operation and Maintenance Training(BSC6000 V901R008)

Training Path

Target Audience


Prerequisites



Objectives


Describe the features of DBS3900 products.

Describe the hardware structure of DBS3900.

Describe the function of boards of DBS3900.

Explain the DBS signal flow.

Check the hardware structure of the DBS, such as the cabinet, subrack, broad, and cable.


Describe the concepts of DBS3900 management status.

Describe the concepts of DBS3900 operation status.

Describe DBS3900 routine operation and maintenance procedure.

Explain how to use DBS3900 remote maintenance console.




DBS3900 GSMR V301R008 installation and commissioning


DBS3900 GSMR V301R008 Data Configuration


DBS3900 GSMR V301R008 Operation and Maintenance



OMB27 1d Lecture








Training Content



DBS3900 Overview


BBU Unit

RRU Unit


DBS3900 Signal Flow

DBS3900 Configuration



DBS3900 Network

OMB28 DBS3900 GSMR V301R008 Operation and Maintenance




DBS3900 GSMR V301R008 Operation and Maintenance Practice Guide

OMB29 DBS3900 GSMR V301R008 Data Configuration

DBS3900 GSMR V301R008 Data Configuration based on CME Practice Guide

DBS3900 GSMR V301R008 Data Configuration based on LMT Practice Guide

DBS3900 GSMR V301R008 Data Configuration based on LMT


Steps of Data Configuration based on LMT

DBS3900 GSMR V301R008 Data Configuration based on CME

Overview of Configuring DBS3900

DBS3900 Data Configuration based on CME

OMB30 DBS3900 GSMR V301R008 installation and commissioning


DBTS3900 System Overview

DBTS3900 Installation Procedures

DBTS3900 Commissioning Procedures

DBTS3900 Commissioning Scenarios

DBTS3900 Commissioning Modes


Duration

5 working days

Class Size

Min 6, Max 12


1.5.49 GSMR BSS Operation and Maintenance Training(BSC6000 V901R008)

Training Path

Target Audience


Prerequisites



Objectives


State the structure and functions of important boards of BSC6000 GSMR.

State the system structure and functions of modules of BSC6000 GSMR.

State the system structure and functions of subrack of BSC6000 GSMR.

State the performance features of BSC6000 GSMR.





Describe the features of DBS3900 products.

Describe the hardware structure of DBS3900.

Describe the function of boards of DBS3900.

Explain the DBS signal flow.

Check the hardware structure of the DBS, such as the cabinet, subrack, broad, and cable.




OMB27 1d Lecture




OMC34 1d Lecture



Describe the concepts of DBS3900 management status.

Describe the concepts of DBS3900 operation status.

Describe DBS3900 routine operation and maintenance procedure.

Explain how to use DBS3900 remote maintenance console.

Training Content

OMC34 BSC6000 GSMR V901R008 Product Description


System Description

Hardware Structure

Cabinets

Subracks

Boards

Cables

System Signal Flow


OMC35 BSC6000 GSMR V901R008 Operation and Maintenance


Operation and Maintenance Overview





Maintaining Alarm

Maintaining Device Panel

Maintaining User

Maintaining Log

Maintaining Performance

BSC6900 GSMR V901R008 Operation and Maintenance Practice Guide



DBS3900 Overview


BBU Unit

RRU Unit


DBS3900 Signal Flow

DBS3900 Configuration



DBS3900 Network


OMB28 DBS3900 GSMR V301R008 Operation and Maintenance




DBS3900 GSMR V301R008 Operation and Maintenance Practice Guide

Duration

5 working days

Class Size

Min 6, Max 12


1.5.50 GSMR BSS Configuration Training(BSC6000 V901R008)

Training Path

Target Audience


Prerequisites




GSMR BSS Operation and Maintenance Training(BSC6000 V901R008)

Objectives















DBS3900 GSMR V301R008 Data Configuration


BSC6000 GSMR V901R008 Installation and Commissioning


BSC6000 GSMR V901R008 Data Configuration




Describe the alarm and server verification after commissioning










Training Content

OMC36 BSC6000 GSMR V901R008 Data Configuration

BSC6900 GSMR V901R008 Configuration Based on CME



BTS Data Configuration

BSC6900 GSMR V901R008 Data Configuration Based on LMT


Preparation









Pb Interface Data Configuration

Configuring the Clocks

BSC6900 GSMR V901R008 Data Configuration Based on CME Practice Guide

BSC6900 GSMR V901R008 Data Configuration Based on LMT Practice Guide

OMC37 BSC6000 GSMR V901R008 Installation and Commissioning

BSC6900 GSMR V901R008 Installation / Commissioning

BSC6000 Software Structure

Linux Operation System Installation

BSC6000 Application Software Installation

BSC6000 Application Software Upgrade


BSC6900 GSMR V901R008 Installation / Commissioning Practice Guide

OMB29 DBS3900 GSMR V301R008 Data Configuration


DBS3900 GSMR V301R008 Data Configuration based on CME Practice Guide

DBS3900 GSMR V301R008 Data Configuration based on LMT Practice Guide

DBS3900 GSMR V301R008 Data Configuration based on LMT


Steps of Data Configuration based on LMT

DBS3900 GSMR V301R008 Data Configuration based on CME

Overview of Configuring DBS3900

DBS3900 Data Configuration based on CME

OMB30 DBS3900 GSMR V301R008 installation and commissioning


DBTS3900 System Overview

DBTS3900 Installation Procedures

DBTS3900 Commissioning Procedures

DBTS3900 Commissioning Scenarios

DBTS3900 Commissioning Modes

Duration

7 working days

Class Size

Min 6, Max 12


1.5.51 GSMR BSS Troubleshooting Training(BSC6000 V901R008)

Training Path

Target Audience


Prerequisites




GSMR BSS Operation and Maintenance Training(BSC6000 V901R008)

GSMR BSS Configuration Training(BSC6000V901R008)

Objectives


Understand BSC6000 safety precautions of maintenance.

Describe the BSC6000 troubleshooting flow.


Locate the troubleshooting cases for common BSC6000 faults.

Analyze the troubleshooting cases for common BSC6000 faults.

Perform the troubleshooting for common BSC6000 faults.

Describe the BSS signaling flow.

Analysis the BSS signaling message.

