2013 Customer Training Catalog - Course Descriptions(GSM) PDF (2)

Customer Training Catalog Course Descriptions

Customer Training Catalog Course Descriptions GSM

HUAWEI Learning Service 2013

COMMERCIAL IN CONFIDENCE

1


CONTENTS 1.1

Training Course Descriptions ..................................................................................................................... 6

1.2

GSM RNP&RNO Training Courses .......................................................................................................... 12 1.2.1

OMA00 BSC6000 GSM Air Interface ............................................................................................... 12

1.2.2

OMA01 BSC6900 GSM Air Interface ............................................................................................... 13

1.2.3

OMO00 GSM BSS8.1 Radio Network Functionality......................................................................... 14

1.2.4

OMO01 GSM BSS9.0/12.0/13.0/14.0 Radio Network Functionality ................................................. 15

1.2.5

OMO02 GSM BSS8.1 Radio Network Features .............................................................................. 16

1.2.6

OMO03 GSM BSS9.0/12.0/13.0/14.0 Radio Network Features ....................................................... 17

1.2.7

OMO04 GSM BSS8.1 Radio Network Performance Management .................................................. 18

1.2.8

OMO05 GSM BSS9.0/12.0/13.0/14.0 Radio Network Performance Management .......................... 19

1.2.9

OMO10 GSM 2G/3G/4G Interoperability ......................................................................................... 20

1.2.10

OMO13 BSC6000 GSM Radio Network Optimization...................................................................... 21

1.2.11

OMO14 BSC6900 GSM Radio Network Optimization...................................................................... 22

1.2.12

OMP00 GSM Antenna Basics .......................................................................................................... 23

1.2.13

OMP01 GSM Radio Network Planning ............................................................................................ 24

1.2.14

OMO11 GSM Highway and High-speed Railway Solution ............................................................... 25

1.2.15

OMO15 GSM BSS14.0 Feature Delta ............................................................................................. 26

1.2.16

OMP03 Common Components for Indoor Coverage and Repeater Introduction ............................. 27

1.2.17

OMP04 GSM Indoor Coverage Planning and Optimization ............................................................. 28

1.2.18

OMO12 GSM Indoor Coverage Solution.......................................................................................... 29

1.3

GPRS/EDGE RNP&RNO Training Courses ............................................................................................. 30 1.3.1

OMA02 BSC6000 GPRS/EDGE Air Interface .................................................................................. 30

1.3.2

OMA03 BSC6900 GPRS/EDGE Air Interface .................................................................................. 31

1.3.3

OMO06 GSM BSS8.1 GPRS/EDGE Radio Network Features ........................................................ 32

1.3.4

OMO07 GSM BSS9.0/12.0/13.0/14.0 GPRS/EDGE Radio Network Features ................................ 33

1.3.5

OMO08 GSM BSS8.1 GPRS/EDGE Radio Network Performance Management ............................ 34

1.3.6

OMO09 GSM BSS9.0/12.0/13.0/14.0 GPRS/EDGE Radio Network Performance Management .... 35

1.3.7

OMO15 BSC6000 GPRS/EDGE Radio Network Optimization ........................................................ 36

1.3.8

OMO16 BSC6900 GPRS/EDGE Radio Network Optimization ........................................................ 37

1.3.9

OMP00 GPRS/EDGE Radio Network Planning ............................................................................... 38

1.3.10

OMA04 Evolved EDGE .................................................................................................................... 39

1.3.11

OMA05 GPRS EDGE Signaling ....................................................................................................... 40

1.4

GSM Training Courses ............................................................................................................................. 41 1.4.1

OMC00 BSC6900 GSM V9R11 Product Description ....................................................................... 41

1.4.2

OMC01 BSC6900 GSM V9R11 Operation and Maintenance .......................................................... 42

1.4.3

OMC02 BSC6900 GSM V9R11 Data Configuration......................................................................... 43

1.4.4

OMC03 BSC6900 GSM V9R11 Installation and Commissioning ..................................................... 44

1.4.5

OMC04 BSC6900 GSM V9R11 Troubleshooting ............................................................................. 45

1.4.6

OMB00 BTS3900 GSM V1R2 Product Description ......................................................................... 46

1.4.7

OMB01 BTS3900 GSM V1R2 Operation and Maintenance ............................................................. 47


2


1.4.8

OMB02 BTS3900 GSM V1R2 Data Configuration ........................................................................... 48

1.4.9

OMB03 MBTS GO V1R2 installation and commissioning ................................................................ 49

1.4.10

OMC05 BSC6900 GSM V9R12 Product Description ....................................................................... 50

1.4.11

OMC06 BSC6900 GSM V9R12 Operation and Maintenance .......................................................... 51

1.4.12

OMC07 BSC6900 GSM V9R12 Data Configuration ........................................................................ 52

1.4.13

OMC08 BSC6900 GSM V9R12 Installation and Commissioning ..................................................... 53

1.4.14

OMC09 BSC6900 GSM V9R12 Troubleshooting ............................................................................. 54

1.4.15


1.4.16


1.4.17


1.4.18

OMB07 BTS3900 GSM V1R3 Installation and Commissioning ....................................................... 58

1.4.19

OMC13 BSC6900 GSM V9R12 Dimensioning ................................................................................ 59

1.4.20

OMC14 BSC6900 GSM V9R8-V9R12 Delta .................................................................................... 60

1.4.21

OMC15 BSC6900 GSM V9R8-V9R11 Delta .................................................................................... 61

1.4.22


1.4.23

OMB11 BTS3900 GSM V3R8 Product Description .......................................................................... 63

1.4.24

OMB12 BTS3900 GSM V3R8 Commissioning ................................................................................ 64

1.4.25


1.4.26

OMB14 BTS3900 GSM V3R8 data configuration ............................................................................ 66

1.4.27


1.4.28


1.4.29

OMB17 BTS&DBS3900 GSM V3R8 Troubleshooting...................................................................... 69

1.4.30

OMC16 BSC6000 GSM V9R8 Product Description ......................................................................... 70

1.4.31

OMC17 BSC6000 GSM V9R8 Operation and Maintenance ............................................................ 71

1.4.32

OMC18 BSC6000 GSM V9R8 Data Configuration .......................................................................... 72

1.4.33

OMC19 BSC6000 GSM V9R8 Software Installation & Upgrade ...................................................... 73

1.4.34

OMC20 BSC6000 GSM V9R8 Feature ............................................................................................ 74

1.4.35

OMC21 BSC6000 GSM V9R8C12 Delta Training............................................................................ 75

1.4.36

OMB18 BTS3012 GSM V3R8 Special Topic .................................................................................... 76

1.4.37

OMC22 PCU6000 (External PCU) Operation and Maintenance ...................................................... 77

1.4.38

OMC23 BSC6000 GSM V9R8 Troubleshooting ............................................................................... 79

1.4.39

OMC24 BSC6000 GSM V9R8 Advanced troubleshooting Training ................................................. 80

1.4.40

OMC25 BSC6000 GSM V9R8 TOP10 Alarm Processing ................................................................ 81

1.4.41

OMC26 BSC6000 GSM V9R8 IP Topic............................................................................................ 82

1.4.42

OMB19 BTS3012 GSMR V3R8 Product Description ....................................................................... 83

1.4.43

OMB20 DBS3900 GSMR V3R8 Product Description....................................................................... 84

1.4.44

OMB21 DBS3900 GSMR V3R8 Commissioning ............................................................................. 85

1.4.45

OMB22 BTS3012 GSMR V3R8 Data Configuration ........................................................................ 86

1.4.46

OMB23 DBS3900 GSMR V3R8 data configuration ......................................................................... 87

1.4.47

OMB24 BTS3012 GSMR V3R8 Operation and Maintenance .......................................................... 88

1.4.48

OMB25 DB3900 GSMR V3R8 Operation and Maintenance ............................................................ 89

1.4.49

OMB26 DBS3900 GSMR V3R8 Troubleshooting ............................................................................ 90


3


1.4.50

OMC27 BSC6000 GSMR V9R8 Product Description ...................................................................... 91

1.4.51

OMC28 BSC6000 GSMR V9R8 Operation and Maintenance ......................................................... 92

1.4.52

OMC29 BSC6000 GSMR V9R8 Data Configuration ........................................................................ 93

1.4.53

OMC30 BSC6000 GSMR V9R8 Software Installation & Upgrade ................................................... 94

1.4.54

OMC31 BSC6000 GSMR V9R8C15 BSS Signaling Flow and analysis ........................................... 95

1.4.55

OMC32 BSC6000 GSMR V9R8C15 HSCSD Introduction ............................................................... 96

1.4.56

OMC33 BSC6000 GSMR V9R8C15 Troubleshooting...................................................................... 97

1.4.57

OMC34 BSC6000 GSMR V901R008 Product Description .............................................................. 98

1.4.58

OMC35 BSC6000 GSMR V901R008 Operation and Maintenance ................................................. 99

1.4.59

OMC36 BSC6000 GSMR V901R008 Data Configuration .............................................................. 100

1.4.60

OMC37 BSC6000 GSMR V901R008 Installation and Commissioning .......................................... 101

1.4.61

OMC38 BSC6000 GSMR V901R008 Troubleshooting .................................................................. 102

1.4.62

OMB27 DBS3900 GSMR V301R008 Product Description ............................................................. 103

1.4.63

OMB28 DBS3900 GSMR V301R008 Operation and Maintenance ................................................ 104

1.4.64

OMB29 DBS3900 GSMR V301R008 Data Configuration .............................................................. 105

1.4.65

OMB30 DBS3900 GSMR V301R008 installation and commissioning ........................................... 106

1.4.66

OMC39 BSC6000 GSMR V901R008 BSS Signaling Flow and analysis ....................................... 107

1.4.67

OMC40 BSC6000 GSMR V901R008 HSCSD Introduction ........................................................... 108

1.4.68

OMB31 BTS&DBS3900 GSM V1R2 Troubleshooting.................................................................... 109

1.4.69

OMB32 BTS&DBS3900 GSM V1R3 Troubleshooting.................................................................... 110

1.4.70

OMC50 BSC6900 GSM V900R013 Product Description ................................................................111

1.4.71

OMC51 BSC6900 GSM V900R013 Operation and Maintenance .................................................. 112

1.4.72

OMC52 BSC6900 GSM V900R013 Data Configuration ................................................................ 113

1.4.73

OMC53 BSC6900 GSM V900R013 Installation and Commissioning ............................................. 114

1.4.74

OMC54 BSC6900 GSM V900R013 Troubleshooting ..................................................................... 115

1.4.75

OMB33 MBTS GSM V100R004 Product Description..................................................................... 116

1.4.76

OMB34 MBTS GSM V100R004 Operation and Maintenance ........................................................ 117

1.4.77

OMB35 MBTS GSM V100R004 Data Configuration ...................................................................... 118

1.4.78

OMB36 MBTS GSM V100R004 Installation and Commissioning .................................................. 119

1.4.79

OMC55 BSC6900 GSM V900R013 Dimensioning ........................................................................ 120

1.4.80

OMC56 BSC6900 GSM V900R012 - V900R013 Delta .................................................................. 121

1.4.81

OMB37 MBTS GSM V100R004 Troubleshooting .......................................................................... 122

1.4.82

OMC58 BSC6900 GSM V900R013 Data Reconfiguration............................................................. 123

1.4.83

OMB38 MBTS GSM V100R004 Data Reconfiguration .................................................................. 124

1.4.84

OMC59 BSC6900 GSM V900R011 Data Reconfiguration ............................................................. 125

1.4.85


1.4.86


1.4.87


1.4.88

OMC61 BSC6900 GSM V900R014 Product Description ............................................................... 129

1.4.89

OMC62 BSC6900 GSM V900R014 Operation and Maintenance .................................................. 130

1.4.90

OMC63 BSC6900 GSM V900R014 Data Configuration ................................................................ 131

1.4.91

OMC64 BSC6900 GSM V900R014 Installation and Commissioning ............................................. 132


4


1.4.92


1.4.93

OMC66 BSC6900 GSM V900R014 Migration ............................................................................... 134

1.4.94

OMC67 BSC6900 GSM V900R014 Expanding ............................................................................. 135

1.4.95

OMC68 BSC6900 GSM V900R014 Dimensioning ........................................................................ 136

1.4.96

OMC69 BSC6900 GSM V900R013 - V900R014 Delta .................................................................. 137

1.4.97

OMC70 BSC6900 GSM V900R014 Troubleshooting ..................................................................... 138

1.4.98

OMB41 MBTS GSM V100R007 Product Description..................................................................... 139

1.4.99

OMB42 MBTS GSM V100R007 Operation and Maintenance ........................................................ 140

1.4.100

OMB43 MBTS GSM V100R007 Data Configuration ...................................................................... 141

1.4.101

OMB44 MBTS GSM V100R007 Installation and Commissioning .................................................. 142

1.4.102

OMB45 MBTS GSM V100R007 Troubleshooting .......................................................................... 143

1.4.103


1.4.104

OMB47 MBTS GSM V100R007 Expanding ................................................................................... 145

1.4.105

OMB48 MBTS GSM V100R007 Migration ..................................................................................... 146

1.4.106

OMC71 GSM IPRAN Fundamental................................................................................................ 147

1.4.107

OMC72 GSM IPRAN MSTP/PTN Networking ............................................................................... 148

1.4.108

OMC73 GSM IPRAN Networking Planning.................................................................................... 149

1.4.109

OMC74 GSM IPRAN

1.4.110

OMC75 GSM IPRAN Maintenance and Monitoring ....................................................................... 152

1.4.111

OMC76 GSM IPRAN Troubleshooting ........................................................................................... 153

1.4.112

OMC77 GSM IPRAN Principles for Interfaces over IP ................................................................... 154

1.4.113

OMC78 BSC6900 GSM V900R013-V900R014 Upgrade .............................................................. 155

1.4.114

OMC79 MBTS GSM V100R004 - V100R007 Upgrade .................................................................. 156

1.4.115

OMB49 GSM BSS14.0 Antenna and Feeder Maintenance............................................................ 157

1.4.116

OMC80 GSM IPRAN A over IP Reconstruction ............................................................................. 158

1.4.117

OMC81 GSM IPRAN Gb over IP Reconstruction........................................................................... 159

1.4.118

OMC82 GSM IPRAN Abis over IP Reconstruction......................................................................... 160

1.4.119

OMC83 GSM BSS14.0 Emergency Maintenance .......................................................................... 161

1.4.120

OMC84 GSM BSS14.0 Precautions and Emergency Maintenance for Large Traffic ..................... 162

1.4.121

OMC85 BSC6900 GSM Fault Information Collecting..................................................................... 163

1.4.122

OMC86 BSC6900 CS Troubleshooting .......................................................................................... 164

1.4.123

OMC87 BSC6900 PS Troubleshooting .......................................................................................... 165

1.4.124

OMC88 BSC6900 IP Transmission Troubleshooting ..................................................................... 166

1.4.125

OMC89 BSC6900 Clock Troubleshooting ...................................................................................... 167

Feature Application ................................................................................... 150


5

1.1 Training Course Descriptions GSM Training Courses are designed as follows: Duration Code

Training Courses

Level

(working days)

Training

Class

Location

Size

GSM RNP&RNO Training Courses OMA00

BSC6000 GSM Air Interface

Ⅲ

2.5

6 ~ 12

OMA01

BSC6900 GSM Air Interface

Ⅲ

2.5

6 ~ 12

OMO00

GSM BSS8.1 Radio Network Functionality

Ⅲ

2.25

6 ~ 12

OMO01

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

Ⅲ

2.25

6 ~ 12

OMO02

GSM BSS8.1 Radio Network Features

Ⅲ

4.75

6 ~ 12

OMO03

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

Ⅲ

4.75

6 ~ 12

OMO04

GSM BSS8.1 Radio Network Performance Management

Ⅲ

0.5

6 ~ 12

Ⅲ

0.5

6 ~ 12

OMO05

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

OMO10

GSM 2G/3G/4G Interoperability

Ⅳ

1

6 ~ 12

OMO13

BSC6000 GSM Radio Network Optimization

Ⅲ

1

6 ~ 12

OMO14

BSC6900 GSM Radio Network Optimization

Ⅳ

2

6 ~ 12

OMP00

GSM Antenna Basics

Ⅱ

0.5

6 ~ 12

OMP01

GSM Radio Network Planning

Ⅲ

3.5

6 ~ 12

OMO11

GSM Highway and High-speed Railway Solution

Ⅳ

1

6 ~ 12

OMO15

GSM BSS14.0 Feature Delta

Ⅲ

1

6 ~ 12

Ⅱ

0.5

6 ~ 12

OMP03

Common Components for Indoor Coverage and Repeater Introduction

OMP04

GSM Indoor Coverage Planning and Optimization

Ⅲ

1.25

6 ~ 12

OMO12

GSM Indoor Coverage Solution

Ⅲ

0.25

6 ~ 12

GPRS/EDGE RNP&RNO Training Courses OMA02

BSC6000 GPRS/EDGE Air Interface

Ⅲ

2

6 ~ 12

OMA03

BSC6900 GPRS/EDGE Air Interface

Ⅲ

2

6 ~ 12

OMO06

GSM BSS8.1 GPRS/EDGE Radio Network Features

Ⅲ

1.5

6 ~ 12


6

OMO07

OMO08

OMO09

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

Ⅲ

1.5

6 ~ 12

Ⅲ

1

6 ~ 12

Ⅲ

1

6 ~ 12

Features GSM BSS8.1 GPRS/EDGE Radio Network Performance Management GSM BSS9.0/12.0/13.0/14.0 GPRS/EDGE Radio Network Performance Management

OMO15

BSC6000 GPRS/EDGE Radio Network Optimization

Ⅲ

0.5

6 ~ 12

OMO16

BSC6900 GPRS/EDGE Radio Network Optimization

Ⅳ

1

6 ~ 12

OMP00

GPRS/EDGE Radio Network Planning

Ⅲ

0.5

6 ~ 12

OMA04

Evolved EDGE

Ⅳ

1

6 ~ 12

OMA05

GPRS EDGE Signaling

Ⅳ

2

6 ~ 12

GSM Product Training Courses OMC00

BSC6900 GSM V9R11 Product Description

Ⅱ

1

6 ~ 12

OMC01

BSC6900 GSM V9R11 Operation and Maintenance

Ⅱ

2

6 ~ 12

OMC02

BSC6900 GSM V9R11 Data Configuration

Ⅲ

3

6 ~ 12

OMC03

BSC6900 GSM V9R11 Installation and Commissioning

Ⅱ

1

6 ~ 12

OMC04

BSC6900 GSM V9R11 Troubleshooting

Ⅳ

5

6 ~ 12

OMB00

BTS3900 GSM V1R2 Product Description

Ⅱ

1

6 ~ 12

OMB01

BTS3900 GSM V1R2 Operation and Maintenance

Ⅱ

1

6 ~ 12

OMB02

BTS3900 GSM V1R2 Data Configuration

Ⅱ

2

6 ~ 12

OMB03

MBTS GO V1R2 installation and commissioning

Ⅱ

1

6 ~ 12

OMC05


Ⅱ

1

6 ~ 12

OMC06


Ⅱ

2

6 ~ 12

OMC07


Ⅲ

3

6 ~ 12

OMC08


Ⅱ

1

6 ~ 12

OMC09


Ⅳ

5

6 ~ 12

OMB04


Ⅱ

1

6 ~ 12

OMB05


Ⅱ

1

6 ~ 12

OMB06


Ⅱ

2

6 ~ 12

OMB07

BTS3900 GSM V1R3 Installation and Commissioning

Ⅱ

1

6 ~ 12


7

OMC13

BSC6900 GSM V9R12 Dimensioning

Ⅲ

1

6 ~ 12

OMC14

BSC6900 GSM V9R8-V9R12 Delta

Ⅲ

2

6 ~ 12

OMC15

BSC6900 GSM V9R8-V9R11 Delta

Ⅲ

2

6 ~ 12

OMB10


Ⅱ

0.5

6 ~ 12

OMB11


Ⅱ

1

6 ~ 12

OMB12

BTS3900 GSM V3R8 Commissioning

Ⅱ

1

6 ~ 12

OMB13


Ⅱ

1

6 ~ 12

OMB14

BTS3900 GSM V3R8 data configuration

Ⅱ

1

6 ~ 12

OMB15


Ⅱ

1

6 ~ 12

OMB16


Ⅱ

1

6 ~ 12

OMB17

BTS&DBS3900 GSM V3R8 Troubleshooting

Ⅱ

1

6 ~ 12

OMC16


Ⅱ

1

6 ~ 12

OMC17


Ⅱ

2

6 ~ 12

OMC18


Ⅲ

2

6 ~ 12

OMC19

BSC6000 GSM V9R8 Software Installation & Upgrade

Ⅲ

1

6 ~ 12

OMC20

BSC6000 GSM V9R8 Feature

Ⅲ

3

6 ~ 12

OMC21

BSC6000 GSM V9R8C12 Delta Training

Ⅲ

1

6 ~ 12

OMB18

BTS3012 GSM V3R8 Special Topic

Ⅲ

1

6 ~ 12

OMC22

PCU6000 (External PCU) Operation and Maintenance

Ⅱ

5

6 ~ 12

OMC23


Ⅲ

0.5

6 ~ 12

OMC24

BSC6000 GSM V9R8 Advanced troubleshooting Training

Ⅳ

5

6 ~ 12

OMC25

BSC6000 GSM V9R8 TOP10 Alarm Processing

Ⅲ

1

6 ~ 12

OMC26

BSC6000 GSM V9R8 IP Topic

Ⅲ

1

6 ~ 12

OMB19

BTS3012 GSMR V3R8 Product Description

Ⅱ

0.5

6 ~ 12

OMB20

DBS3900 GSMR V3R8 Product Description

Ⅱ

0.5

6 ~ 12

OMB21

DBS3900 GSMR V3R8 Commissioning

Ⅱ

1

6 ~ 12

OMB22

BTS3012 GSMR V3R8 Data Configuration

Ⅱ

1

6 ~ 12

OMB23

DBS3900 GSMR V3R8 data configuration

Ⅱ

1

6 ~ 12


8

OMB24

BTS3012 GSMR V3R8 Operation and Maintenance

Ⅱ

1

6 ~ 12

OMB25

DB3900 GSMR V3R8 Operation and Maintenance

Ⅱ

1

6 ~ 12

OMB26

DBS3900 GSMR V3R8 Troubleshooting

Ⅱ

1

6 ~ 12

OMC27

BSC6000 GSMR V9R8 Product Description

Ⅱ

1

6 ~ 12

OMC28

BSC6000 GSMR V9R8 Operation and Maintenance

Ⅱ

2

6 ~ 12

OMC29

BSC6000 GSMR V9R8 Data Configuration

Ⅲ

3

6 ~ 12

OMC30

BSC6000 GSMR V9R8 Software Installation & Upgrade

Ⅲ

1

6 ~ 12

Ⅳ

1

6 ~ 12

OMC31

BSC6000 GSMR V9R8C15 BSS Signaling Flow and analysis

OMC32

BSC6000 GSMR V9R8C15 HSCSD Introduction

Ⅲ

0.5

6 ~ 12

OMC33

BSC6000 GSMR V9R8C15 Troubleshooting

Ⅳ

1.5

6 ~ 12

OMC34

BSC6000 GSMR V901R008 Product Description

Ⅱ

1

6 ~ 12

OMC35

BSC6000 GSMR V901R008 Operation and Maintenance

Ⅱ

2

6 ~ 12

OMC36

BSC6000 GSMR V901R008 Data Configuration

Ⅲ

3

6 ~ 12

Ⅱ

1

6 ~ 12

OMC37

BSC6000 GSMR V901R008 Installation and Commissioning

OMC38

BSC6000 GSMR V901R008 Troubleshooting

Ⅳ

1

6 ~ 12

OMB27

DBS3900 GSMR V301R008 Product Description

Ⅱ

1

6 ~ 12

OMB28

DBS3900 GSMR V301R008 Operation and Maintenance

Ⅱ

1

6 ~ 12

OMB29

DBS3900 GSMR V301R008 Data Configuration

Ⅱ

2

6 ~ 12

Ⅱ

1

6 ~ 12

Ⅳ

1.5

6 ~ 12

OMB30

OMC39

DBS3900 GSMR V301R008 installation and commissioning BSC6000 GSMR V901R008 BSS Signaling Flow and analysis

OMC40

BSC6000 GSMR V901R008 HSCSD Introduction

Ⅳ

0.5

6 ~ 12

OMB31


Ⅱ

0.5

6 ~ 12

OMB32


Ⅱ

0.5

6 ~ 12

OMC50


Ⅱ

1

6 ~ 12

OMC51


Ⅱ

2

6 ~ 12

OMC52


Ⅲ

3

6 ~ 12


9

OMC53

BSC6900 GSM V900R013 Installation and

Ⅱ

1

6 ~ 12

Commissioning

OMC54


Ⅳ

5

6 ~ 12

OMB33

MBTS GSM V100R004 Product Description

Ⅱ

1

6 ~ 12

OMB34

MBTS GSM V100R004 Operation and Maintenance

Ⅱ

1

6 ~ 12

OMB35

MBTS GSM V100R004 Data Configuration

Ⅱ

2

6 ~ 12

OMB36

MBTS GSM V100R004 Installation and Commissioning

Ⅱ

1

6 ~ 12

OMC55


Ⅲ

1

6 ~ 12

OMC56

BSC6900 GSM V900R012 - V900R013 Delta

Ⅲ

1

6 ~ 12

OMB37

MBTS GSM V100R004 Troubleshooting

Ⅲ

0.5

6 ~ 12

OMC58

BSC6900 GSM V900R013 Data Reconfiguration

Ⅲ

2

6 ~ 12

OMB38

MBTS GSM V100R004 Data Reconfiguration

Ⅲ

3

6 ~ 12

OMC59


Ⅲ

2

6 ~ 12

OMB39


Ⅲ

3

6 ~ 12

OMC60


Ⅲ

2

6 ~ 12

OMB40


Ⅲ

3

6 ~ 12

OMC61


Ⅱ

1

6 ~ 12

OMC62


Ⅱ

2

6 ~ 12

OMC63


Ⅱ

3

6 ~ 12

Ⅱ

1.5

6 ~ 12

OMC64


OMC65


Ⅲ

1.5

6 ~ 12

OMC66

BSC6900 GSM V900R014 Migration

Ⅲ

0.5

6 ~ 12

OMC67

BSC6900 GSM V900R014 Expanding

Ⅲ

0.5

6 ~ 12

OMC68


Ⅳ

1

6 ~ 12

OMC69

BSC6900 GSM V900R013 - V900R014 Delta

Ⅲ

1

6 ~ 12

OMC70


Ⅳ

5

6 ~ 12

OMB41

MBTS GSM V100R007 Product Description

Ⅱ

1

6 ~ 12

OMB42

MBTS GSM V100R007 Operation and Maintenance

Ⅱ

1

6 ~ 12


10

OMB43

MBTS GSM V100R007 Data Configuration

Ⅱ

1.5

6 ~ 12

OMB44

MBTS GSM V100R007 Installation and Commissioning

Ⅱ

1

6 ~ 12

OMB45

MBTS GSM V100R007 Troubleshooting

Ⅲ

0.5

6 ~ 12

OMB46


Ⅱ

1.5

6 ~ 12

OMB47

MBTS GSM V100R007 Expanding

Ⅲ

0.5

6 ~ 12

OMB48

MBTS GSM V100R007 Migration

Ⅲ

0.5

6 ~ 12

OMC71

GSM IPRAN Fundamental

Ⅲ

0.5

6 ~ 12

OMC72

GSM IPRAN MSTP/PTN Networking

Ⅲ

1

6 ~ 12

OMC73

GSM IPRAN Networking Planning

Ⅲ

1

6 ~ 12

OMC74

GSM IPRAN

Ⅲ

1.75

6 ~ 12

OMC75

GSM IPRAN Maintenance and Monitoring

Ⅲ

0.5

6 ~ 12

OMC76

GSM IPRAN Troubleshooting

Ⅲ

0.25

6 ~ 12

OMC77

GSM IPRAN Principles for Interfaces over IP

Ⅲ

0.25

6 ~ 12

OMC78

BSC6900 GSM V900R013-V900R014 Upgrade

Ⅲ

1

6 ~ 12

OMC79

MBTS GSM V100R004 - V100R007 Upgrade

Ⅲ

1

6 ~ 12

OMB49

GSM BSS14.0 Antenna and Feeder Maintenance

Ⅲ

1

6 ~ 12

OMC80

GSM IPRAN A over IP Reconstruction

Ⅲ

1

6 ~ 12

OMC81

GSM IPRAN Gb over IP Reconstruction

Ⅲ

1

6 ~ 12

OMC82

GSM IPRAN Abis over IP Reconstruction

Ⅲ

1

6 ~ 12

OMC83

GSM BSS14.0 Emergency Maintenance

Ⅲ

0.5

6 ~ 12

Ⅲ

0.5

6 ~ 12

OMC84

Feature Application

GSM BSS14.0 Precautions and Emergency Maintenance for Large Traffic

OMC85

BSC6900 GSM Fault Information Collecting

Ⅲ

0.5

6 ~ 12

OMC86

BSC6900 CS Troubleshooting

Ⅲ

1.5

6 ~ 12

OMC87

BSC6900 PS Troubleshooting

Ⅲ

1

6 ~ 12

OMC88

BSC6900 IP Transmission Troubleshooting

Ⅲ

1.5

6 ~ 12

OMC89

BSC6900 Clock Troubleshooting

Ⅲ

0.5

6 ~ 12


11

1.2 GSM RNP&RNO Training Courses 1.2.1

OMA00 BSC6000 GSM Air Interface

system

Objectives On completion of this course, the participants will

Content

be able to:

 Overview

 Describe the function of each kind of logical

 Processing of Voice Signal

channel

 Features in GSM System

 Describe the general radio signal process on



Timing Advance



Frequency Hopping

 State the techniques used on Um interface



Discontinuous Transmission

 Describe typical GSM communication flow



Power Control

 Perform the operation for interface message



Radio Channel



Location Update



Call Setup



Handover



Direct Retry



Short Message



Release



Case Analysis

Um interface

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

Training Methods

Target Audience

Lectures, Hands-on exercise

GSM BSS Engineers

Duration

GSM RNP Engineers GSM RNO Engineers

2.5 working days

Prerequisites

Class Size

 Having basic knowledge of radio network

Min 6, max 12


12

1.2.2

OMA01 BSC6900 GSM Air Interface

system


Content

be able to:

 Overview

 Describe the function of each kind of logical

 Processing of Voice Signal

channel

 Features in GSM System

 Describe the general radio signal process on Um interface



Timing Advance



Frequency Hopping

 State the techniques used on Um interface



Discontinuous Transmission

 Describe typical GSM communication flow



Power Control

 Perform the operation for interface message



Radio Channel



Location Update



Call Setup



Handover



Direct Retry



Short Message



Release



Case Analysis

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

Training Methods

Target Audience


GSM BSS Engineers

Duration

GSM RNP Engineers GSM RNO Engineers

2.5 working days

Prerequisites

Class Size


Min 6, max 12


13

1.2.3

OMO00 GSM BSS8.1 Radio Network Functionality

Objectives

Content

On completion of this course, the participants will

 Cell Parameters Overview

be able to:

 Cell Parameters Introduction

 List the MS behaviors in idle mode

 Case Study

 Describe the parameters associated with MS

 Hopping Overview

behaviors in idle mode

 Hopping Classification

 List the types of frequency hopping  Describe the functions of frequency hopping

 Hopping Parameters

Training Methods

algorithm  Describe the parameters of frequency hopping


Duration

Target Audience

2.25 working days

GSM BSS senior engineers

Class Size

GSM RNO engineers

Prerequisites

Min 6, max 12

 Completion of the following course(s):  BSC6000 GSM Air Interface


14

1.2.4

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

Objectives

Content


 System Information Reception

be able to:

 Cell Selection

 List the MS behaviors in idle mode

 Cell Reselection

 Describe the parameters associated with MS

 Location Update

behaviors in idle mode

 Paging Processing

 List the types of frequency hopping

 Access Processing

 Describe the functions of frequency hopping

 Other parameters

algorithm

 Hopping Overview

 Describe the parameters of frequency hopping

Target Audience

 Hopping Parameters

Training Methods

GSM BSS senior engineers GSM RNO engineers


Prerequisites

Duration


 Hopping Classification

2.25 working days

Class Size Min 6, max 12


15

1.2.5

OMO02 GSM BSS8.1 Radio Network Features



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



Power Control Overview



HWⅡ Power Control



HWⅢ Power Control

 Interpret Huawei handover algorithm I/II



Other Power Control

 Describe the enhanced full rate algorithm



Enhanced Full Rate

 Describe the half rate algorithm



Half Rate

 Describe the adaptive multiple rate algorithm



Adaptive Multiple Rate

 Describe the GSM radio channel allocation



HW II Channel Assignment Procedure



Principle of Channel Assignment



Data Configuration of Channel Assignment

Objectives On completion of this course, the participants will be able to:  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

algorithm II

Target Audience

Training Methods GSM BSS senior engineers Lectures, Hands-on exercise

GSM RNO engineers

Duration

Prerequisites  Completion of the following course(s):

4.75 working days

Class Size

 BSC6000 GSM Air Interface  GSM BSS8.1 Radio Network Functionality

Min 6, max 12

Content  Introduction of Handover


16

1.2.6

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

Objectives On completion of this course, the participants will be able to:  Describe the general flow of GSM power control algorithm



Measure and Measurement Result Report



Measurement Report Preprocessing



Handover Judgment



Handover Implementation

 

Power Control Overview



HWⅡ Power Control Algorithm



HWⅢ Power Control Algorithm



Other Algorithms



Enhanced Full Rate



Half Rate

 Interpret Huawei handover algorithm I/II



Adaptive Multiple Rate

 Describe the enhanced full rate algorithm



HW II Channel Assignment Algorithm Basic

 Describe the half rate algorithm



Channel Assignment Procedure

 Describe the adaptive multiple rate algorithm



Channel Assignment Strategies

 Describe the GSM radio channel allocation



Detail Priorities of Channel Assignment

 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

Strategies

algorithm II 

Target Audience

Channel Assignment Priorities and Data Configuration




Capacity Priorities and Data Configuration

GSM RNO engineers



Quality Priorities and Data Configuration



PS Coordination Priorities and Data

Prerequisites  Completion of the following course(s):  BSC6900 GSM Air Interface  GSM BSS9.0/12.0/13.0/14.0 Radio Network Functionality

Content

Configuration 

Management Priorities and Data Configuration

Training Methods Lectures, Hands-on exercise

Duration

 Introduction of Handover 

Purposes of HO



Classification of HO



HO Algorithm Ⅰ Process



General HO Process

4.75 working days



17

1.2.7

OMO04 GSM BSS8.1 Radio Network Performance Management

 BSC6000 GSM Air Interface


Content

be able to:

 Brief Introduction to BSC Traffic Statistics

 Describe the operations about performance

 Often-used Traffic Statistics Items Analysis

management based on M2000

Training Methods

 Interpret the general analysis procedure of Lectures, Demonstration

traffic analysis  Interpret the functions of some typical counters

Target Audience

Duration 0.5 working day

Class Size

GSM BSS senior engineers GSM RNO engineers

Min 6, max 12



18

1.2.8

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

 Performance Management Preferences

Objectives

 Performance Database Capacity Parameters On completion of this course, the participants will be able to:  Describe the operations about performance management based on M2000  Interpret the general analysis procedure of traffic analysis  Interpret the functions of some typical counters

 User-Defined Counter Management  Query Performance Result  Other Functions  Traffic Statistics Items Analysis Process  Often-used Traffic Statistics Items Analysis

Training Methods

Target Audience

Lectures, Demonstration


Duration

GSM RNO engineers

Prerequisites

0.5 working day


 Measurement Management


Content  Performance Management Basic


19

1.2.9

OMO10 GSM 2G/3G/4G Interoperability

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

Objectives

Features On completion of this course, the participants will be able to:  Describe the inter-RAT CS cell reselection conditions

Content  Overview of Inter-RAT UE Behavior in Idle Mode

 Describe the inter-RAT PS cell reselection

 GSM-WCDMA Cell Reselection  GSM-LTE Cell Reselection

conditions  Describe the inter-RAT handover algorithm

 GSM-WCDMA Handover Procedure

 Describe the signaling flow of inter-RAT

 GSM-LTE Handover Procedure

handover

Training Methods

Target Audience Lectures, LVC GSM BSS Engineers

Duration

GSM RNO Engineers 1 working day

Prerequisites

Class Size  Completion of the following course(s): Min 6, max 12

 BSC6900 GSM Air Interface  GSM BSS9.0/12.0/13.0/14.0 Radio Network Functionality


20

1.2.10 OMO13 BSC6000 GSM Radio Network Optimization

 GSM BSS8.1 Radio Network Features

Objectives

 GSM BSS8.1 Radio Network Performance On completion of this course, the participants will be able to:  Describe the key KPIs of TCH/SDCCH call

Management

Content  Call Drop Definition and Main Reasons

drop  Summarize the typical problems of call drop in realistic network

 Detail Reasons Location and Solution for Call Drop

 Analyze the main reasons of call drop

 Call Drop Cases

 Describe the key KPIs of handover

 Handover Process Flow

 Summarize the typical problems of handover

 Measurement Points and Performance Index of

failure in realistic network

Handover

 Analyze the main reasons of handover failure

 Analysis of Handover Problem

 Study the cases

 Handover Cases

Target Audience

Training Methods


Lectures, Case-study

GSM RNO engineers

Duration

Prerequisites 1 working day  Completion of the following course(s):

Class Size

 BSC6000 GSM Air Interface  GSM BSS8.1 Radio Network Functionality

Min 6, max 12


21

1.2.11 OMO14 BSC6900 GSM Radio Network Optimization

 Detail Reasons Location and Solution for Call

Objectives

Drop On completion of this course, the participants will be able to:  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

 Call Drop Cases  Handover Process Flow  Measurement Points and Performance Index of Handover  Analysis of Handover Problem  Handover Cases  Symptoms and Classification of Network Interference  Approaches to Identifying Network Interference  Locating and Solving Interference Problems  Evaluation Standards and Principles of Speech Quality

Target Audience

 Statistics and Analysis of Factors Affecting the MOS


 Subjective Speech Problem Handling

GSM RNO engineers

 Voice-Related Key Parameters

Prerequisites

 Paging Definition Overview  Completion of the following course(s):  BSC6900 GSM Air Interface

 Paging Problem Analysis Process  Paging Cases


Training Methods

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


Duration

 GSM BSS9.0/12.0/13.0/14.0 Radio Network 2 working days

Performance Management

Class Size

Content  Call Drop Definition and Main Reasons

Min 6, max 12


22

1.2.12 OMP00 GSM Antenna Basics

system


Content

be able to:

 Antenna Fundamentals

 Describe the theory of radio signal propagation

 Antenna Working Principle

 Describe the radio signal propagation model

 Antenna Specifications

 Interpret the structure of the antenna

 Antenna Selection

equipments

 Electric Downtilt Antenna

 Interpret the features of the antenna

Training Methods

equipments  Implement selecting the suitable antenna type  Outline the key specifications of antenna

Target Audience

Lectures


Class Size

GSM BSS senior engineers GSM RNP engineers

Min 6, max 12

Prerequisites  Having basic knowledge of radio network


23

1.2.13 OMP01 GSM Radio Network Planning

Objectives

Content


 Cell Planning Process

be able to:

 Cell Planning Detailed Flow

 Implement GSM radio network coverage

 Coverage Planning Basis

planning

 Link Balance and Budget

 Explain the link budget model and its application

 Indoor Coverage Planning  Advance Technology for Improving Coverage

 Explain the advance technology for improving coverage

 Traffic Prediction  TCH Capacity Planning

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

 SDCCH Capacity Planning  Capacity Enhancement Technology

 Explain the capacity enhancement technology 

 Location Area Overview  Location Area Planning Principle

 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

 Paging Strategies in Location Area  LAC capacity calculation  Frequency Planning  Normal Frequency Reuse Technology  Tight Frequency Reuse

Target Audience

 Concentric Cell Technology  Multiple Reuse Pattern Technology

GSM BSS senior engineers GSM RNP engineers

Training Methods

Prerequisites


 Completion of the following course:

Duration

 BSC6000 GSM Air Interface, OR  BSC6900 GSM Air Interface

3.5 working days



24

1.2.14 OMO11 GSM Highway and High-speed Railway Solution


Objectives

Features On completion of this course, the participants will


be able to:


 Describe highway and high-speed railway solution  Describe the networking strategy of highway and high-speed railway

Content  Overview of Highway and High-speed Railway Solution

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

 Networking Strategy of Highway and High-speed Railway

 Describe the scenario solutions of highway and high-speed railway

 Feature and Equipment of Highway and High-speed Railway

 Describe the optimization method of highway and high-speed railway

 Scenario Solutions of Highway and High-speed Railway  Optimization of Highway and High-speed

Target Audience

Railway GSM BSS senior engineers

Training Methods

GSM RNP engineers Lectures

GSM RNO engineers

Duration

Prerequisites  Completion of the following course(s):  BSC6900 GSM Air Interface

Class Size

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

1 working day

Min 6, max 12


25

1.2.15 OMO15 GSM BSS14.0 Feature Delta

 Active TBF Allocation

Objectives

 PS Service Improvement On completion of this course, the participants will be able to:  Describe the enhanced part in handover algorithm I  Describe the enhanced part in handover algorithm II

 Multiple CCCHs  Layered Paging  RACH Storm Filtration  VAMOS Overview  Principle of VAMOS  Application Scenarios

 Describe the feature of VAMOS  Describe the feature of PS power control

 Impacts of VAMOS on the Network  Design and Implementation Method

 Describe the feature of HSCSD

 Data Configuration Procedure

 Describe the feature of smart pipe

 Optimization Parameters Configuration

Target Audience

 Performance Measurement Counters


 Background of PS Power Control

GSM RNO engineers

 Principle of PS Power Control

Prerequisites

 Algorithm of PS Power Control

 Completion of the following course(s):

 Relative Counters of PS Power Control

Training Methods

 BSC6900 GSM Air Interface  GSM BSS9.0/12.0/13.0/14.0 Radio Network Functionality

Lectures

Duration

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

Content  Handover Algorithm I Enhanced

1 working day


 Handover Algorithm II Enhance


26

1.2.16 OMP03 Common Components for Indoor Coverage and Repeater Introduction

 POI

Objectives

 Attenuator On completion of this course, the participants will be able to:  List the types of common components for indoor coverage  Describe the functions of common components for indoor coverage  Describe the functions of repeaters

 Load  Antenna  Leaky Cable  Attenuator Feeder, Connector, and Adapter  Concepts  Working Principles  The KPIs of Repeater

Target Audience

 The Classification of Repeater


 The Application of Repeater

GSM RNP engineers

 Installation and Commissioning

Prerequisites

Training Methods

 Having basic knowledge of radio network system

Lectures

Duration

Content 0.5 working day  Amplifier

Class Size

 Power Splitter  Coupler

Min 6, max 12

 Bridge  Combiner


27

1.2.17 OMP04 GSM Indoor Coverage Planning and Optimization

 In-building Coverage Key Points

Objectives

 Indoor Coverage Survey and Design Process On completion of this course, the participants will be able to:  Describe the method of GSM indoor coverage planning  Describe the method of GSM indoor coverage optimization  Describe the method of indoor and outdoor

 Indoor Coverage Survey  Indoor Coverage Design Basis  Indoor Coverage System Design  Purpose of Indoor Coverage Optimization  Preparations for Indoor Coverage Optimization  Principles of Indoor Coverage Optimization  Indoor Coverage Optimization Test

inter-operation

 Indoor Coverage Optimization Analysis

Target Audience

 The Conception of IBS Indoor&Outdoor GSM BSS senior engineers

Inter-operation Optimization Solution

GSM RNP engineers

 The Method for IBS Indoor&Outdoor

GSM RNO engineers

Inter-operation Optimization

Prerequisites

Training Methods

 Completion of the following course(s):  GSM Radio Network Planning

Lectures

Duration

Content 1.25 working days  In-building Coverage System Trend&

Class Size

Challenge  In-building Coverage System Solution

Min 6, max 12


28

1.2.18 OMO12 GSM Indoor Coverage Solution

 Successful Cases

Objectives

 The Key Demands of Airport Coverage On completion of this course, the participants will be able to:  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

Target Audience

 Huawei Airport Coverage Solution  Successful Cases  Requirement of Resident Location Coverage Solutions  Huawei Resident Location Coverage Solution  Key Technical Points  Successful Cases  Brief Introduction of Commercial Building Coverage Solution  Huawei Commercial Coverage Solution  Key Points in Coverage Solution Design



GSM RNP engineers

 Brief Introduction of Campus Network Solution

GSM RNO engineers

 Huawei Campus Coverage Solution  Key Points In Coverage Solution Design

Prerequisites  Completion of the following course(s):  GSM Radio Network Planning


Training Methods Lectures

Content  Requirement of Stadium Coverage Solutions  Huawei Stadium Coverage Solution  Solutions


Class Size

 Successful Cases  The Key Demands of Metro Coverage

Min 6, max 12

 Huawei Metro tunnel Coverage Solution


29

1.3 GPRS/EDGE RNP&RNO Training Courses 1.3.1

OMA02 BSC6000 GPRS/EDGE Air Interface

Objectives

Prerequisites



be able to:

system

 Outline the GPRS/EDGE network structure and

Content

functions of entities in GPRS network  Describe the GPRS/EDGE frame structure of Um interface  Describe the function of each kind of logical  Describe the typical application scenarios of  Describer the multiple timeslot ability of  Describe GPRS/EDGE channel setup flow  Describe GPRS/EDGE channel release flow

GPRS/EDGE RNO Engineers

 GPRS Signaling Basis  Release of TBF in Um Interface  Optimization Flow in Um Interface