Describe the principle and application of HSCSD

Training Content

OMC38 BSC6000 GSMR V901R008 Troubleshooting

BSC6900 GSMR V901R008 Troubleshooting


BSC6000 GSMR V901R008 HSCSD Introduction


BSC6000 GSMR V901R008 BSS Signaling Flow and analysis


BSC6000 GSMR V901R008 Troubleshooting

OMC38 1d Lecture





BSC6000 GSMR V901R008 BSS Case Analysis


Voice Faults

Clock Faults


Loading Faults


Transmission Faults

Antenna Faults

OMC39 BSC6000 GSMR V901R008 BSS Signaling Flow and analysis

BSC6000 GSMR V901R008 BSS Signaling Flow and analysis







BSC6000 GSMR V901R008 BSS Signaling Flow and analysis Practice Guide

OMC40 BSC6000 GSMR V901R008 HSCSD Introduction

BSC6000 GSMR V901R008 HSCSD Introduction

HSCSD principle

HSCSD Application in GSMR

Duration

3 working days

Class Size

Min 6, Max 12



Training Path

Target Audience


Prerequisites




BSC6900 GSM V900R011/12/13/14/15 BSS Operation and Maintenance Training

BSC6900 GSM V900R011/12/13/14/15 BSS Configuration Training

Objectives


Describe the features of MBTS GSM products



Explain the MBTS GSM signal flow


cable










OMB60 1d Lecture



Describe the concepts of MBTS GSM management status

Describe the concepts of MBTS GSM operation status

Describe MBTS GSM routine operation and maintenance procedure

Explain how to use MBTS GSM remote maintenance console

Outline the user interface of Web LMT configuration tool

Illustrate the data configuration procedure

Explain key parameters in each step during data configuration procedure

Implement the data configuration with template file

Perform initial data configuration via CME and LMT




Perform remote commissioning via U2000 and USB+U2000

Master the loading procedure of BTS, and check the current version to ensure the loading step

Identify the way to check the different alarm of BTS

Describe the BTS troubleshooting flow

Describe the troubleshooting phenomenon for BTS faults

Locate the troubleshooting cases for BTS faults

Analyze the troubleshooting cases for BTS faults

Training Content











Basic Principles




Alarm Monitoring


Alarm Monitoring via U2000

Transmission Test

Device maintenance


Board Replacement




Checking hardware

LEDs

Cable connections


Replacing boards



OMB62 MBTS GSM V100R009 Initial Data Configuration










Introduction to CME











MBTS GSM Overview


Remote Commissioning on the U2000










Transmission Fault

LAPD Link fault


Duration

5 working days

Class Size

Min 6，max 12

Training Timetable(Optional)


1.5.53 GSM BSS16.0 BSS Operation and Maintenance Training (BSC6900/6910)

Training Path

Target Audience


Prerequisites






Objectives





State the performance features of BSC6900 GSM Only







OMB60 1d Lecture

BSC6900/BSC6910 GSM R16 Operation and Maintenance



OMC21 0.5d Lecture


OMC20 0.5d Lecture


State the performance features of BSC6910 GSM

Describe the work flow of BSC6900/BSC6910 maintenance

Describe important parameters in BSC6900/BSC6910 maintenance（Web LMT and MML）

Operate on the BSC6900/BSC6910 maintenance console

Perform the routine maintenance for BSC6900/BSC6910

Describe the features of MBTS GSM products



Explain the MBTS GSM signal flow


cable


Describe the concepts of MBTS GSM management status

Describe the concepts of MBTS GSM operation status

Describe MBTS GSM routine operation and maintenance procedure

Explain how to use MBTS GSM remote maintenance console

Training Content





Cabinets

Subracks


Cables







Cabinets

Subracks


Cables



OMC22 BSC6900/BSC6910 GSM R16 Operation and Maintenance






LMT Offline Tool

Alarm Monitoring

Basic Concepts

Alarm Monitoring(Based on LMT)

Alarm Monitoring(Based on U2000)

Device Maintenance

Basic Concepts



Device management

Device Monitoring

Transmission Detecting

Maintain Transmission and Signaling

Transmission Monitoring

Related MML Commands

Troubleshooting Assistant

Maintain User Resources

Trace Management

Hardware Replacement

Service Board replacement

OMU Board replacement

Data Backup and Restore

Other OM Functions

LOG Management

License Management


BSC6900/BSC6910 GSM V900R016 Operation and Maintenance Practice guide











Basic Principles




Alarm Monitoring



Alarm Monitoring via U2000

Transmission Test

Device maintenance


Board Replacement



Checking hardware

LEDs

Cable connections


Replacing boards



Duration

5 working days

Class Size

Min 6，max 12



1.5.54 GSM BSS16.0 BSS Configuration Training (BSC6900/6910)

Training Path

Target Audience


Prerequisites






Objectives


Configure BSC6900/BSC6910 by Web LMT independently

Describe the configuration of important parameters of GSM BSS system

Check the data configuration correctness and validity

Describe the loading procedure of data configuration

Configure BSC6900/BSC6910 by CME independently

Describe the configuration of important parameters of GSM BSS system

Check the data configuration correctness and validity

Describe the loading procedure of data configuration via CME

Describe BSC6900/BSC6910 commissioning procedure


Complete BSC6900/BSC6910 commissioning

Complete BSC6900/BSC6910 application software installation



MBTS GSM V100R009 Initial Data Configuration


BSC6900/BSC6910 GSM R16 Installation and Commissioning


BSC6900/BSC6910 GSM R16 Initial Data Configuration



Outline the user interface of Web LMT configuration tool

Illustrate the data configuration procedure

Explain key parameters in each step during data configuration procedure

Implement the data configuration with template file

Perform initial data configuration via CME and LMT




Perform remote commissioning via U2000 and USB+U2000

Master the loading procedure of BTS, and check the current version to ensure the loading step

Identify the way to check the different alarm of BTS

Training Content

OMC23 BSC6900/BSC6910 GSM V900R016 Initial Data Configuration

BSC6900/BSC6910 GSM V900R016 Initial Data Configuration Based on CME

Introduction of CME

Configuration Preparation

BSC6900/BSC6910 Data Configuration

Configuring Global Data

Configuring Equipment Data

Configuring Interface Data

Configuring Cell Data

BSC6900/BSC6910 Data Export

BSC6900/BSC6910 GSM V900R016 Initial Data Configuration Based on LMT


Preparation





A Interface Data Configuration (over Transmission Resource Pool)



Ater Interface Data Configuration (over TDM)


BSC6900/BSC6910 GSM V900R016 Data Configuration Based on LMT Practice Guide

BSC6900/BSC6910 GSM V900R016 Data Configuration Based on CME Practice Guide

OMC24 BSC6900/BSC6910 GSM V900R016 Installation and Commissioning

BSC6900/BSC6910 GSM V900R016 Installation / Commissioning

BSC6900 / BSC6910 O/M System Introduction

BSC6900 / BSC6910 Software Installation

BSC6900 / BSC6910 Commissioning

BSC6900/BSC6910 GSM V900R016 Installation / Commissioning Practice Guide


OMB62 MBTS GSM V100R009 Initial Data Configuration










Introduction to CME











MBTS GSM Overview


Remote Commissioning on the U2000



Duration

7 working days

Class Size

Min 6，max 12



1.5.55 GSM BSS16.0 BSS Reconfiguration Training (BSC6900/6910)

Training Path

Target Audience


Prerequisites






Objectives











BSC6900/BSC6910 GSM R16 Expanding


BSC6900/BSC6910 GSM R16 Migration


BSC6900/BSC6910 GSM R16 Data Reconfiguration



expand the transmission resoure in A, GB and Abis interface

Reconfiguring the Transmission Mode on A, Gb and Abis interface





Describe the procedures of expanding the BSC capacity






Adjust the BTS Data

Reparent and re-homing BTSs







Training Content

OMC25 BSC6900/BSC6910 GSM V900R016 Initial Data Reconfiguration

BSC6900/BSC6910 GSM V900R016 Data Reconfiguration based on LMT





Modify OPC and DPC












Adjust the cell processing in DPU board(BSC6900)