GPRS/EDGE MS

GPRS/EDGE RNP Engineers

 GPRS/EDGE Numbering and Region

 Establishment of TBF in Um Interface

different logical channel

GPRS/EDGE BSS Engineers

 GPRS/EDGE Wireless Subsystem  GPRS/EDGE Mobility Management

channel

Target Audience

 GPRS/EDGE System Overview

 Signaling Flow in Gb Interface


Duration 2 working days



30

1.3.2

OMA03 BSC6900 GPRS/EDGE Air Interface

Objectives

Prerequisites



be able to:

system

 Outline the GPRS/EDGE network structure and

Content

functions of entities in GPRS network  Describe the GPRS/EDGE frame structure of

 GPRS/EDGE Wireless Subsystem

Um interface  Describe the function of each kind of logical  Describe the typical application scenarios of  Describer the multiple timeslot ability of  Describe GPRS/EDGE channel setup flow  Describe GPRS/EDGE channel release flow

GPRS/EDGE RNO Engineers

 Release of TBF in Um Interface  Optimization Flow in Um Interface

GPRS/EDGE MS

GPRS/EDGE RNP Engineers

 GPRS Signaling Basis  Establishment of TBF in Um Interface

different logical channel

GPRS/EDGE BSS Engineers

 GPRS/EDGE Numbering and Region  GPRS/EDGE Mobility Management

channel

Target Audience

 GPRS/EDGE System Overview

 Signaling Flow in Gb Interface





31

1.3.3

OMO06 GSM BSS8.1 GPRS/EDGE Radio Network Features

 BSC6000 GPRS/EDGE Air Interface


Content

be able to:

 Radio Optimization Parameters

 List the typical parameters for GPRS/EDGE

 Power Control

radio network optimization

 Cell Reselection

 Interpret the typical parameters for

 Radio Channel Management

GPRS/EDGE radio network optimization

Training Methods

 Describe GPRS/EDGE power control algorithm  Describe GPRS/EDGE cell reselection


Duration

conditions

Target Audience

1.5 working days

Class Size

GPRS/EDGE BSS senior engineers GPRS/EDGE RNO engineers

Min 6, max 12



32

1.3.4

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



Content

be able to:

 GPRS/EDGE Cell Parameters

 List the typical parameters for GPRS/EDGE

 GPRS/EDGE Power Control

radio network optimization

 GPRS/EDGE Cell Reselection

 Interpret the typical parameters for

 GPRS/EDGE Performance Parameters

GPRS/EDGE radio network optimization

Training Methods

 Describe GPRS/EDGE power control algorithm  Describe GPRS/EDGE cell reselection


Duration

conditions

Target Audience

1.5 working days

Class Size


Min 6, max 12



33

1.3.5

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

Objectives

Content


 GPRS-EDGE Traffic Statistics System

be able to:

 GPRS-EDGE Traffic Analysis


Training Methods

management based on M2000  Interpret the functions of typical counters


Duration

 List the typical KPIs  Interpret the definition and measurement points of typical KPIs

1 working day

Class Size

Target Audience Min 6, max 12 GPRS/EDGE BSS senior engineers GPRS/EDGE RNO engineers

Prerequisites  Completion of the following course(s):  BSC6000 GPRS/EDGE Air Interface


34

1.3.6

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


Objectives

Content


 Performance Management Basic

be able to:

 Performance Management Preferences


 Performance Database Capacity Parameters

management based on M2000

 Measurement Management

 Interpret the functions of typical counters

 User-Defined Counter Management

 List the typical KPIs

 Query Performance Result

 Interpret the definition and measurement points

 Other Functions

of typical KPIs

 GPRS-EDGE Traffic Statistics System

Target Audience

 GPRS-EDGE Traffic Analysis

Training Methods



Prerequisites

Duration

 Completion of the following course(s):  BSC6900 GPRS/EDGE Air Interface

1 working day



35

1.3.7

OMO15 BSC6000 GPRS/EDGE Radio Network Optimization


Objectives

 GSM BSS8.1 GPRS/EDGE Radio Network On completion of this course, the participants will be able to:  Describe the general analysis method of TBF setup success rate problem  Introduce the detailed solution of TBF setup

Features  GSM BSS8.1 GPRS/EDGE Radio Network Performance Management

Content  Low TBF Setup Success Ratio

success rate problem  Describe the general analysis method of download speed problem

 Low Downloading Rate

Training Methods

 Introduce the detailed solution of download Lectures, Case-study

speed problem

Duration

 Study the cases

Target Audience

0.5 working day

Class Size


Min 6, max 12



36

1.3.8

OMO16 BSC6900 GPRS/EDGE Radio Network Optimization

Radio Network Features

Objectives

 GSM BSS9.0/12.0/13.0/14.0 GPRS/EDGE On completion of this course, the participants will be able to:  Describe the general analysis method of TBF

Radio Network Performance Management

Content  Relative Formula

setup success rate problem  Introduce the detailed solution of TBF setup success rate problem

 Signaling Procedure  Analysis and Optimization Methods

 Describe the general analysis method of download speed problem

 Cases Study  Low Download Rate Problem Analysis

 Introduce the detailed solution of download speed problem

 Low Upload Rate Problem Analysis

Training Methods

 Study the cases Lectures, Case-study

Target Audience

Duration GPRS/EDGE BSS senior engineers 1 working day

GPRS/EDGE RNO engineers

Class Size


Min 6, max 12

 BSC6900 GPRS/EDGE Air Interface  GSM BSS9.0/12.0/13.0/14.0 GPRS/EDGE


37

1.3.9

OMP00 GPRS/EDGE Radio Network Planning

 BSC6000 GPRS/EDGE Air Interface, OR

Objectives

 BSC6900 GPRS/EDGE Air Interface On completion of this course, the participants will be able to:  Describe the work flow of GPRS/EDGE radio network planning

Content  Planning Principle  Capacity Planning (Um, Abis, Gb)

 Implement GPRS/EDGE radio network traffic capacity planning

 Coverage Planning  Frequency Planning

 Implement GPRS/EDGE radio network coverage planning

 Signaling Channel Planning  Dual-band Network Solution

 Implement GPRS/EDGE radio network

Training Methods

frequency planning  Describe the influence to the GSM network


Duration

Target Audience

0.5 working day

GPRS/EDGE BSS senior engineers

Class Size

GPRS/EDGE RNP engineers

Prerequisites

Min 6, max 12



38

1.3.10 OMA04 Evolved EDGE

Objectives

Content


 Introduction to Evolved EDGE

be able to:

 The Feature Set

 Describe the principle of evolved EDGE

 EGPRS2 Resource Allocation and Operation

 List the feature set

Training Methods

 Describe the EGPRS2 resource allocation and Lectures

operation

Duration

Target Audience

1 working day

GPRS/EDGE BSS senior engineers

Class Size

GPRS/EDGE RNO engineers

Prerequisites

Min 6, max 12

 Completion of the following course(s):  BSC6900 GPRS/EDGE Air Interface


39

1.3.11 OMA05 GPRS EDGE Signaling

Objectives

Prerequisites



be able to:


 Describe the layer3 of Um interface and

Content

relative signalling flows  Describe the layer2 of Um interface and

 Introduction and Protocols Overview  Um interface – Layer 3

relative signaling flows  Describe the layer1 of Um interface and

 Um interface – Layer 2  Um interface – Layer 1

relative signaling flows  Describe the Gb interface and relative signaling

 Gb interface  Gn/Gp interface

flows  Describe the Gn/Gp interface and relative

Training Methods

signaling flows

Target Audience

Lectures

Duration


2 working days



40

1.4 GSM Training Courses 1.4.1

OMC00 BSC6900 GSM V9R11 Product Description




Content

be able to:

 System Description

 State the structure and functions of important

 Hardware Structure

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).



Cabinets



Subracks



Boards



Cables



System Signal Flow



Typical Configuration

Training Methods

Target Audience Lecture BSS Field Technicians, First Line Operation and Maintenance Technicians and Engineers

Duration 1 working day

Prerequisites  Basic knowledge of mobile communications  At least 1 year working experience in GSM


wireless network operation and maintenance


41

1.4.2

OMC01 BSC6900 GSM V9R11 Operation and Maintenance

Description


Content

be able to:

 Operation and Maintenance Overview

 Describe the work flow of BSC6900

 Web LMT Introduction

maintenance.

 Maintaining the Equipment

 Describe important parameters in BSC6900 maintenance（Web LMT and MML）.  Operate on the BSC6900 maintenance console.

 Maintaining Transmission and Signaling  Maintaining BSC User Resources  Maintaining Alarm  Maintaining Device Panel

 Perform the routine maintenance for BSC6900.

Target Audience

 Maintaining User  Maintaining Log

BSS Field Technicians, First Line Operation and Maintenance Technicians and Engineers

Prerequisites

 Maintaining Performance

Training Methods Lecture, Hands-on exercise

 Basic knowledge of mobile communications  At least 1 year working experience in GSM wireless network operation and maintenance  Successful completion of the following course(s):BSC6900 GSM V9R11 Product




42

1.4.3

OMC02 BSC6900 GSM V9R11 Data Configuration

course(s):BSC6900 GSM V9R11 Product

Objectives

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

Content  Basic Concepts of CME

 Configure BSC6900 by Web LMT

 BSC6900 Data Configuration

independently.  Describe the configuration of important parameters of GSM BSS system.

 BTS Data Configuration  Data Configuration Overview

 Check the data configuration correctness and validity.

 Preparation  Configuring the Global Information

 Describe the loading procedure of data configuration.

 Configuring the Equipment Data  Configuring the Interfaces

 Configure BSC6900 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.

Target Audience



Ater Interface Data



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

Configuration (Over TDM)

Training Methods


Lecture, Hands-on exercise

Duration

Prerequisites  Basic knowledge of mobile communications  At least 1 year working experience in GSM wireless network operation and maintenance

3 working days


 Successful completion of the following


43

1.4.4

OMC03 BSC6900 GSM V9R11 Installation and Commissioning


Objectives

course(s):BSC6900 GSM V9R11 Product On completion of this course, the participants will be able to:  Describe BSC6900 commissioning procedure

Description

Content

 Outline OMU software functions

 BSC6900 Software Structure

 Complete BSC6900 commissioning

 Linux Operation System Installation

 Complete BSC6900 application software

 BSC6900 Application Software Installation  BSC6900 Application Software Upgrade

installation  Describe the alarm and server verification after commissioning

 OMU Operation and Maintenance

Training Methods

Target Audience Lecture, Hands-on exercise BSS Field Technicians, First Line Operation and

Duration

Maintenance Technicians and Engineers 1 working day

Prerequisites

Class Size  Basic knowledge of mobile communications  At least 1 year working experience in GSM

Min 6, max 12



44

1.4.5

OMC04 BSC6900 GSM V9R11 Troubleshooting

Objectives

Content


 Requirements for Maintenance Personnel

be able to:

 General Procedures of Troubleshooting

 Understand BSC6900(GSM Only) safety

 Basic Methods of Fault Judgment and Location

precautions of maintenance.

 Approach to prevent BSC fault

 Describe the BSC6900(GSM Only) troubleshooting flow.

 Interconnection fault Analysis  Link fault Analysis

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

 Clock fault Analysis  CS fault Analysis  PS fault Analysis  Location Update

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

 Call Setup  Handover  Direct Retry  Short Message

Target Audience

 Release

BSS Field Technicians, First Line Operation and

 Case Analysis

Maintenance Technicians and Engineers

 BSS Interface and Protocol Principles  Analysis of Typical Procedures

Prerequisites  Basic knowledge of mobile communications  At least 1 year working experience in GSM wireless network operation and maintenance  Successful completion of the following

 Cases of Abnormal Signaling Procedures

Training Methods Lecture

Duration

course(s):BSC6900 GSM V9R11 Product Description, BSC6900 GSM V9R11 Operation and Maintenance

5 working days



45

1.4.6

OMB00 BTS3900 GSM V1R2 Product Description

Objectives

Content


 BTS3900 Overview

be able to:

 BTS3900 Hardware Components

 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) .  Explain the BTS signal flow.  Check the hardware structure of the BTS, such as the cabinet, subrack, broad, and cable.



BBU Unit



RF Unit



Power module & Components



BTS3900 Signal Flow



BTS3900 Configuration



Configuration Principle






BTS3900 Network

Training Methods







46

1.4.7

OMB01 BTS3900 GSM V1R2 Operation and Maintenance

 At least 1 year working experience in GSM

Objectives

wireless network operation and maintenance On completion of this course, the participants will


be able to:

course(s):BTS3900 GSM V1R2 Product

 Describe GSM site maintenance objects(Web LMT and MML).  Describe the concepts of BTS3900(GSM Only)

Description

Content  Site remote maintenance

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

 Site local maintenance  Routine maintenance list

operation status.  Describe BTS3900(GSM Only) routine

Training Methods

operation and maintenance procedure.  Explain how to use BTS3900(GSM Only)


Duration

remote maintenance console.

Target Audience

1 working day



Prerequisites  Basic knowledge of mobile communications


47

1.4.8

OMB02 BTS3900 GSM V1R2 Data Configuration


Objectives



be able to:


 Outline the user interface of Web LMT configuration tool.  Illustrate the data configuration procedure.  Explain key parameters in each step during

Description

Content  Web LMT Introduction  Steps of Data Configuration

data configuration procedure.  Implement the data configuration with template

Training Methods

file.  Perform initial data configuration and dynamic


Duration

modification.

Target Audience

2 working days





48

1.4.9

OMB03 MBTS GO V1R2 installation and commissioning


Objectives

 Successful completion of the following On completion of this course, the participants will


be able to:

Description

 Outline the user interface of Web LMT configuration tool.

Content

 Illustrate the data configuration procedure.

 MBTS System Overview

 Explain key parameters in each step during

 MBTS Installation Procedures  MBTS Commissioning Procedures

data configuration procedure.  Implement the data configuration with template file.  Perform initial data configuration and dynamic



MBTS Commissioning Scenarios



MBTS Commissioning Modes

Training Methods

modification. Lecture, Hands-on exercise

Target Audience

Duration BSS Field Technicians, First Line Operation and Maintenance Technicians and Engineers

1 working day

Class Size


Min 6, max 12



49

1.4.10 OMC05 BSC6900 GSM V9R12 Product Description

Objectives

Content


 BSC6900 System Overview

be able to:

 BSC6900 Hardware Structure

 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).

Target Audience BSS Field Technicians, First Line Operation and Maintenance Technicians and Engineers

Prerequisites



Cabinets



Subracks



Subsystems and Boards



Cables



BSC6900 Signal Flows



BSC6900 Typical Configuration



UMTS configuration



GSM configuration



Subrack configuration


Duration

 Basic knowledge of mobile communications  At least 1 year working experience in GSM wireless network operation and maintenance

1 working day



50

1.4.11 OMC06 BSC6900 GSM V9R12 Operation and Maintenance

Objectives On completion of this course, the participants will be able to:  Describe the work flow of BSC6900 maintenance.  Describe important parameters in BSC6900 maintenance（Web LMT and MML）.  Operate on the BSC6900 maintenance console.  Perform the routine maintenance for BSC6900.

Target Audience



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



Maintaining the Equipment

 Basic knowledge of mobile communications



Maintaining Transmission and Signaling




Maintaining BSC User Resources



Trace management



Basic Concepts




GSM Services

Description



Performance monitoring



Basic Concepts



Service Monitoring

Prerequisites

wireless network operation and maintenance  Successful completion of the following

Content  OM System Introduction 

OM Network Introduction



Web LMT Introduction



LMT Offline Tool



Operation Right Management



Basic Concepts



Management of User Accounts



Management of Command Groups



Alarm management





51

1.4.12 OMC07 BSC6900 GSM V9R12 Data Configuration


Objectives

course(s):BSC6900 GSM V9R12 Product On completion of this course, the participants will be able to:

Description

Content


 Basic Concepts of CME

independently.  Describe the configuration of important

 BSC6900 Data Configuration  Data Configuration Overview

parameters of GSM BSS system.  Check the data configuration correctness and validity.




 Configure BSC6900 by CME independently.



Ater Interface Data

 Describe the configuration of important
















parameters of GSM BSS system.  Check the data configuration correctness and validity.  Describe the loading procedure of data configuration.


(only Outer

PCU need configure)

Target Audience

Training Methods







52

1.4.13 OMC08 BSC6900 GSM V9R12 Installation and Commissioning


Objectives


Description

Content


 BSC6900 O&M System Introduction


 BSC6900 Software Installation


 BSC6900 Commissioning

installation

Training Methods

Target Audience



Duration


Prerequisites


Min 6, max 12



53

1.4.14 OMC09 BSC6900 GSM V9R12 Troubleshooting

Objectives

Content



be able to:


 Understand BSC6900(GSM Only) safety


precautions of maintenance.


 Describe the BSC6900(GSM Only) troubleshooting flow.

 Interconnection fault Analysis  Link fault Analysis

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

 Clock fault Analysis  CS fault Analysis  PS fault Analysis  Location Update

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

 Call Setup  Handover  Direct Retry  Short Message

Target Audience

 Release


 Case Analysis






Duration

course(s):BSC6900 GSM V9R12 Product Description, BSC6900 GSM V9R12 Operation and Maintenance

5 working days



54

1.4.15 OMB04 BTS3900 GSM V1R3 Product Description

Objectives

Content


 BTS3900 System Overview

be able to:

 BTS3900 Hardware Structure

 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) .  Explain the BTS signal flow.  Check the hardware structure of the BTS, such as the cabinet, subrack, broad, and cable.



BBU Hardware Structure



RFU Hardware Structure



Auxiliaries Hardware Structure



BTS3900 Cable Connection



BTS3900 Technical Specifications



BTS3900 Typical Configuration



Basic Principles



Configuration Scenarios

Training Methods







55

1.4.16 OMB05 BTS3900 GSM V1R3 Operation and Maintenance


Objectives



be able to:

course(s): BTS3900 GSM V1R3 Product

 Describe GSM site maintenance objects(Web LMT and MML).  Describe the concepts of BTS3900(GSM Only)

Description

Content  Site remote maintenance

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

 Site local maintenance  Routine maintenance list

operation status.  Describe BTS3900(GSM Only) routine

Training Methods

operation and maintenance procedure.  Explain how to use BTS3900(GSM Only)


Duration

remote maintenance console.

Target Audience

1 working day





56

1.4.17 OMB06 BTS3900 GSM V1R3 Data Configuration


Objectives



be able to:

Description


Content




 Steps of Data Configuration  Overview of Configuring BTS3900

data configuration procedure.  Implement the data configuration with template file.

 BTS3900 Data Configuring

Training Methods

 Perform initial data configuration and dynamic Lecture, Hands-on exercise

modification.

Duration


Prerequisites

2 working days


 Basic knowledge of mobile communications  At least 1 year working experience in GSM


57

1.4.18 OMB07 BTS3900 GSM V1R3 Installation and Commissioning


Objectives

 5/Successful completion of the following On completion of this course, the participants will


be able to:

Description

 Describe the installation procedure  Describe the software commissioning

Content  MBTS System Overview

procedures in different scenarios  Describe the different commissioning mode

 MBTS Installation Procedures  MBTS Commissioning Procedures

according to different scenarios  Master the loading procedure of BTS, and check the current version to ensure the loading step.



MBTS Commissioning Scenarios



MBTS Commissioning Modes

Training Methods

 Identify the way to check the different alarm of Lecture, Demonstration, Hands-on exercise

BTS.

Duration


Prerequisites

1 working day




58

1.4.19 OMC13 BSC6900 GSM V9R12 Dimensioning

Description, BSC6900 GSM V9R12 Operation

Objectives

and Maintenance, BSC6900 GSM V9R12 Data On completion of this course, the participants will be able to:  Mater the inputted parameters used in the CS

Configuration

Content  BSC Capacity Dimensioning

and PS traffic mode  Implement the dimensioning of BSC capacity

 TDM Transmission Dimensioning

 Implement the dimensioning of BSC

 IP Transmission Dimensioning  BSC Hardware Dimensioning

transmission  Implement the dimensioning of BSC hardware

Target Audience

 License Control Item

Training Methods


Lecture

Duration

Prerequisites 1 working day  Basic knowledge of mobile communications

Class Size

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

Min 6, max 12

 Successful completion of the following course(s): BSC6900 GSM V9R12 Product


59

1.4.20 OMC14 BSC6900 GSM V9R8-V9R12 Delta

Objectives On completion of this course, the participants will be able to:  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



Boards



Software Changing in BSC6900



OMU board Software



OM Software






CME V2R10 Introduction



Management of the Current Area, Planned Area



Function Navigation Enhancement



GUI Enhancement






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

software  Describe the typical configuration

Target Audience

Prerequisites  Basic knowledge of mobile communications  At least 1 year working experience in GSM wireless network operation and maintenance  Successful completion of the following course(s): BSC6000 GSM V9R8 Product Description, BSC6000 GSM V9R8 Operation and Maintenance, BSC6000 GSM V9R8 Data Configuration

Content

Configuration


Duration

 BSC6900 Evolution Overview  Hardware Changing in BSC6900 

Cabinet



Subrack

2 working days



60

1.4.21 OMC15 BSC6900 GSM V9R8-V9R11 Delta

Objectives On completion of this course, the participants will be able to:  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



Boards



Software Changing in BSC6900



OMU board Software



OM Software






CME V2R10 Introduction



Management of the Current Area, Planned Area



Function Navigation Enhancement



GUI Enhancement






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

software  Describe the typical configuration

Target Audience


Content

Configuration


Duration

 BSC6900 Evolution Overview  Hardware Changing in BSC6900 

Cabinet



Subrack

2 working days



61


Objectives On completion of this course, the participants will be able to:  Describe the features of Huawei BTS3012 products.  Describe the hardware structure of BTS3012.  Describe the function of boards of BTS3012.  Explain the BTS signal flow.  Explain the configuration principle of BTS hardware.




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)

Training Methods

Prerequisites Lecture  Basic knowledge of mobile communications

Duration


Content  Overview

0.5 working day


 System Components


62


 BTS3900 Hardware Components

Objectives On completion of this course, 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.

Target Audience BSS Field Technicians, First Line Operation and



BBU Unit



RF Unit






BTS3900 Signal Flow



BTS3900 Configuration






Antenna Mode



Transmit Mode and Receive Mode






BTS3900 Network



GRFU Introduction

Training Methods

Maintenance Technicians and Engineers Lecture

Prerequisites

Duration  Basic knowledge of mobile communications  At least 1 year working experience in GSM wireless network operation and maintenance

Content

1 working day


 BTS3900 Overview


63

1.4.24 OMB12 BTS3900 GSM V3R8 Commissioning

Description


Content

be able to:

 Overview of the Commissioning

 Describe the procedure of checking the BTS

 Commissioning Procedure

transmission.

 Implementation

 Implement the connection of Transmission Devices.  Master the loading procedure of BTS, and



Starting the Site Maintenance Terminal



Configuring the Basic Data of the BTS



Configuring Logical Objects of the BTS

check the current version to ensure the loading



Checking the Active Software Version

step.



Checking the Transmission Between the BBU

 Identify the way to check the different alarm of BTS.


Prerequisites

and RFU 

Checking the Running Status of the BTS



Checking the Alarm Information of the BTS


Duration

 Basic knowledge of mobile communications  At least 1 year working experience in GSM wireless network operation and maintenance  Successful completion of the following

1 working day




64

1.4.25 OMB13 BTS3012 GSM V3R8 Data Configuration


Objectives

course(s):BTS3012 GSM V3R8 Product On completion of this course, the participants will be able to:  Describe the steps to configure BTS3012

Description

Content  BSC6000 Data Configuration Principle

online.  Describe the structure of BTS3012 data

 BTS3012 Initial Data Configuration 

Single Cabinet

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



Combined Cabinet

 Explain how to define the ARFCN of carriers.



BTS3012 Data Reconfiguration

configuration.

 Explain how to modify the relevant parameters.

Training Methods


Duration


Prerequisites


Min 6, max 12



65

1.4.26 OMB14 BTS3900 GSM V3R8 data configuration


Objectives

Description On completion of this course, the participants will be able to:  Describe the steps to configure BTS3900

Content  BSC6000 Data Configuration Principle  DBS3900 Initial Data Configuration




Add Site



Add Cell




Configure Site Attributes




Configure Cell Attributes




DBS3900 Data Reconfiguration

configuration.

Target Audience

Training Methods



Duration


Class Size


Min 6, max 12



66


 Maintaining the BTS Software

Objectives

 On completion of this course, the participants will be able to:  Describe site maintenance objects.  Describe the concepts of BTS3012 management status.  Describe the concepts of BTS3012 operation status.  Describe BTS3012 routine operation and maintenance procedure.  Explain how to use BTS3012 remote maintenance console.

Target Audience

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

Prerequisites

Training Methods



Duration

wireless network operation and maintenance  Successful completion of the following course(s):BTS3012 GSM V3R8 Product

1 working day

Class Size

Description Min 6, max 12

Content  Concepts Related to BTS Maintenance


67



Objectives

course(s):BTS3900 GSM V3R8 Product On completion of this course, the participants will be able to:  Describe site maintenance objects.  Describe the concepts of BTS3900 management status.  Describe the concepts of BTS3900 operation status.  Describe BTS3900 routine operation and maintenance procedure.  Explain how to use BTS3900 remote maintenance console.

Description

Content  Site remote maintenance 

Overview



Software management



Maintain site devices



Maintain boards and TRXs



Site local maintenance



Routine maintenance list

Training Methods


Duration


Prerequisites


Min 6, max 12



68

1.4.29 OMB17 BTS&DBS3900 GSM V3R8 Troubleshooting


Objectives

Description, BTS3900 GSM V3R8 Data On completion of this course, the participants will be able to:  Understand BTS safety precautions of

Configuration

Content  General Procedures of Troubleshooting

maintenance.  Describe the BTS troubleshooting flow.

 Collecting Information for Locating BTS Faults

 Describe the troubleshooting phenomenon for

 Methods of Fault Judgment and Location

common BTS faults.  Locate the troubleshooting cases for common BTS faults.  Analyze the troubleshooting cases for common BTS faults.



Antenna & Feeder Fault



Transmission Fault



LAPD Link fault



Approach to prevent BTS fault

Training Methods

Target Audience Lecture BSS Field Technicians, First Line Operation and

Duration


Prerequisites


Min 6, max 12



69


Objectives On completion of this course, the participants will be able to:  State the structure and functions of important boards of BSC6000.  State the system structure and functions of modules of BSC6000.

Target Audience



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





Content


Duration

 System Description  Hardware Structure 

Rack



Subrack



Board



System Logical Structure

1 working day



70



Objectives

course(s):BSC6000 GSM V9R8 Product On completion of this course, the participants will be able to:  Describe the work flow of BSC6000

Description

Content  Introduction to O&M

maintenance.  Describe important parameters in BSC6000

 System Management  BSC Maintenance

maintenance.  Operate on the BSC6000 maintenance console.

 BTS Maintenance

Training Methods

 Perform the routine maintenance for BSC6000. Lecture, Hands-on exercise

Target Audience


2 working days

Class Size


Min 6, max 12



71



Objectives

Description On completion of this course, the participants will be able to:  Describe the function of BSC6000 data

Content  Data configuration general introduction  Data configuration principle

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.


Prerequisites

 Data configuration procedure 

BSC Data configuration



Site Data configuration



Cell Data configuration



External PCU data configuration



Built-in PCU data configuration



Data maintenance operation


Duration


2 working days



72

1.4.33 OMC19 BSC6000 GSM V9R8 Software Installation & Upgrade

Objectives

Content


 Upgrade Flow

be able to:

 Preparations for Upgrade

 Identify the hardware and software structure of

 Upgrade Operations

GBAM/GOMU.  State the function of data stored in GBAM/GOMU.  Perform software installation in GBAM/GOMU and the boards in BSC.  Operate the commands for installation and debugging on GBAM/GOMU.  Perform data back-up.


Prerequisites



Back Up Data and Board Software



Download and load the Host Software Online



Upgrade LMT and Data File



Upgrade the GBAM (Single GOMU)



Upgrade the Active/standby GOMU



Upgrade the Board Software



Activate the License



Upgrade Verification



Version Rollback


Duration


1 working day


course(s):BSC6000 GSM V9R8 Product Description


73

1.4.34 OMC20 BSC6000 GSM V9R8 Feature

 CME Function Description

Objectives On completion of this course, the participants will be able to:  Describe BSC6000 GSM feature such as Flex abis, local switching, remote upgrade, PBT and so on.

Target Audience



Basic Concepts of CME



Basic Configuration Functions of CME



Enhanced Configuration Functions of CME



CME Application Scenarios



Remote Upgrade Overview



Remote Upgrade Preparation



Remote Upgrade Procedures




Remote Upgrade Rollback




Trouble Shooting



Remote Upgrade Trouble Shooting Method



FAQ



Overview of Transmit Diversity



Technical Description of Transmit Diversity



Configuration of Transmit Diversity




PBT Overview




Technical Description of PBT

and Maintenance, BSC6000 GSM V9R8 Data



Technical Description of PBT

Configuration



Technical Description of Dynamic PBT



PBT Configuration



Configuration of PBT



Configuration of DPBT


Content  Basic concept  Flex Abis Solution  Flex Abis configuration suggestion  Flex Abis data configuration


 Overview

Duration

 Technical Description  Implementation of BSC Local Switching  Implementation of BTS Local Switching  CME System Introduction

3 working days



74

1.4.35 OMC21 BSC6000 GSM V9R8C12 Delta Training

Objectives

Content


 Hardware Changing of BSC6000 Version

be able to:



BSC6000 Version Evolution

 Describe hardware changing of BSC6000



BSC6000 Hardware Changing



Features of BSC6000 V900R008



IP Networking of BSC6000



Introduction of BSS over IP



Interface Board of BSS over IP



Signal Flow of BSS over IP

version  Describe features of BSC6000 V900R008


Training Methods


Lecture


Class Size


Min 6, max 12


75

1.4.36 OMB18 BTS3012 GSM V3R8 Special Topic

 Cables between BTS cabinets

Objectives

 Toggle switch setting On completion of this course, the participants will be able to:  Describe the ring networking topologies

in

Abis interface.  Perform data configuration for ring networking topology.  Describe the cabinet combination for cable

 Data configuration  Overview  Impact  Technical Description 

Automatic Switchover During Link Disconnection



Manual Switchover During Link Disconnection



BTS HDLC Ring Topology



Implementation




Configure BTS ring topology I




Configure BTS ring topology Ⅱ



Configure HDLC ring topology

connection and data configuration.