BSC6900/BSC6910 GSM V900R016 Data Reconfiguration based on LMT Practice Guide

OMC26 BSC6900/BSC6910 GSM V900R016 Migration






BSC6900/BSC6910 GSM V900R016 Migration Practice Guide

OMC27 BSC6900/BSC6910 GSM R16 Expanding



Adding a BSC Board


BSC6900/BSC6910 GSM V900R016 Expanding Practice Guide







Reparenting and re-homing BTSs











Adding a BTS cell

Adding a BTS TRX









Duration

5 working days


Class Size

Min 6，max 12



1.5.56 GSM BSS16.0 BSS Troubleshooting Training (BSC6900/6910)

Training Path

Target Audience


Prerequisites






Objectives




Describe where is the different file in OMU





BSC6900/BSC6910 R16 Clock Troubleshooting


BSC6900/BSC6910 R16 IP Transmission Troubleshooting


BSC6900/BSC6910 R16 PS Troubleshooting


BSC6900/BSC6910 R16 CS Troubleshooting


BSC6900/BSC6910 GSM R16 Fault Information Collecting














Training Content

OMC34 BSC6900/BSC6910 GSM R16 Fault Information Collecting

BSC6900/BSC6910 GSM R16 Fault Information Collecting Student Book

OMU Overview



OMC35 BSC6900/BSC6910 R16 CS Troubleshooting

BSC6900/BSC6910 GSM R16 CS Troubleshooting Student Book






OMC36 BSC6900/BSC6910 R16 PS Troubleshooting

BSC6900/BSC6910 GSM R16 PS Troubleshooting Student Book




PS KPI Anylase

OMC37 BSC6900/BSC6910 R16 IP Transmission Troubleshooting

BSC6900/BSC6910 GSM R16 IP Transmission Troubleshooting Student Book

TCP/IP Protocol






OMC38 BSC6900/BSC6910 R16 Clock Troubleshooting

BSC6900/BSC6910 GSM R16 Clock Troubleshooting Student Book



Duration

5 working days

Class Size

Min 6，max 12



1.5.57 GSM BSS15.0 - BSS16.0 Product Delta Training (BSC6900/6910)

Training Path

Target Audience


Prerequisites






Objectives


Know the capacity specifications of the BSC6900/6910 R16

Know the new hardware adopted by the BSC6900/6910 R16

Know the hardware configuration and capacity of the BSC6900/6910 R16

Know the new hardware adopted by the MBTS GU V100R009

Know the New hardware configuration

Know the principles and application scenarios of the O/M features

Know the configuration procedures and implementation methods of the O/M features



BSC6900/BSC6910 GSM R15 – R16 Delta for New Feature


BSC6900/BSC6910 GSM R15 – R16 Delta New Maintainability and Testability Feature




BSC6900/BSC6910 GSM R15 – R16 Delta for Hardware



Know the principles and application scenarios of the new features

Know the configuration procedures and implementation methods of the new features

Know the new feature of CME

Master the new feature for GSM

Training Content

OMC39 BSC6900/BSC6910 GSM R15 – R16 Delta for Hardware


BSC6900/BSC6910 Evolution Overview

BSC6900/BSC6910 Hardware Evolution

BSC6900/BSC6910 Typical Hardware Configuration

OMB69 MBTS GSM V100R008 - V100R009 Delta for Hardware


GBSS16.0 Solution Introduction




OMC40 BSC6900/BSC6910 GSM R15 - R16 Delta for New Maintainability and Testability Feature

BSC6900/BSC6910 GSM V900R015 - V900R016 Delta for New Maintainability and Testability

Feature

Quickly Collecting Fault Information

Collecting BTS Logs

Real-Time Monitoring of Cell Performance Monitoring

GSM 1-Minute Performance Real-Time Monitoring

E2E Voice Problem Location

Single-User Tracing Optimization

Optimization of the Function of Co-MPT Base Stations

SingleOM introduction

OMC41 BSC6900/BSC6910 GSM R15 - R16 Delta for New Feature


4-Way Receiver Diversity Supported by Multi-Carrier Modules

Antenna Frequency Hopping

Multi-Site Cell Enhancement

MOCN II

Base Station OMCH Self-recovery

OMC42 CME GSM V200R013 - V200R014 Delta


New and Modified Features on the Platform

New and Modified Common Features

New and Modified Features for GSM Configuration

Duration

1 working day


Class Size

Min 6，max 12



1.5.58 GSM BSS16.0 Emergency Maintenance Training (BSC6900/6910)

Training Path

Target Audience


Prerequisites






Objectives




Excute the quick emergency handling methods

Understand Precautions and Emergency Maintenance for heavy Traffic

Know how to adjust BSC parameters before heavy traffic

Excute emergency maintenance for heavy traffic

Training Content










Precautions and Emergency Maintenance for Large Traffic Overview

Adjusting BSC Parameters Before Large Traffic

Emergency Maintenance for Large Traffic

GSM BSS16.0 Heavy Traffic Precaution





GSM BSS16.0 Precautions and Emergency Maintenance for Large Traffic Practice Guide

Duration

1 working day

Class Size

Min 6，max 12



1.5.59 GSM BSS16.0 Patch and Upgrade Training (BSC6900/6910)

Training Path

Target Audience


Prerequisites






Objectives






Understand the basic concepts

Master MBTS GSM software upgrade procedures

Training Content

OMC30 BSC6900/BSC6910 GSM R16 Patch and Upgrade


BSC6900/BSC6910 OMU Introduction

BSC6900/BSC6910 Application Software Upgrade Directly

BSC6900/BSC6910 OMU Operation and Maintenance

BSC6900/BSC6910 GSM V900R016 Patch and Upgrade Practice Guide

OMC31 MBTS GSM V100R009 Patch and Upgrade


Overview

MBTS Software Upgrade Procedures(BSC6900 LMT-Based)

Upgrade procedures




BSC6900/BSC6910 GSM R16 Patch and Upgrade





MBTS Software Upgrade Procedures(U2000-Based)

Upgrade procedures




MBTS GSM V100R009 Patch and Upgrade Practice Guide

Duration

2 working days

Class Size

Min 6，max 12



1.5.60 GSM BSS16.0 Antenna and Feeder Maintenance Training (BSC6900/6910)

Training Path

Target Audience


Prerequisites






Objectives


Describe Antenna and Feeder hardware structure


Describe the Antenna and Feeder troubleshooting flow

Analyse the Antenna and Feeder fault reasons

Master the Antenna and Feeder troubleshooting

Describe the basic principles of intermodulation interference and CDMA network interference

Explain how to troubleshoot interference problems by using the wireless air interface and RF

maintenance / testing functions

Explain principles of the wireless air interface and RF maintenance and testing functions

Know how to use the wireless air interface and RF maintenance and testing functions

Training Content






MBTS GSM V100R009 Wireless Air Interface and RF Maintenance / Testing

Background Information

Specification and Capacity

Offline Intermodulation Interference Test

Online Antenna Feeder PIM Test

Offline Frequency Spectrum Scanning

Online Frequency Spectrum Scanning

CDMA Network Interference Detection


OMB68 1d Lecture


Duration

1 working day

Class Size

Min 6，max 12



1.6 GSM Product WBT

1.6.1 BSC6900 GSM V9R13 Product Description(WBT)

Training Path

Target Audience


Prerequisites



Objectives




State the system structure and functions of subracks of BSC6900.