Target Audience


Training Methods


Lecture


Duration

 Successful completion of the following course(s):BTS3012 GSM V3R8 Product Description

Content

1 working day


 Principle of BTS combination


76

1.4.37 OMC22 PCU6000 (External PCU) Operation and Maintenance

 Pb Interface Data Configuration

Objectives

 GPRS Cell Data Configuration On completion of this course, the participants will be able to:

 Gb Interface Data Configuration  PCU Network Data Configuration

 Outline the GPRS principle.  Outline the function, architecture and structure of PCU6000.  Outline the PCU6000 board features.

 Common Operation  Terminal Maintenance System  Routine Maintenance Operations 

Modifying IP Address of the PCU System



Querying PCU Board Status



Resetting PCU Boards

 Perform the PCU6000 routine operation and



Switching Off Board Power Supply

maintenance via MML and GUI console.



Loading the Configuration Data



Interface Message Tracing



Alarm System



Alarm Overview

management via MML and GUI console.



Alarm Classification

 Locate, analyze and eliminate the common



Alarm Interface



Performance Measurement



Creating\Deleting\ Modifying Performance

 Implement PCU6000 data configuration, parameters setting, data modification, restoration and back-up.

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

faults of PCU6000. 

Measurement Task

Target Audience 

Querying Performance Measurement Task



Setting Performance Measurement Template



Performance Measurement Command



Pb Interface Troubleshooting




Gb Interface Troubleshooting




GPRS Cell Troubleshooting



PDCH Troubleshooting



Upgrade Preparations




Upgrade Operations




Patch Installation

and Maintenance, BSC6000 GSM V9R8 Data



Version Rollback

Configuration



GPRS System Overview



GPRS Architecture

 PCU6000 structure



GPRS Network Interfaces & Protocols

 PCU6000 topology



Interface and Protocol Stack

 PCU6000 configuration



Um Interface

 Overview of Configuration Console



G-abis/Pb Interface

 PCU Hardware Data Configuration



Gb Interface


Prerequisites


Content


77



GPRS Wireless Subsystem



Packet Channels



Medium Access Modes



MS Multi-TS Ability



Power Control



GPRS Location Area





78


Configuration


Content

be able to:


 Understand BSC6000 safety precautions of


maintenance.


 Describe the BSC6000 troubleshooting flow.



 Describe the troubleshooting phenomenon for common BSC6000 faults.


Prerequisites

Obtaining Information for Locating Network Problems



Basic Methods of BSC Fault Judgment



Basic Methods of BTS Fault Judgment



Approach to prevent BSC fault




Class Size

 Successful completion of the following course(s):BSC6000 GSM V9R8 Product

Min 6, max 12

Description, BSC6000 GSM V9R8 Operation and Maintenance, BSC6000 GSM V9R8 Data


79

1.4.39 OMC24 BSC6000 GSM V9R8 Advanced troubleshooting Training



Objectives


On completion of this course, the participants will be able to:  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.

Target Audience












BSC Common Faults Analysis



Voice Faults



Clock Faults



Link & Interconnection Faults



Loading Faults



BTS Common Faults Analysis



Transmission Faults



Antenna Faults



A interface signaling alarm analysis




MTP2 Signaling link alarm







SCCP Signaling alarm




Abis interface signaling alarm analysis




Gb interface signaling alarm analysis

Prerequisites

wireless network operation and maintenance  Successful completion of the following course(s):BSC6000 GSMR V9R9 Product Description

Content



 Requirements for Maintenance Personnel  General Procedures of Troubleshooting




80

1.4.40 OMC25 BSC6000 GSM V9R8 TOP10 Alarm Processing

Objectives On completion of this course, the participants will be able to:  Describe the BSC6000 TOP10 alarm troubleshooting procedure.  Describe the troubleshooting phenomenon for common BSC6000 faults.81818181818181818181818181

Target Audience



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

Prerequisites  Basic knowledge of mobile communications  At least 1 year working experience in GSM wireless network operation and maintenance  Successful completion of the following course(s):BSC6000 GSMR V9R10 Product Description

Content



Class Size

 Alarm Management Operation 

Training Methods

Min 6, max 12

Basic Concepts


81

1.4.41 OMC26 BSC6000 GSM V9R8 IP Topic


Objectives


course(s):BSC6000 GSMR V9R11 Product

be able to:

Description

 Describe GSM BSC6000 IP system network mode  Outline Features and working principle of A

Content  Data Configuration of A Interface over IP  Data Configuration of Abis Interface over IP

Interface over IP  Outline Features and working principle of Abis Interface over IP  Outline Features and working principle of Gb Interface over IP  Master the data configuration of A interface over IP  Master the data configuration of Abis interface over IP  Master the data configuration of Gb interface over IP

 Data Configuration of Gb Interface over IP 

Configure the Hardware Data



Configure the Gb Interface Data



Configure the Cell GPRS Attributes



Overview of GSM BSC6000 IP System



A Interface over IP



Abis Interface over IP



Gb Interface over IP



Prerequisites


Class Size


Min 6, max 12



82

1.4.42 OMB19 BTS3012 GSMR V3R8 Product Description

Objectives On completion of this course, the participants will be able to:  Describe the features of Huawei BTS3012 products.  Describe the hardware structure of BTS3012.  Describe the function of boards of BTS3012.  Explain the BTS signal flow.  Explain the configuration principle of BTS hardware.




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)

Training Methods

Prerequisites Lecture  Basic knowledge of mobile communications

Duration


Content  Overview

0.5 working day


 System Components


83

1.4.43 OMB20 DBS3900 GSMR V3R8 Product Description

Objectives On completion of this course, 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.




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







Training Methods

Maintenance Technicians and Engineers Lecture

Prerequisites

Duration  Basic knowledge of mobile communications  At least 1 year working experience in GSM wireless network operation and maintenance

Content

0.5 working day


 DBS3900 Overview  DBS3900 Hardware Components


84

1.4.44 OMB21 DBS3900 GSMR V3R8 Commissioning

Description


Content

be able to:

 Overview of the Commissioning

 Describe the procedure of checking the BTS

 Commissioning Procedure

transmission.

 Implementation

 Implement the connection of Transmission Devices.  Master the loading procedure of BTS, and



Starting the Site Maintenance Terminal



Configuring the Basic Data of the BTS



Configuring Logical Objects of the BTS




Checking the Active Software Version

step.



Checking the Transmission Between the BBU



Prerequisites

and RFU 

Checking the Running Status of the BTS



Checking the Alarm Information of the BTS


Duration


1 working day




85

1.4.45 OMB22 BTS3012 GSMR V3R8 Data Configuration


Objectives

course(s):BTS3012 GSM V3R8 Product On completion of this course, the participants will be able to:  Describe the steps to configure BTS3012

Description

Content  BSC6000 Data Configuration Principle


 BTS3012 Initial Data Configuration 

Single Cabinet




Combined Cabinet




BTS3012 Data Reconfiguration

configuration.


Training Methods


Duration


Prerequisites


Min 6, max 12



86

1.4.46 OMB23 DBS3900 GSMR V3R8 data configuration


Objectives

Description On completion of this course, the participants will be able to:  Describe the steps to configure BTS3900

Content  BSC6000 Data Configuration Principle  DBS3900 Initial Data Configuration




Add Site



Add Cell




Configure Site Attributes




Configure Cell Attributes




DBS3900 Data Reconfiguration

configuration.

Target Audience

Training Methods



Duration


Class Size


Min 6, max 12



87

1.4.47 OMB24 BTS3012 GSMR V3R8 Operation and Maintenance

 Maintaining the BTS Software

Objectives

 On completion of this course, the participants will be able to:  Describe site maintenance objects.  Describe the concepts of BTS3012 management status.  Describe the concepts of BTS3012 operation status.  Describe BTS3012 routine operation and maintenance procedure.  Explain how to use BTS3012 remote maintenance console.

Target Audience

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

Prerequisites

Training Methods



Duration

wireless network operation and maintenance  Successful completion of the following course(s):BTS3012 GSM V3R8 Product

1 working day

Class Size

Description Min 6, max 12

Content  Concepts Related to BTS Maintenance


88

1.4.48 OMB25 DB3900 GSMR V3R8 Operation and Maintenance


Objectives

course(s):BTS3900 GSM V3R8 Product On completion of this course, the participants will be able to:  Describe site maintenance objects.  Describe the concepts of BTS3900 management status.  Describe the concepts of BTS3900 operation status.  Describe BTS3900 routine operation and maintenance procedure.  Explain how to use BTS3900 remote maintenance console.

Description

Content  Site remote maintenance 

Overview



Software management



Maintain site devices



Maintain boards and TRXs







Training Methods


Duration


Prerequisites


Min 6, max 12



89

1.4.49 OMB26 DBS3900 GSMR V3R8 Troubleshooting


Objectives

Description, BTS3900 GSM V3R8 Data On completion of this course, the participants will be able to:  Understand BTS safety precautions of

Configuration












Transmission Fault



LAPD Link fault




Training Methods

Target Audience Lecture BSS Field Technicians, First Line Operation and

Duration


Prerequisites


Min 6, max 12



90

1.4.50 OMC27 BSC6000 GSMR V9R8 Product Description

Objectives On completion of this course, the participants will be able to:  State the structure and functions of important boards of BSC6000.  State the system structure and functions of modules of BSC6000.

Target Audience



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





Content


Duration

 System Description  Hardware Structure 

Rack



Subrack



Board



System Logical Structure

1 working day



91

1.4.51 OMC28 BSC6000 GSMR V9R8 Operation and Maintenance

Objectives

Content


 Introduction to O&M

be able to:

 System Management


 BSC Maintenance

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

 Describe important parameters in BSC6000 maintenance.  Operate on the BSC6000 maintenance console.  Perform the routine maintenance for BSC6000.

Target Audience

Training Methods

Prerequisites  Basic knowledge of mobile communications  At least 1 year working experience in GSM wireless network operation and maintenance  Successful completion of the following course(s):BSC6000 GSM V9R8 Product Description





92

1.4.52 OMC29 BSC6000 GSMR V9R8 Data Configuration

Objectives

Content


 Data configuration general introduction

be able to:

 Data configuration principle

 Describe the function of BSC6000 data

 Data configuration procedure

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.


Prerequisites



BSC Data configuration



BTS Data configuration



Cell Data configuration



Data reconfiguration



External PCU data configuration



Built-in PCU data configuration



Data maintenance operation



Overview of MML Client



Steps of Data configuration





Description


93

1.4.53 OMC30 BSC6000 GSMR V9R8 Software Installation & Upgrade

Objectives

Content


 Upgrade Flow

be able to:

 Preparations for Upgrade

 Identify the hardware and software structure of

 Upgrade Operations

GBAM/GOMU.  State the function of data stored in GBAM/GOMU.  Perform software installation in GBAM/GOMU and the boards in BSC.  Operate the commands for installation and debugging on GBAM/GOMU.  Perform data back-up.


Prerequisites



Back Up Data and Board Software



Download and load the Host Software Online



Upgrade LMT and Data File



Upgrade the GBAM (Single GOMU)



Upgrade the Active/standby GOMU



Upgrade the Board Software



Activate the License



Upgrade Verification



Version Rollback


Duration


1 working day




94

1.4.54 OMC31 BSC6000 GSMR V9R8C15 BSS Signaling Flow and analysis

Objectives

Content


 A interface signaling alarm analysis

be able to:




 Describe the BSS signaling flow.




 Analysis the BSS signaling message.











Prerequisites




Class Size


Min 6, max 12

Description


95

1.4.55 OMC32 BSC6000 GSMR V9R8C15 HSCSD Introduction


Objectives

Description On completion of this course, the participants will be able to:  Describe the principle and application of

Content  HSCSD principle  HSCSD Application in GSMR

HSCSD

Target Audience

Training Methods



Duration

Prerequisites 0.5 working day  Basic knowledge of mobile communications

Class Size


Min 6, max 12



96

1.4.56 OMC33 BSC6000 GSMR V9R8C15 Troubleshooting

Objectives

Content



be able to:


 Describe the BSC6000 and BTS


troubleshooting procedure.



 Describe the troubleshooting phenomenon for common BSC6000 and BTS faults.








troubleshooting cases for common BSC6000




and MBTS faults.



BSC Common Faults Analysis



Voice Faults



Clock Faults







Loading Faults







Transmission Faults



Antenna Faults

 Locate, analyze and eliminate the

 Analyze the signaling message for troubleshooting.

Target Audience



Duration


1.5 working days



97

1.4.57 OMC34 BSC6000 GSMR V901R008 Product Description



Content

be able to:

 System Description


 Hardware Structure

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.



Cabinets



Subracks



Boards



Cables



System Signal Flow




Training Methods






98

1.4.58 OMC35 BSC6000 GSMR V901R008 Operation and Maintenance

Description


Content

be able to:

 Operation and Maintenance Overview



maintenance.

 Maintaining the Equipment

 Describe important parameters in BSC6000 maintenance（Web LMT and MML）.  Operate on the BSC6000 maintenance console.

 Maintaining Transmission and Signaling  Maintaining BSC User Resources  Maintaining Alarm  Maintaining Device Panel

 Perform the routine maintenance for BSC6000.

Target Audience

 Maintaining User  Maintaining Log


Prerequisites

 Maintaining Performance






99

1.4.59 OMC36 BSC6000 GSMR V901R008 Data Configuration


Objectives


Content  Basic Concepts of CME


 BSC6000 Data Configuration

independently.  Describe the configuration of important parameters of GSM BSS system.

 BTS Data Configuration  Data Configuration Overview

 Check the data configuration correctness and validity.




 Configure BSC6000 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.

Target Audience



Ater Interface Data


















Configuring the Clocks


Training Methods



Duration


3 working days




100

1.4.60 OMC37 BSC6000 GSMR V901R008 Installation and Commissioning


Objectives


Description

Content


 BSC6000 Software Structure


 Linux Operation System Installation


 BSC6000 Application Software Installation  BSC6000 Application Software Upgrade

installation  Describe the alarm and server verification after commissioning

 OMU Operation and Maintenance

Training Methods


Duration


Prerequisites


Min 6, max 12



101

1.4.61 OMC38 BSC6000 GSMR V901R008 Troubleshooting


Objectives

Description, BSC6900 GSM V9R11 Operation On completion of this course, the participants will be able to:  Understand BSC6000 safety precautions of

and Maintenance

Content  Requirements for Maintenance Personnel

maintenance.  Describe the BSC6000 troubleshooting flow.



 Basic Methods of Fault Judgment and Location  Approach to prevent BSC fault

common BSC6000 faults.  Locate the troubleshooting cases for common BSC6000

faults.

 Analyze the troubleshooting cases for common BSC6000 faults.  Perform the troubleshooting for common BSC6000 faults. 


Prerequisites

 BSC Common Faults Analysis 

Voice Faults



Clock Faults






Loading Faults






Transmission Faults



Antenna Faults


Duration


1 working day



102

1.4.62 OMB27 DBS3900 GSMR V301R008 Product Description

Objectives

Content


 DBS3900 Overview

be able to:

 DBS3900 Hardware Components

 Describe the features of DBS3900 products.



BBU Unit

 Describe the hardware structure of DBS3900.



RRU Unit

 Describe the function of boards of DBS3900.




 Explain the DBS signal flow.



DBS3900 Signal Flow

 Check the hardware structure of the DBS, such



DBS3900 Configuration









DBS3900 Network

as the cabinet, subrack, broad, and cable.


Prerequisites






103

1.4.63 OMB28 DBS3900 GSMR V301R008 Operation and Maintenance

Objectives

Prerequisites



be able to:


 Describe GSM site maintenance objects(Web


LMT and MML).  Describe the concepts of DBS3900


management status.