State the performance features of BSC6900

Training Content

NA BSC6900 GSM V9R13 Product Description (WBT)

BSC6900 GSM V9R13 Product Description(WBT)



Cabinets

Subracks



Duration

1 hour

Class Size

No limit

BSC6900 GSM V9R13 Product Description (WBT)

NA 1H WBT


1.6.2 BSC6900 GSM Initial Data Configuration Based on CME(WBT)

Training Path

Target Audience


Prerequisites



Objectives






Training Content

NA BSC6900 GSM Initial Data Configuration Based on CME(WBT)

BSC6900 GSM Initial Data Configuration Based on CME(WBT)












Duration

1 hour

Class Size

No limit

BSC6900 GSM Initial Data Configuration Based on CME (WBT)

NA 1H WBT


1.6.3 BSC6900 GSM Troubleshooting (WBT)

Training Path

Target Audience


Prerequisites



Objectives


Understand BSC6900 safety precautions of maintenance.

Describe the BSC6900 troubleshooting flow.


Locate the troubleshooting cases for common BSC6900 faults.

Analyze the troubleshooting cases for common BSC6900 faults.

Perform the troubleshooting for common BSC6900 faults.

Training Content

NA BSC6900 GSM Troubleshooting (WBT)

BSC6900 GSM Troubleshooting (WBT)

General Troubleshooting Flow

BSC Fault Information Collection

Fault Classification and Troubleshooting Method

BSC Fault Preventative Measures

Duration

1 hour

Class Size

No limit

BSC6900 GSM Troubleshooting (WBT)

NA 1H WBT


1.6.4 MBTS GSM V100R004 Product Description(WBT)

Training Path

Target Audience


Prerequisites



Objectives


Describe the features of MBTS (GSM Only) products.

Describe the hardware structure of MBTS (GSM Only).

Describe the function of boards of MBTS (GSM Only).



Training Content

NA MBTS GSM V100R004 Product Description (WBT)

MBTS GSM V100R004 Product Description(WBT)









Basic Principles


Duration

1 hour

Class Size

No limit

MBTS GSM V100R004 Product Description (WBT)

NA 1H WBT


1.6.5 MBTS GSM Initial Data Configuration (WBT)

Training Path

Target Audience


Prerequisites



Objectives


Illustrate the data configuration procedure based on CME.




Training Content

NA MBTS GSM Initial Data Configuration (WBT)

MBTS GSM Initial Data Configuration (WBT)


Overview of Configuration Multi-Mode Base Stations

MBTS Data Configuration Procedure

MBTS Data Exporting and Activating

Export MML script for BTS

Duration

0.5 hour

Class Size

No limit

MBTS GSM Initial Data Configuration (WBT)

NA 0.5H WBT


1.6.6 MBTS GSM V100R004 Operation and Maintenance(WBT)

Training Path

Target Audience


Prerequisites



Objectives







Training Content

NA MBTS GSM V100R004 Operation and Maintenance (WBT)

MBTS GSM V100R004 Operation and Maintenance(WBT)

Web LMT introduction

Device maintenance

Routine maintenance through MML

Transmission and interface test

Duration

1 hour

Class Size

No limit

MBTS GSM V100R004 Operation and Maintenance (WBT)

NA 1H WBT


1.6.7 MBTS V100R004 GSM Troubleshooting (WBT)

Training Path

Target Audience


Prerequisites



Objectives







Training Content

NA MBTS V100R004 GSM Troubleshooting (WBT)

MBTS V100R004 GSM Troubleshooting (WBT)




Antenna

Feeder Fault

Transmission Fault

LAPD Link fault


Duration

0.5 hour

Class Size

No limit

MBTS V100R004 GSM Troubleshooting (WBT)

NA 0.5H WBT


1.7 GSM RNP&RNO

1.7.1 GSM Radio Network Design and Planning Training

Training Path

Target Audience

GSM Radio Network Planning Engineers

Prerequisites


Objectives


Describe the theory of radio signal propagation

Describe the radio signal propagation model

Interpret the structure of the antenna equipments

Interpret the features of the antenna equipments

Implement selecting the suitable antenna type

Outline the key specifications of antenna

Implement GSM radio network coverage planning

Explain the link budget model and its application

Explain the advance technology for improving coverage

Implement GSM radio network traffic capacity planning on TCHF/TCHH/SDCCH

Explain the capacity enhancement technology

Explain the location area planning?

Describe the paging ability of radio network

Explain GSM frequency resource, C/I conception, frequency reuse definition, and frequency

tighten reuse technology and its application

Training Content

OMP00 GSM Antenna Basics

Antenna Basics

Antenna Fundamentals

Antenna Working Principle

GSM Radio Network Planning

OMP01 3.5d Lecture, Case

GSM Antenna Basics

OMP00 0.5d Lecture


Antenna Specifications

Antenna Selection

Electric Down tilt Antenna

OMP01 GSM Radio Network Planning

GSM Cell Design

Cell Planning Process

Cell Planning Detailed Flow

GSM Location Area Planning

Location Area Overview

Location Area Planning Principle

Paging Strategies in Location Area

LAC capacity calculation

GSM Coverage Dimensioning

Coverage Planning Basis

Link Balance and Budget

Indoor Coverage Planning

Advance Technology for Improving Coverage

GSM Capacity Dimensioning

Traffic Prediction

TCH Capacity Planning

SDCCH Capacity Planning

Capacity Enhancement Technology

GSM Frequency Planning

Frequency Planning

Normal Frequency Reuse Technology

Tight Frequency Reuse

Concentric Cell Technology

Multiple Reuse Pattern Technology

GSM Radio Network Planning Practice Guide

Duration

4 working days

Class Size

Min 6, Max 12


1.7.2 BSC6000 GSM Radio Network Optimization Training

Training Path

Target Audience

GSM Radio Network Optimization Engineers

Prerequisites


At least 1 year working experience in GSM wireless network optimization

Objectives


Describe the function of each kind of logical channel

Describe the general radio signal process on Um interface

State the techniques used on Um interface

Describe typical GSM communication flow

Perform the operation for interface message trace

Identify the messages on A interface and Abis interface

Analysis the messages on A interface and Abis interface

Explain the important message parameters

Identify the fault by the method of analyzing the signaling flow

List the MS behaviors in idle mode

Describe the parameters associated with MS behaviors in idle mode

List the types of frequency hopping

Describe the functions of frequency hopping algorithm

GSM BSS8.1 Radio Network Performance Management

OMO04 0.5d Lecture, Demo

GSM BSS8.1 Radio Network Features

OMO02 4.75d Lecture, Lab

GSM BSS8.1 Radio Network Functionality


BSC6000 GSM Air Interface

OMA00 2.5d Lecture, Lab


Describe the parameters of frequency hopping

Describe the general flow of GSM power control algorithm

Interpret Huawei power control algorithm II

Interpret Huawei power control algorithm III

Describe the other features about power control

Describe the general flow of GSM handover algorithm

Interpret Huawei handover algorithm I/II

Describe the enhanced full rate algorithm

Describe the half rate algorithm

Describe the adaptive multiple rate algorithm

Describe the GSM radio channel allocation algorithm II

Describe the operations about performance management based on M2000

Interpret the general analysis procedure of traffic analysis

Interpret the functions of some typical counters

Training Content

OMA00 BSC6000 GSM Air Interface

GSM Radio Interface

Overview

Processing of Voice Signal

Features in GSM System

Timing Advance

Frequency Hopping

Discontinuous Transmission

Power Control

Radio Channel

GSM BSS Communication Flow

Location Update

Call Setup

Handover

Direct Retry

Short Message

Release

Case Analysis

BSC6000 GSM BSS Signaling Analysis Practice Guide

OMO00 GSM BSS8.1 Radio Network Functionality

BSC6000 GSM V9R8C12 Cell Parameters

Cell Parameters Overview

Cell Parameters Introduction

Case Study

BSC6000 GSM V9R8C12 Frequency Hopping

Hopping Overview


Hopping Classification

Hopping Parameters

BSC6000 GSM RNO Practice Guide (Cell Data)

OMO02 GSM BSS8.1 Radio Network Features

BSC6000 GSM V9R8C12 Power Control

Power Control Overview

HWⅡ Power Control

HWⅢ Power Control

Other Power Control

BSC6000 GSM V9R8C12 Multiple Rate Algorithm

Enhanced Full Rate

Half Rate

Adaptive Multiple Rate

BSC6000 GSM V9R8C12 Handover Algorithm I and Parameters

Introduction of Handover

Purposes of HO

Classification of HO

HO Algorithm Ⅰ Process

General HO Process

Measure and Measurement Result Report

Measurement Report Preprocessing

Handover Judgment

Handover Implementation

BSC6000 GSM RNO Practice Guide (Handover)

BSC6000 GSM RNO Practice Guide (Multiple Voice Rate)

BSC6000 GSM V9R8C01 Radio Channel Management Algorithm and Parameters

HW II Channel Assignment Procedure

Principle of Channel Assignment

Data Configuration of Channel Assignment

OMO04 GSM BSS8.1 Radio Network Performance Management

BSC6000 GSM V9R8C12 Traffic Statistics Analysis

Brief Introduction to BSC Traffic Statistics

Often-used Traffic Statistics Items Analysis

Duration

10 working days

Class Size

Min 6, Max 12


1.7.3 BSC6000 GPRS/EDGE Radio Network Planning and Optimization Training

Training Path

Target Audience

GPRS/EDGE Radio Network Planning and Optimization Engineers

Prerequisites


At least 1 year working experience in GPRS/EDGE wireless network planning and optimization

Objectives


Outline the GPRS/EDGE network structure and functions of entities in GPRS network

Describe the GPRS/EDGE frame structure of Um interface


Describe the typical application scenarios of different logical channel

Describer the multiple timeslot ability of GPRS/EDGE MS

Describe GPRS/EDGE channel setup flow

Describe GPRS/EDGE channel release flow

List the typical parameters for GPRS/EDGE radio network optimization

Interpret the typical parameters for GPRS/EDGE radio network optimization

Describe GPRS/EDGE power control algorithm

Describe GPRS/EDGE cell reselection conditions


Interpret the functions of typical counters

GPRS/EDGE Radio Network Planning


GSM BSS8.1 GPRS/EDGE Radio Network Performance Management

OMO08 1d Lecture, Demo

GSM BSS8.1 GPRS/EDGE Radio Network Features

OMO06 1.5d Lecture, Case

BSC6000 GPRS/EDGE Air Interface

OMA02 2d Lecture, Lab


List the typical KPIs

Interpret the definition and measurement points of typical KPIs

Describe the work flow of GPRS/EDGE radio network planning

Implement GPRS/EDGE radio network traffic capacity planning

Implement GPRS/EDGE radio network coverage planning

Implement GPRS/EDGE radio network frequency planning

Describe the influence to the GSM network

Training Content

OMA02 BSC6000 GPRS/EDGE Air Interface

BSC6000 GPRS EDGE Radio Interface

GPRS/EDGE System Overview

GPRS/EDGE Wireless Subsystem

GPRS/EDGE Numbering and Region

GPRS/EDGE Mobility Management

BSC6000 GPRS EDGE BSS Signaling Flow

GPRS Signaling Basis

Establishment of TBF in Um Interface

Release of TBF in Um Interface

Optimization Flow in Um Interface

Signaling Flow in Gb Interface

BSC6000 GPRS/EDGE BSS Signaling Flow Practice Guide

OMO06 GSM BSS8.1 GPRS/EDGE Radio Network Features

BSC6000 GPRS EDGE V9R8C01 Build-in PCU Radio Network Optimization Parameters

Radio Optimization Parameters

Power Control

Cell Reselection

Radio Channel Management

BSC6000 GSM RNO Practice Guide (GPRS EDGE Data Service)

OMO08 GSM BSS8.1 GPRS/EDGE Radio Network Performance Management

BSC6000 GPRS EDGE V9R8C01 Build-in PCU Traffic Statistics

GPRS-EDGE Traffic Statistics System

GPRS-EDGE Traffic Analysis

OMP00 GPRS/EDGE Radio Network Planning

GPRS EDGE Build-in PCU Radio Network Planning

Planning Principle

Capacity Planning (Um, Abis, Gb)