Description

 Describe the concepts of DBS3900 operation

Content

status.  Describe DBS3900 routine operation and

 Site remote maintenance  Site local maintenance

maintenance procedure.  Explain how to use DBS3900 remote maintenance console.


Target Audience

Duration


1 working day



104

1.4.64 OMB29 DBS3900 GSMR V301R008 Data Configuration


Objectives



be able to:

Description


Content




 Steps of Data Configuration based on LMT  Overview of Configuring DBS3900


 DBS3900 Data Configuration based on CME

Training Methods

 Perform initial data configuration and dynamic Lecture, Hands-on exercise

modification.

Duration


Prerequisites

2 working days




105

1.4.65 OMB30 DBS3900 GSMR V301R008 installation and commissioning


Objectives



be able to:

Description

 Describe the procedure of checking the BTS transmission.  Implement the connection of Transmission

Content  DBTS3900 System Overview  DBTS3900 Installation Procedures

Devices.  Master the loading procedure of BTS, and

 DBTS3900 Commissioning Procedures




DBTS3900 Commissioning Scenarios

step.



DBTS3900 Commissioning Modes

 Identify the way to check the different alarm of

Training Methods

BTS. Lecture, Hands-on exercise

Target Audience


1 working day

Class Size


Min 6, max 12



106

1.4.66 OMC39 BSC6000 GSMR V901R008 BSS Signaling Flow and analysis

Objectives

Content


 A interface signaling alarm analysis

be able to:




 Describe the BSS signaling flow.




 Analysis the BSS signaling message.











Prerequisites



Duration 1.5 working days

Class Size


Min 6, max 12

Description


107

1.4.67 OMC40 BSC6000 GSMR V901R008 HSCSD Introduction


Objectives

Description On completion of this course, the participants will be able to:  Describe the principle and application of

Content  HSCSD principle  HSCSD Application in GSMR

HSCSD

Target Audience

Training Methods



Duration


Class Size


Min 6, max 12



108



Objectives

course(s):BSC6000 GSM V9R11 Product On completion of this course, the participants will be able to:  Understand BTS safety precautions of

Description












Transmission Fault



LAPD Link fault




Training Methods


Duration

Maintenance Technicians and Engineers 0.5 working day

Prerequisites


Min 6, max 12



109



Objectives

course(s):BSC6000 GSM V9R12 Product On completion of this course, the participants will be able to:  Understand BTS safety precautions of

Description












Transmission Fault



LAPD Link fault




Training Methods


Duration


Prerequisites


Min 6, max 12



110




Content

be able to:




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).



Cabinets



Subracks






Cables







Training Methods






111



Target Audience



Basic Concepts



Monitoring Alarms









Log management



Basic Concepts



Querying Logs









Basic Concepts










BSC maintenance




Basic Concepts














Routine MML Operation



Trace management




Basic Concepts

Description



GSM Services






Basic Concepts



Service Monitoring

Prerequisites









LMT Offline Tool






Basic Concepts









Alarm management





112



Objectives


Description

Content


 Basic Concepts of CME


 BSC6900 Data Configuration Procedure  Data Configuration Overview








Ater Interface Data

















parameters of GSM BSS system.  Check the data configuration correctness and validity.  Describe the loading procedure of data configuration via CME.


(only Outer

PCU need configure)

Target Audience

Training Methods







113



Objectives


Description

Content







installation

Training Methods

Target Audience



Duration


Prerequisites


Min 6, max 12



114



Objectives

 Interconnection fault Analysis On completion of this course, the participants will be able to:  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

 Link fault Analysis  Clock fault Analysis  CS fault Analysis  PS fault Analysis  Location Update  Call Setup  Handover  Direct Retry  Short Message

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

 Release  Case Analysis

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


BSC6900(GSM Only) faults.


Target Audience

 General Procedures of Troubleshooting BSS Field Technicians, First Line Operation and Maintenance Technicians and Engineers

Prerequisites

 Collecting Information for Locating BTS Faults  Methods of Fault Judgment and Location 





Transmission Fault




LAPD Link fault





Training Methods

course(s):BSC6900 GSM V9R12 Product Description, BSC6900 GSM V9R12 Operation

Lecture

Duration

and Maintenance

Content

5 working days

 Requirements for Maintenance Personnel  General Procedures of Troubleshooting




115

1.4.75 OMB33 MBTS GSM V100R004 Product Description




Content

be able to:


 Describe the features of MBTS(GSM Only)

 MBTS Hardware Structure

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.

Target Audience












MBTS Cable Connection



MBTS Technical Specifications



MBTS Typical Configuration



Basic Principles




Training Methods



Lecture




116

1.4.76 OMB34 MBTS GSM V100R004 Operation and Maintenance

Objectives

Content


 Alarm Monitoring

be able to:



Alarm Monitoring via LMT




Alarm Monitoring via M2000



Transmission Test



Device maintenance



Routine Maintenance MML



Board Replacement



Checking hardware



LEDs



Cable connections






Replacing boards




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


Training Methods

Maintenance Technicians and Engineers Lecture, Hands-on exercise

Prerequisites

Duration


1 working day


course(s): BTS3900 GSM V1R3 Product Description


117

1.4.77 OMB35 MBTS GSM V100R004 Data Configuration


Objectives



be able to:

Description


Content




 Steps of MBTS GSM Data Configuration  Overview of Configuring BTS3900


 MBTS GSM Data Configuring

Training Methods

 Perform initial data configuration via CME and Lecture, Hands-on exercise

LMT.

Duration


Prerequisites

2 working days




118

1.4.78 OMB36 MBTS GSM V100R004 Installation and Commissioning


Objectives


 5/Successful completion of the following

be able to:


 Describe the installation procedure

Description

 Describe the software commissioning

Content

procedures in different scenarios  Describe the different commissioning mode

 MBTS System Overview  MBTS Installation Procedures

according to different scenarios  Perform local commissioning via SMT and

 MBTS Local Commissioning Procedures  Overview of GBTS Commissioning

USB.  Perform remote commissioning via M2000 and Web LMT.  Master the loading procedure of BTS, and check the current version to ensure the loading step.

 Commissioning 

Remote GBTS Commissioning on the M2000



Remote GBTS Commissioning on the LMT



Alarm handling for GBTS Commissioning

Training Methods

 Identify the way to check the different alarm of Lecture, Hands-on exercise

BTS.

Duration


Prerequisites

1 working day




119



Objectives


Configuration







Target Audience


Training Methods


Lecture

Duration


Class Size


Min 6, max 12



120

1.4.80 OMC56 BSC6900 GSM V900R012 - V900R013 Delta

 Alarm Function Changing

Objectives

 New/Enhanced Platform Features On completion of this course, the participants will be able to:  Describe BSC6900 GSM evolution overview  Describe the hardware changing in BSC6900 GSM and MBTS GSM, including cabinet,

 New/Enhanced GSM Configuration Features 

Deploying BTSs in Summary Mode



Falling back GSM Cell/TRX Configuration



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

subrack and boards.

Results)

 Describe the software changing in BSC6900GSM, including OMU board software



Maintenance and Test of Air Interface and RF Fault

and OM software  Describe the new features of BSC6900GSM



BTS IP Port Backup and Monitoring Equipment IP Access

and MBTS GSM. 

Target Audience

Detection Requirement of Transmission Connection over Abis Interface




Enhanced Voice Fault Location Method




Transmission resource savings display



RTCP Introduction



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


Content

Duration

 BSC6900 Evolution Overview

1 working day

 BSC6900 Hardware Evolution

Class Size

 BSC6900 Typical Hardware Configuration  MML Command Changing in Data

Min 6, max 12

Configuration


121

1.4.81 OMB37 MBTS GSM V100R004 Troubleshooting


Objectives



be able to:


 Understand BTS safety precautions of maintenance.  Describe the BTS troubleshooting flow.  Describe the troubleshooting phenomenon for

Description

Content  Alarm Analyse Overview  Alarm Analyse and handling flow

common BTS faults.  Locate the troubleshooting cases for common BTS faults.

 MBTS TOP Alarm Analyse and Handling

Training Methods

 Analyze the troubleshooting cases for common Lecture, Hands-on exercise

BTS faults.

Duration


Prerequisites

0.5 working day




122

1.4.82 OMC58 BSC6900 GSM V900R013 Data Reconfiguration



Objectives

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

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



Modify OPC and DPC



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



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



Reconfiguring the Transmission Mode



Changing the Transmission Mode on the A Interface

Target Audience



Ater Interface


 

 Basic knowledge of mobile communications  At least 1 year working experience in GSM wireless network operation and maintenance  Successful completion of the following course(s):BSC6000 GSM V9R13 Product Description

Changing the Transmission Mode on the Abis Interface



Adjust the cell processing in DPU board




Content

Duration

 Changing the Connection Between the BSC and the MSC

2 working days

Class Size

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



Changing the Transmission Mode on the Gb Interface

Prerequisites



Reconfiguring the Transmission Mode on the

Min 6, max 12

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


123

1.4.83 OMB38 MBTS GSM V100R004 Data Reconfiguration

Objectives

Content


 Dynamic Data Adjustment Introduction

be able to:

 Adjusting the Global/Device/Transmission Data

 Describe the procedure of MBTS dynamic data

 Adjusting the Cells/TRXs/Channels Data

adjustment

 Adjusting the BTS Data

 Adjust the Global/Device/Transmission Data

 Reparenting BTSs

 Adjust the Cells/TRXs/Channels Data

 Reconfiguring a BTS via LMT

 Adjust the BTS Data

 Changing the Connection Between the BSC

 Reparent BTSs

and the MSC via LMT  Reconfiguring a Cell via LMT


Prerequisites

 Reconfiguring a Channel via LMT




Class Size


Min 6, max 12

Description


124


Transmission Mode over the A Interface)

Objectives  On completion of this course, the participants will be able to:  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




Modify OPC and DPC


















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

and Abis interface.  Adjust the cell processing in DPU board

Target Audience










Ater Interface

Maintenance Technicians and Engineers 

Prerequisites






 At least 1 year working experience in GSM wireless network operation and maintenance  Successful completion of the following course(s):BSC6000 GSM V9R13 Product Description




Training Methods

Duration


2 working days

Class Size




Interface


Content



Changing the Transmission Mode on the Abis

Min 6, max 12

Cutting Over an MSC (TDM to TDM


125


Objectives

Content



be able to:




adjustment








 Reparent BTSs



Prerequisites





Class Size


Min 6, max 12

Description


126



Objectives  On completion of this course, the participants will be able to:  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




Modify OPC and DPC


















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


Target Audience










Ater Interface


Prerequisites










Training Methods

Duration


2 working days

Class Size




Interface


Content




Min 6, max 12



127


Objectives

Content



be able to:




adjustment








 Reparent BTSs



Prerequisites





Class Size


Min 6, max 12

Description


128




Content

be able to:




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).



Cabinets



Subracks






Cables







Training Methods

Target Audience Lecture, LVC BSS Field Technicians, First Line Operation and Maintenance Technicians and Engineers





129



Target Audience



Basic Concepts



Monitoring Alarms









Log management



Basic Concepts



Querying Logs









Basic Concepts










BSC maintenance




Basic Concepts














Routine MML Operation



Trace management




Basic Concepts

Description



GSM Services






Basic Concepts



Service Monitoring

Prerequisites









LMT Offline Tool






Basic Concepts









Alarm management





130



Objectives


Description

Content


 Data Configuration Overview








Ater Interface Data




















(only Outer

PCU need configure)

 Describe the loading procedure of data configuration via CME.

Target Audience



Basic Concepts of CME



BSC6900 Data Configuration Procedure

Training Methods







131



Objectives


Description

Content







installation

Training Methods

Target Audience



Duration

Maintenance Technicians and Engineers 1.5 working days

Prerequisites


Min 6, max 12



132



Objectives  On completion of this course, the participants will be able to:  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




Modify OPC and DPC


















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


Target Audience










Ater Interface


Prerequisites










Training Methods

Duration


1.5 working days

Class Size




Interface


Content




Min 6, max 12



133

1.4.93 OMC66 BSC6900 GSM V900R014 Migration


Objectives

Description On completion of this course, the participants will be able to:  Describe the

procedures of expanding the

BTS capacity  Perform how to add BSC board  Perform how to add BSC Subrack

Content  BSC Migration overview  Reparenting

BSC Between MSC Servers

 Reparenting

BSC Between SGSN

Training Methods


Duration


Prerequisites


Min 6, max 12



134

1.4.94 OMC67 BSC6900 GSM V900R014 Expanding


Objectives


Content

 Detail the scenarios of BSC migration

 Overview of Expanding the BSC Capacity

 Detail the procedure of BSC migration

 Adding a BSC Board

 Perform the BSC migration

 Adding an EPS Subrack

Target Audience

Training Methods



Duration


Class Size


Min 6, max 12



135



Objectives


Configuration







Target Audience


Training Methods


Lecture

Duration


Class Size


Min 6, max 12



136

1.4.96 OMC69 BSC6900 GSM V900R013 - V900R014 Delta

 Abis transmission backup enhancement

Objectives

 Intelligent Battery Management On completion of this course, the participants will be able to:  Describe BSC6900 GSM evolution overview  Describe the hardware changing in BSC6900 GSM and MBTS GSM, including cabinet, subrack and boards.

 IPHC in IP over E1  Abis transmission backup enhancement  NS Signaling Tracing over Gb Interface  PDCH Loopback  Enhanced BTS Deployment in Abis over IP Mode

 Describe the software changing in BSC6900GSM, including OMU board software

 Optimized Signaling Tracing and Analysis  BBU Supporting 126 TRXs and RRU

and OM software  Describe the new features of BSC6900GSM

Supporting 21-Level Cascading  MAC Packet Capture and Uploading

and MBTS GSM.

 Alarms for Low RSSI

Target Audience

 Enhanced CPRI O&M BSS Field Technicians, First Line Operation and

 Replace EOX BTS


 Optimization of Object Index in GSM

Prerequisites

 Adjust TRX Binding Relationship


 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

course(s):  BSC6000 GSM V9R8 Product Description  BSC6000 GSM V9R8 Operation and Maintenance

the new TRX modules


 BSC6000 GSM V9R8 Data Configuration

Duration

Content 1 working day  BSC6900 Evolution Overview

Class Size

 BSC6900 Hardware Evolution  BSC6900 Typical Hardware Configuration

Min 6, max 12


137



Objectives

 Interconnection fault Analysis On completion of this course, the participants will be able to:  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

 Link fault Analysis  Clock fault Analysis  CS fault Analysis  PS fault Analysis  Location Update  Call Setup  Handover  Direct Retry  Short Message

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

 Release  Case Analysis

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


BSC6900(GSM Only) faults.


Target Audience

 General Procedures of Troubleshooting BSS Field Technicians, First Line Operation and Maintenance Technicians and Engineers

Prerequisites

 Collecting Information for Locating BTS Faults  Methods of Fault Judgment and Location 





Transmission Fault




LAPD Link fault





Training Methods

course(s):  BSC6900 GSM V9R14 Product Description,  BSC6900 GSM V9R14 Operation and Maintenance

Lecture


Content

Class Size


Min 6, max 12

 General Procedures of Troubleshooting  Basic Methods of Fault Judgment and Location


138

1.4.98 OMB41 MBTS GSM V100R007 Product Description

Objectives

Content



be able to:

 MBTS Hardware Structure

 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.