Coverage Planning

Frequency Planning

Signaling Channel Planning

Dual-band Network Solution

GPRS EDGE Radio Network Planning Practice Guide


Duration

5 working days

Class Size

Min 6, Max 12


1.7.4 BSC6900/BSC6910 GSM Radio Network Optimization Training

Training Path

Target Audience


Prerequisites



Objectives











List the MS behaviors in idle mode

Describe the parameters associated with MS behaviors in idle mode

List the types of frequency hopping

Describe the functions of frequency hopping algorithm

GSM BSS9.0/12.0/13.0/14.0 Radio Network Performance Management

OMO05 0.5d Lecture, Demo

GSM BSS9.0/12.0/13.0/14.0 Radio Network Features


GSM BSS9.0/12.0/13.0/14.0 Radio Network Functionality


BSC6900/BSC6910 GSM Air Interface

OMA01 2.5d Lecture, Lab


Describe the parameters of frequency hopping

Describe the general flow of GSM power control algorithm

Interpret Huawei power control algorithm II

Interpret Huawei power control algorithm III

Describe the other features about power control

Describe the general flow of GSM handover algorithm

Interpret Huawei handover algorithm I/II

Describe the enhanced full rate algorithm

Describe the half rate algorithm

Describe the adaptive multiple rate algorithm

Describe the GSM radio channel allocation algorithm II




Training Content

OMA01 BSC6900/BSC6910 GSM Air Interface

GSM Radio Interface

Overview

Processing of Voice Signal

Features in GSM System

Timing Advance

Frequency Hopping

Discontinuous Transmission

Power Control

Radio Channel

GSM BSS Communication Flow

Location Update

Call Setup

Handover

Direct Retry

Short Message

Release

Case Analysis

BSC6900 GSM BSS Signaling Analysis Practice Guide

OMO01 GSM BSS9.0/12.0/13.0/14.0 Radio Network Functionality

BSC6900 GSM V9R11R12R13R14R15 MS Behaviors in Idle Mode

System Information Reception

Cell Selection

Cell Reselection

Location Update

Paging Processing


Access Processing

Other parameters

BSC6900 GSM RNO Practice Guide (MS behavior in idle mode)

BSC6900 GSM V9R11R12R13R14R15 Frequency Hopping Algorithm and Parameters

Hopping Overview

Hopping Classification

Hopping Parameters

OMO03 GSM BSS9.0/12.0/13.0/14.0 Radio Network Features

BSC6900 GSM V9R14R15 Handover Algorithm I

Introduction of Handover

Purposes of HO

Classification of HO

HO Algorithm Ⅰ Process

General HO Process

Measure and Measurement Result Report

Measurement Report Preprocessing

Handover Judgment

Handover Implementation

BSC6900 GSM RNO Practice Guide (Handover I)

BSC6900 GSM V9R11R12R13R14R15 Power Control Algorithm and Parameters

Power Control Overview

HWⅡ Power Control Algorithm

HWⅢ Power Control Algorithm

Other Algorithms

BSC6900 RNO Practice Guide (Power Control)

BSC6900 GSM V9R11R12R13R14R15 Multiple Rate Algorithm and Parameters

Enhanced Full Rate

Half Rate

Adaptive Multiple Rate

BSC6900 GSM RNO Practice Guide (Multiple Rate Algorithm)

BSC6900 GSM V9R11R12R13R14R15 Radio Channel Allocation Algorithm and Parameters

HW II Channel Assignment Algorithm Basic

Channel Assignment Procedure

Channel Assignment Strategies

Detail Priorities of Channel Assignment Strategies

Channel Assignment Priorities and Data Configuration

Capacity Priorities and Data Configuration

Quality Priorities and Data Configuration

PS Coordination Priorities and Data Configuration

Management Priorities and Data Configuration

OMO05 GSM BSS9.0/12.0/13.0/14.0 Radio Network Performance Management

iManager M2000 V200R011 Performance Management


Performance Management Basic

Performance Management Preferences

Performance Database Capacity Parameters

Measurement Management

User-Defined Counter Management

Query Performance Result

Other Functions

BSC6900 GSM V9R11R12R13R14R15 Traffic Statistics

Traffic Statistics Items Analysis Process

Often-used Traffic Statistics Items Analysis

Duration

10 working days

Class Size

Min 6, Max 12


1.7.5 GSM BSC6900/BSC6910 GPRS/EDGE Radio Network Planning and

Optimization Training

Training Path

Target Audience


Prerequisites


At least 1 year working experience in GPRS/EDGE wireless network planning and optimization

Objectives


Outline the GPRS/EDGE network structure and functions of entities in GPRS network

Describe the GPRS/EDGE frame structure of Um interface


Describe the typical application scenarios of different logical channel

Describer the multiple timeslot ability of GPRS/EDGE MS

Describe GPRS/EDGE channel setup flow

Describe GPRS/EDGE channel release flow

List the typical parameters for GPRS/EDGE radio network optimization

Interpret the typical parameters for GPRS/EDGE radio network optimization

Describe GPRS/EDGE power control algorithm

Describe GPRS/EDGE cell reselection conditions


GPRS/EDGE Radio Network Planning


GSM BSS9.0/12.0/13.0/14.0 GPRS/EDGE Radio Network Performance Management

OMO09 1d Lecture, Demo

GSM BSS9.0/12.0/13.0/14.0 GPRS/EDGE Radio Network Features

OMO07 1.5d Lecture, Case

BSC6900/BSC6910 GPRS/EDGE Air Interface

OMA03 2d Lecture, Lab


Interpret the functions of typical counters

List the typical KPIs

Interpret the definition and measurement points of typical KPIs

Describe the work flow of GPRS/EDGE radio network planning

Implement GPRS/EDGE radio network traffic capacity planning

Implement GPRS/EDGE radio network coverage planning

Implement GPRS/EDGE radio network frequency planning

Describe the influence to the GSM network

Training Content

OMA03 BSC6900/BSC6910 GPRS/EDGE Air Interface

BSC6900 GPRS EDGE Radio Interface





BSC6900 GPRS EDGE BSS Signaling Flow

GPRS Signaling Basis

Establishment of TBF in Um Interface

Release of TBF in Um Interface

Optimization Flow in Um Interface

Signaling Flow in Gb Interface

BSC6900 GPRS/EDGE BSS Signaling Flow Practice Guide

OMO07 GSM BSS9.0/12.0/13.0/14.0 GPRS/EDGE Radio Network Features

BSC6900 GPRS EDGE V9R11R12R13R14R15 Build-in PCU Radio Network Optimization

Parameters

GPRS/EDGE Cell Parameters

GPRS/EDGE Power Control

GPRS/EDGE Cell Reselection

GPRS/EDGE Performance Parameters

BSC6900 GSM RNO Practice Guide (GPRS EDGE Data Service)

OMO09 GSM BSS9.0/12.0/13.0/14.0 GPRS/EDGE Radio Network Performance Management

iManager M2000 V200R011 Performance Management

Performance Management Basic

Performance Management Preferences

Performance Database Capacity Parameters

Measurement Management

User-Defined Counter Management

Query Performance Result

Other Functions

BSC6900 GPRS EDGE V9R11R12R13R14R15 Traffic Statistics




OMP00 GPRS/EDGE Radio Network Planning

GPRS EDGE Build-in PCU Radio Network Planning

Planning Principle

Capacity Planning (Um, Abis, Gb)

Coverage Planning

Frequency Planning

Signaling Channel Planning

Dual-band Network Solution

GPRS EDGE Radio Network Planning Practice Guide

Duration

5 working days

Class Size

Min 6, Max 12


1.7.6 GSM to UMTS/LTE Radio Network Interoperability Training

Training Path

Target Audience


Prerequisites

Completion of the following program(s):

GSM BSC6000 Radio Network Optimization Training,

OR GSM BSC6900 Radio Network Optimization Training

Objectives


Describe the inter-RAT CS cell reselection conditions

Describe the inter-RAT PS cell reselection conditions

Describe the inter-RAT handover algorithm

Describe the signaling flow of inter-RAT handover

Training Content

OMO10 GSM 2G/3G/4G Interoperability

BSC6900 GSM V9R12R13R14 Inter-RAT UE Behaviors in Idle Mode(GSM-WCDMA and

GSM-LTE)

Overview of Inter-RAT UE Behavior in Idle Mode

GSM-WCDMA Cell Reselection

GSM-LTE Cell Reselection

BSC6900 GSM V9R12R13R14 Inter-RAT Handover Algorithm(GSM-WCDMA and GSM-LTE)

GSM-WCDMA Handover Procedure

GSM-LTE Handover Procedure

Duration

1 working day

Class Size

Min 6, Max 12

GSM 2G/3G/4G Interoperability

OMO10 1d Lecture


1.7.7 GSM Indoor Coverage Training

Training Path

Target Audience



Prerequisites



Objectives


List the types of common components for indoor coverage

Describe the functions of common components for indoor coverage

Describe the functions of repeaters

Describe the method of GSM indoor coverage planning

Describe the method of GSM indoor coverage optimization

Describe the method of indoor and outdoor inter-operation

Describe the stadium coverage solution

Describe the metro coverage solution

Describe the airport coverage solution

Describe the resident location coverage solution

Describe the commercial building coverage solution

Describe the campus coverage solution

Training Content

OMP03 Common Components for Indoor Coverage and Repeater Introduction

Common Components for Indoor Coverage

GSM Indoor Coverage Solution

OMO12 0.25d Lecture

GSM Indoor Coverage Planning and Optimization

OMP04 1.25d Lecture

Common Components for Indoor Coverage and Repeater Introduction

OMP03 0.5d Lecture


Amplifier

Power Splitter

Coupler

Bridge

Combiner

POI

Attenuator

Load

Antenna

Leaky Cable

Attenuator Feeder, Connector, and Adapter

Repeater Introduction

Concepts

Working Principles

The KPIs of Repeater

The Classification of Repeater

The Application of Repeater

Installation and Commissioning

OMP04 GSM Indoor Coverage Planning and Optimization

In-building Coverage System Introduction

In-building Coverage System Trend

Challenge

In-building Coverage System Solution

In-building Coverage Key Points

GSM Indoor Coverage Network Optimization

Purpose of Indoor Coverage Optimization

Preparations for Indoor Coverage Optimization

Principles of Indoor Coverage Optimization

Indoor Coverage Optimization Test

Indoor Coverage Optimization Analysis

In-building Coverage Site Survey and Design

Indoor Coverage Survey and Design Process

Indoor Coverage Survey

Indoor Coverage Design Basis

Indoor Coverage System Design

GSM IBS Indoor&Outdoor Inter-operation Solution

The Conception of IBS Indoor

Outdoor Inter-operation Optimization Solution

The Method for IBS Indoor

Outdoor Inter-operation Optimization

OMO12 GSM Indoor Coverage Solution

Stadium Coverage Solution


Requirement of Stadium Coverage Solutions

Huawei Stadium Coverage Solution

Solutions

Successful Cases

Metro Coverage Solution

The Key Demands of Metro Coverage

Huawei Metro tunnel Coverage Solution

Successful Cases

Airport Coverage Solution

The Key Demands of Airport Coverage

Huawei Airport Coverage Solution

Successful Cases

Resident Location Coverage Solution

Requirement of Resident Location Coverage Solutions

Huawei Resident Location Coverage Solution

Key Technical Points

Successful Cases

Commercial Building Coverage Solution

Brief Introduction of Commercial Building Coverage Solution

Huawei Commercial Coverage Solution

Key Points in Coverage Solution Design

Successful Cases

Campus Network Solution

Brief Introduction of Campus Network Solution

Huawei Campus Coverage Solution

Key Points In Coverage Solution Design

Successful Cases

Duration

2 working days

Class Size

Min 6, Max 12


1.7.8 GPRS EDGE Signaling Training

Training Path

Target Audience


Prerequisites



Objectives


Describe the layer3 of Um interface and relative signalling flows

Describe the layer2 of Um interface and relative signaling flows


Describe the Gb interface and relative signaling flows

Describe the Gn/Gp interface and relative signaling flows

Training Content

OMA05 GPRS EDGE Signaling

GPRS EDGE Signaling

Introduction and Protocols Overview

Um interface – Layer 3



Gb interface

Gn/Gp interface

GPRS EDGE Signaling Student Book

Duration

2 working days

Class Size

Min 6, Max 12

GPRS EDGE Signaling

OMA05 2d Lecture


1.7.9 Evolved EDGE Training

Training Path

Target Audience


Prerequisites



Objectives


Describe the principle of evolved EDGE

List the feature set

Describe the EGPRS2 resource allocation and operation

Training Content

OMA04 Evolved EDGE

Evolved EDGE

Introduction to Evolved EDGE

The Feature Set

EGPRS2 Resource Allocation and Operation

Evolved EDGE Student Book

Duration

1 working day

Class Size

Min 6, Max 12

Evolved EDGE

OMA04 1d Lecture


1.7.10 GSM BSS14.0 Feature Delta Training

Training Path

Target Audience


Prerequisites




Objectives


Describe the enhanced part in handover algorithm I

Describe the enhanced part in handover algorithm II

Describe the feature of VAMOS

Describe the feature of PS power control

Describe the feature of HSCSD

Describe the feature of smart pipe

Training Content

OMO15 GSM BSS14.0 Feature Delta

BSC6900 GSM Feature-VAMOS

VAMOS Overview

Principle of VAMOS


Impacts of VAMOS on the Network

Design and Implementation Method

Data Configuration Procedure

Optimization Parameters Configuration

Performance Measurement Counters

BSC6900 GSM Feature-PS Power Control

Background of PS Power Control

Principle of PS Power Control

Algorithm of PS Power Control

Relative Counters of PS Power Control

GBSS14.0 Handover Algorithm Delta

Handover Algorithm I Enhanced

GSM BSS14.0 Feature Delta

OMO15 1d Lecture


Handover Algorithm II Enhance

GSM Smart Pipe

Active TBF Allocation

PS Service Improvement

GSM Smartphone Solution

Multiple CCCHs

Layered Paging

RACH Storm Filtration

Duration

1 working day

Class Size

Min 6, Max 12


1.7.11 GSM BSS15.0 Feature Delta Training

Training Path

Target Audience


Prerequisites




Objectives


Describe the enhanced part in handover algorithm I

Describe the enhanced part in handover algorithm II

Describe the feature of VAMOS

Describe the feature of PS power control

Describe the feature of HSCSD

Describe the feature of smart pipe

Training Content

OMO17 GSM BSS15.0 Feature Delta

GBSS15.0 Feature Delta-Smooth Voice Call Handover

The Principle and Application Scenarios of smooth voice call handover

Data Configuration of smooth voice call handover

Impact on Performance

GBSS15.0 Feature Delta-CS Basic Performance Optimization

Interference Band Algorithm Enhance

SA Multi-frame Counter Optimization

GBSS15.0 Feature Delta-Small Packet Resource Balancing

The Principle and Application Scenarios of small packet resource balancing

Data Configuration of small packet resource balancing


GBSS15.0 Feature Delta-PS Access Congestion Balancing

The Principle and Application Scenarios of PS access congestion balancing

Data Configuration of PS access congestion balancing


GSM BSS15.0 Feature Delta

OMO17 1d Lecture


Duration

1 working day

Class Size

Min 6, Max 12


1.7.12 GSM Highway and High-speed Railway Solution Training

Training Path

Target Audience



Prerequisites


GSM Radio Network Design and Planning Training

Objectives


Describe highway and high-speed railway solution

Describe the networking strategy of highway and high-speed railway

Describe the feature and equipment of highway and high-speed railway

Describe the scenario solutions of highway and high-speed railway

Describe the optimization method of highway and high-speed railway

Training Content

OMO11 GSM Highway and High-speed Railway Solution


Overview of Highway and High-speed Railway Solution

Networking Strategy of Highway and High-speed Railway

Feature and Equipment of Highway and High-speed Railway

Scenario Solutions of Highway and High-speed Railway

Optimization of Highway and High-speed Railway

Duration

1 working day

Class Size

Min 6, Max 12


OMO11 1d Lecture


1.7.13 GSM Radio Network Analysis Training

Training Path

Target Audience


Prerequisites




Objectives


Describe the key KPIs of TCH/SDCCH call drop

Summarize the typical problems of call drop in realistic network

Analyze the main reasons of call drop

Describe the key KPIs of handover

Summarize the typical problems of handover failure in realistic network

Analyze the main reasons of handover failure

Study the cases

Training Content

OMO14 BSC6900/BSC6910 GSM Radio Network Optimization

BSC6900 GSM Call Drop Problem Analysis

Call Drop Definition and Main Reasons

Detail Reasons Location and Solution for Call Drop

Call Drop Cases

BSC6900 GSM Handover Problem Analysis

Handover Process Flow

Measurement Points and Performance Index of Handover

Analysis of Handover Problem

Handover Cases

GSM Interference Analysis

Symptoms and Classification of Network Interference

Approaches to Identifying Network Interference

Locating and Solving Interference Problems

GSM Speech Quality Problem Analysis

Evaluation Standards and Principles of Speech Quality

BSC6900/BSC6910 GSM Radio Network Optimization

OMO14 2d Lecture, Case


Statistics and Analysis of Factors Affecting the MOS

Subjective Speech Problem Handling

Voice-Related Key Parameters

GSM Paging Problem Analysis

Paging Definition Overview

Paging Problem Analysis Process

Paging Cases

GSM Precautions and Emergency Maintenance for Large Traffic

Duration

2 working days

Class Size

Min 6, Max 12


1.7.14 GPRS/EDGE Radio Network Analysis Training

Training Path

Target Audience


Prerequisites


GSM BSC6000 GPRS/EDGE Radio Network Optimization Training,

OR GSM BSC6900 GPRS/EDGE Radio Network Optimization Training

Objectives


Describe the general analysis method of TBF setup success rate problem

Introduce the detailed solution of TBF setup success rate problem

Describe the general analysis method of download speed problem

Introduce the detailed solution of download speed problem

Study the cases

Training Content

OMO16 BSC6900/BSC6910 GPRS/EDGE Radio Network Optimization

BSC6900 GPRS EDGE Radio Network Optimization Problem Analysis-Low TBF Establishment

Success Ratio

Relative Formula

Signaling Procedure

Analysis and Optimization Methods

Cases Study

BSC6900 GPRS EDGE Radio Network Optimization Problem Analysis-Low Data Throughput

Low Download Rate Problem Analysis

Low Upload Rate Problem Analysis

Duration

1 working day

Class Size

Min 6, Max 12

BSC6900/BSC6910 GPRS/EDGE Radio Network Optimization

OMO16 1d Lecture, Case


1.8 GSM RNP&RNO WBT

1.8.1 GSM Radio Channel(WBT)

Training Path

Target Audience

GSM BSS senior engineers

GSM RNP engineers

GSM RNO engineers

Prerequisites

Having basic knowledge of radio network system

Objectives











Training Content

OMA50 GSM Radio Channel(WBT)

GSM Radio Channel(WBT)





Duration

0.5 hour

Class Size

Min 6, Max 12

GSM Radio Channel (WBT)

OMA50 0.5h Lecture


1.8.2 BSC6900 GSM GPRS EDGE PM System and Counters Overview(WBT)

Training Path

Target Audience

GSM BSS Engineers

GSM RNP Engineers

GSM RNO Engineers

Prerequisites

Completion of the following course(s):

BSC6900 GSM Air Interface

Objectives





Training Content

OMO51 BSC6900 GSM GPRS EDGE PM System and Counters Overview(WBT)

BSC6900 GSM GPRS EDGE PM System and Counters Overview(WBT)



Duration

1.2 hour

Class Size

Min 6, Max 12

BSC6900 GSM GPRS EDGE PM System and Counters Overview (WBT)

OMO51 1.2h Lecture


1.8.3 GSM System Technology(WBT)

Training Path

Target Audience


GSM RNP engineers

GSM RNO engineers

Prerequisites


Objectives











Training Content

OMA51 GSM System Technology(WBT)

GSM System Technology(WBT)

GPRS System Overview

GPRS Architecture

GPRS Network Interfaces

Protocols

GPRS Wireless Subsystem

GPRS Location Area

Duration

0.2 hour

Class Size

Min 6, Max 12

GSM System Technology (WBT)

OMA51 0.2h Lecture


1.8.4 In-building Coverage Overview(WBT)

Training Path

Target Audience

GSM BSS Engineers

GSM RNP Engineers

GSM RNO Engineers

Prerequisites

Completion of the following course(s):

GSM Radio Network Planning

Objectives


Implement GSM radio network coverage planning

Explain the link budget model and its application

Explain the advance technology for improving coverage

Training Content

OMP51 In-building Coverage Overview (WBT)

In-building Coverage Overview(WBT)

In-building Coverage System Trend and Challenge

In-building Coverage System Solution

In-building Coverage Key Points

Duration

1 hour

Class Size

Min 6, Max 12

In-building Coverage Overview (WBT)

OMP51 1h Lecture


1.8.5 BSC6900 Signaling Trace Introduction(WBT)

Training Path

Target Audience


GSM RNO engineers

Prerequisites


Objectives





Describe the Gb interface and relative signaling flows

Describe the Gn/Gp interface and relative signaling flows

Training Content

OMO52 BSC6900 Signaling Trace Introduction (WBT)

BSC6900 Signaling Trace Introduction(WBT)

Location Update

Call Setup

Handover

Direct Retry

Short Message

Release

Case Analysis

Duration

0.5 hour

Class Size

Min 6, Max 12

BSC6900 Signaling Trace Introduction (WBT)

OMO52 0.5h Lecture

training proposal for gsm product technical training project

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