MBTS Cable Connection



MBTS Technical Specifications



MBTS Typical Configuration



Basic Principles




Training Methods

Target Audience Lecture, LVC BSS Field Technicians, First Line Operation and Maintenance Technicians and Engineers






139

1.4.99 OMB42 MBTS GSM V100R007 Operation and Maintenance

Objectives

Content


 Alarm Monitoring

be able to:



Alarm Monitoring via LMT




Alarm Monitoring via M2000



Transmission Test



Device maintenance



Routine Maintenance MML



Board Replacement



Checking hardware



LEDs



Cable connections






Replacing boards




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


Training Methods

Maintenance Technicians and Engineers Lecture, Hands-on exercise

Prerequisites

Duration


1 working day


course(s):  MBTS GSM V1R7 Product Description


140

1.4.100 OMB43 MBTS GSM V100R007 Data Configuration


Objectives


course(s): MBTS GSM V1R7 Product

be able to:

Description


Content




 Steps of MBTS GSM Data Configuration  Overview of Configuring BTS3900



Training Methods

 Perform initial data configuration via CME and Lecture, Hands-on exercise

LMT.

Duration


Prerequisites

1.5 working days




141

1.4.101 OMB44 MBTS GSM V100R007 Installation and Commissioning


Objectives



be able to:

course(s):

 Describe the installation procedure

 MBTS GSM V1R7 Product Description

 Describe the software commissioning procedures in different scenarios  Describe the different commissioning mode

 MBTS GSM V1R7 Data configuration

Content  MBTS System Overview

according to different scenarios  Perform local commissioning via SMT and USB.

 MBTS Installation Procedures  MBTS Local Commissioning Procedures

 Perform remote commissioning via M2000 and Web LMT.

 Overview of GBTS Commissioning  Commissioning

 Master the loading procedure of BTS, and



Remote GBTS Commissioning on the M2000




Remote GBTS Commissioning on the LMT

step.



Alarm handling for GBTS Commissioning




Prerequisites


Class Size


Min 6, max 12


142

1.4.102 OMB45 MBTS GSM V100R007 Troubleshooting


Objectives

course(s): On completion of this course, the participants will be able to:  Describe the BTS troubleshooting flow.  Describe the troubleshooting phenomenon for

 MBTS GSM V1R7 Product Description  MBTS GSM V1R7 Data configuration

Content  Alarm Analyse Overview

TOP BTS faults.  Locate the troubleshooting cases for TOP BTS faults.

 Alarm Analyse and handling flow  MBTS TOP Alarm Analyse and Handling

 Analyze the troubleshooting cases for TOP

Training Methods

BTS faults. Lecture, Hands-on exercise

Target Audience


0.5 working day

Class Size


Min 6, max 12



143


course(s):

Objectives

 MBTS GSM V1R7 Product Description On completion of this course, the participants will be able to:  Describe the procedure of MBTS dynamic data adjustment


Content  Web LMT Introduction


 Steps of MBTS GSM Data Configuration


 Overview of Configuring BTS3900



 Reparent BTSs

Training Methods


Duration

Maintenance Technicians and Engineers 1.5 working days

Prerequisites


Min 6, max 12



144

1.4.104 OMB47 MBTS GSM V100R007 Expanding

course(s):

Objectives

 MBTS GSM V1R7 Product Description On completion of this course, the participants will be able to:  Describe the

procedures of expanding the

BTS capacity


Content  Overview of Expanding the BTS Capacity

 Perform how to add BTS Cells

 Adding a BTS cell

 Perform how to add BTS TRXs

 Adding a BTS TRX

Target Audience

Training Methods



Duration


Class Size


Min 6, max 12



145

1.4.105 OMB48 MBTS GSM V100R007 Migration



Content

be able to:

 BTS Reparenting Overview

 Detail the scenarios of BTS migration

 Reparenting BTSs within a BSC (TDM)

 Detail the procedure of BTS migration

 Reparenting BTSs within a BSC (IP)

 Perform the BTS migration

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


Prerequisites


Duration


0.5 working day

Class Size


Min 6, max 12

course(s): MBTS GSM V1R7 Product Description


146

1.4.106 OMC71 GSM IPRAN Fundamental

 BSC6900 GSM V9R11/12/13/14 Product

Objectives

Description On completion of this course, the participants will

 BSC6900 GSM V9R11/12/13/14 Operation and

be able to:

Maintenance

 Learn about IP protocol specifications and

 BSC6900 GSM V9R11/12/13/14 Data

common RFC standards

Configuration

 Learn about common IP RAN concepts such as

 MBTS GSM V1R2/R3/R4/R7 Product

the MSTP and PTN

Description

 Understand the TCP/IP protocol structure, and

 MBTS GSM V1R2/R3/R4/R7 Operation 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

Maintenance  MBTS GSM V1R2/R3/R4/R7 Data Configuration

Content  IP Origin and Standards

data exchange process  Be familiar with common IP RAN devices and maintenance applications

 IP RAN Networking Overview  IP Protocol Structure and Service

 Learn about differences among the IP, ATM, and TDM technologies, and problems caused by IP-based networking

Implementation  Comparison and Prospect of IP RAN Technologies

Target Audience

Training Methods



Duration


Class Size


Min 6, max 12

 Successful completion of the following course(s):


147

1.4.107 OMC72 GSM IPRAN MSTP/PTN Networking


Objectives

course(s):BSC6900 GSM V9R11/12/13/14 On completion of this course, the participants will be able to:  Learn about the evolution of IP RANs  Understand IP RAN concepts and advantages

Product Description  BSC6900 GSM V9R11/12/13/14 Operation and Maintenance  BSC6900 GSM V9R11/12/13/14 Data

 Understand changes in IP RAN networking  Learn about feature requirements for IP RAN

Configuration  MBTS GSM V1R2/R3/R4/R7 Product

networking

Description

 Learn the implementation of key features for IP


RAN MSTP networking

Maintenance

 Understand differences between the layer 2

 MBTS GSM V1R2/R3/R4/R7 Data

networking and layer 3 networking

Configuration

 Learn about the concepts and advantages of IP

Content

RAN  Understand IP RAN networking variations

 IP RAN Overview

 Learn data exchanges and encapsulation in the

 MSTP Networking for IP RANs  IP RAN Development

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

 Introduction to IP RAN  PTN Networking for IP RAN  IP RAN Development

Training Methods


Duration


Prerequisites


Min 6, max 12



148

1.4.108 OMC73 GSM IPRAN Networking Planning

Description

Objectives

 BSC6900 GSM V9R11/12/13/14 Operation and On completion of this course, the participants will be able to:  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

Maintenance  BSC6900 GSM V9R11/12/13/14 Data Configuration  MBTS GSM V1R2/R3/R4/R7 Product Description  MBTS GSM V1R2/R3/R4/R7 Operation and Maintenance  MBTS GSM V1R2/R3/R4/R7 Data Configuration

Content  IP RAN Design Basics  IP RAN Resource Planning


Prerequisites

 IP RAN Internetworking Switching Process




Class Size

 Successful completion of the following Min 6, max 12

course(s):  BSC6900 GSM V9R11/12/13/14 Product


149

1.4.109 OMC74 GSM IPRAN

Feature Application

ensure the QoS of IP RANs

Objectives

 Describe the procedures of implementing QoS On completion of this course, the participants will be able to:  Understand the IP RAN reliability-ensuring

in IP RAN end to end (E2E) services  Learn different QoS configuration and applications in different protocol and

implementation mechanism

networking scenarios

 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

Prerequisites

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

Description

 Describe the requirements of the IP RAN for


clock synchronization

Maintenance

 Know the differences between clock synchronization and phase synchronization

 BSC6900 GSM V9R11/12/13/14 Data Configuration

 Learn about the typical IP RAN clock solution  Describe the architecture of an IP RAN clock

 MBTS GSM V1R2/R3/R4/R7 Product Description

network  Learn about the differences between IP RAN

 MBTS GSM V1R2/R3/R4/R7 Operation and Maintenance

clock networking applications  Understand the differences between the IEEE

 MBTS GSM V1R2/R3/R4/R7 Data Configuration

1588v2 technology and synchronous Ethernet

Content

technology  Learn the concept of IP Quality of Service (QoS)

 IP RAN Reliability Requirements and Solution Application

 Learn about radio services' QoS requirements for IP RANs

 IP RAN Reliability Schemes for Different Interfaces

 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

 IP RAN Reliability Parameter Configuration  Requirements and Functions of IP RAN Clocks  Application of IP RAN Clocks  Parameter Configuration of IP RAN Clocks  QoS Overview


150

 QoS Configuration and Application  E2E QoS Implementation





151

1.4.110 OMC75 GSM IPRAN Maintenance and Monitoring


Objectives



be able to:

Maintenance

 Understand changes in maintenance modes

 BSC6900 GSM V9R11/12/13/14 Data

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

Configuration  MBTS GSM V1R2/R3/R4/R7 Product Description  MBTS GSM V1R2/R3/R4/R7 Operation and Maintenance  MBTS GSM V1R2/R3/R4/R7 Data Configuration

Content  Overview for IP RAN O&M  Active Monitoring Scheme and Implementation

 Understand theories for IP active detection  Learn procedures for detecting IP faults

for IP RANs  Active Monitoring for Common Faults in IP

 Learn methods for locating IP faults

RANs

 Learn about packet capturing tool for IP RANs

 Overview of IP RAN Troubleshooting

 Learn methods for using packet capturing tool

 Application of IP RAN Tools

for IP networks  Learn about the process of analyzing packets and locating faults

Target Audience



Ping



Tracert



Packet capturing tool

Training Methods



Duration


Class Size


Min 6, max 12



152

1.4.111 OMC76 GSM IPRAN Troubleshooting

Maintenance

Objectives

 BSC6900 GSM V9R11/12/13/14 Data On completion of this course, the participants will be able to:

Configuration  MBTS GSM V1R2/R3/R4/R7 Product

 Understand the IP transmission

Description

troubleshooting roadmap


 Understand typical IP transmission

Maintenance

troubleshooting cases  Understand fault isolation in case of emergencies in IP transmission mode  Understand how to analyze typical IP transmission troubleshooting cases

 MBTS GSM V1R2/R3/R4/R7 Data Configuration

Content  IP Transmission Troubleshooting Roadmap  IP Transmission Faults


 Three Steps in IP Transmission Fault Isolation  Analysis of Typical IP Transmission Troubleshooting Cases

Prerequisites

Training Methods

 Basic knowledge of mobile communications  At least 1 year working experience in GSM wireless network operation and maintenance  Successful completion of the following course(s):



Class Size

 BSC6900 GSM V9R11/12/13/14 Product Min 6, max 12

Description  BSC6900 GSM V9R11/12/13/14 Operation and


153

1.4.112 OMC77 GSM IPRAN Principles for Interfaces over IP

 BSC6900 GSM V9R11/12/13/14 Data

Objectives

Configuration On completion of this course, the participants will


be able to:

Description

 Boards for IP Networking


 Understand basic knowledge about GSM IP networking

Maintenance  MBTS GSM V1R2/R3/R4/R7 Data

 Understand networking policies for A, Gb, and Abis interfaces

Configuration

Content

Target Audience  Boards BSS Field Technicians, First Line Operation and Maintenance Technicians and Engineers

Prerequisites

 Basic Knowledge  Networking Policies

Training Methods

 Basic knowledge of mobile communications  At least 1 year working experience in GSM wireless network operation and maintenance  Successful completion of the following course(s):



Class Size

 BSC6900 GSM V9R11/12/13/14 Product Min 6, max 12

Description  BSC6900 GSM V9R11/12/13/14 Operation and Maintenance


154

1.4.113 OMC78 BSC6900 GSM V900R013-V900R014 Upgrade

 BSC6900 GSM V9R14 Product Description

Objectives

 BSC6900 GSM V9R14 Operation and On completion of this course, the participants will be able to:  Describe the software installation and upgrade

Maintenance

Content  BSC6900 OMU Introduction

flow  Outline the backup and restore operations  Complete the installation and upgrade tasks  Grasp the OMU routine maintenance commands

 BSC6900 Application Software Upgrade Directly  BSC6900 Application Software Upgrade by M2000  OMU Operation and Maintenance


Prerequisites


Duration


1 working day

Class Size


Min 6, max 12

course(s):


155

1.4.114 OMC79 MBTS GSM V100R004 - V100R007 Upgrade


Objectives



be able to:

course(s):

 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

 MBTS GSM V1R7 Product Description  MBTS GSM V1R7 Data configuration

Content  MBTS GSM Upgrade Overview

R2 to R7 comparing to earlier upgrades, learn

 Upgrade from R1 to R7

about the upgrade procedure, and complete an

 Upgrade from R2 or a Later Version to R7

upgrade by referring to the Upgrade Guide. 


Target Audience


1 working day

Class Size


Min 6, max 12


156

1.4.115 OMB49 GSM BSS14.0 Antenna and Feeder Maintenance


Objectives



be able to:

Description

 Describe Antenna and Feeder hardware structure.

Content

 Describe Antenna and Feeder maintenance

 Antenna and Feeder common faults

 Describe the Antenna and Feeder

 Antenna and Feeder fault reasons  Antenna and Feeder troubleshooting

troubleshooting flow.  Analyse the Antenna and Feeder fault reasons.

Training Methods

 Master the Antenna and Feeder Lecture

troubleshooting.

Duration


Prerequisites

1 working day




157

1.4.116 OMC80 GSM IPRAN A over IP Reconstruction


Objectives



be able to:

Maintenance

 Understand A over IP Networking, Hardware

 MBTS GSM V1R2/R3/R4/R7 Data

and IP design

Configuration

 Prepare A over IP reconstruction script  verify the A over IP reconstruction

Content  A over IP Networking design

Target Audience

 A over IP Hardware design BSS Field Technicians, First Line Operation and Maintenance Technicians and Engineers

Prerequisites

 A over IP IP design  A over IP Operation guide  A over IP Test Verification




Training Methods



Duration

course(s):  BSC6900 GSM V9R11/12/13/14 Product Description

1 working day

Class Size

 BSC6900 GSM V9R11/12/13/14 Operation and Min 6, max 12

Maintenance  BSC6900 GSM V9R11/12/13/14 Data Configuration


158

1.4.117 OMC81 GSM IPRAN Gb over IP Reconstruction

Configuration

Objectives

 MBTS GSM V1R2/R3/R4/R7 Product On completion of this course, the participants will be able to:  Understand Gb over IP Networking, Hardware and IP design  Prepare Gb over IP reconstruction script  verify the Gb over IP reconstruction

Description  MBTS GSM V1R2/R3/R4/R7 Operation and Maintenance  MBTS GSM V1R2/R3/R4/R7 Data Configuration

Content

Target Audience  Gb over IP Networking design BSS Field Technicians, First Line Operation and Maintenance Technicians and Engineers

Prerequisites

 Gb over IP Hardware design  Gb over IP IP design  Gb over IP Operation guide


 Gb over IP Test verification

Training Methods



Duration


1 working day

Class Size


Maintenance  BSC6900 GSM V9R11/12/13/14 Data


159

1.4.118 OMC82 GSM IPRAN Abis over IP Reconstruction

Configuration

Objectives

 MBTS GSM V1R2/R3/R4/R7 Product On completion of this course, the participants will be able to:  Understand Abis over IP Networking, Hardware and IP design  Prepare Abis over IP reconstruction script  verify the Abis over IP reconstruction

Description  MBTS GSM V1R2/R3/R4/R7 Operation and Maintenance  MBTS GSM V1R2/R3/R4/R7 Data Configuration

Content

Target Audience  Abis over IP Networking design BSS Field Technicians, First Line Operation and Maintenance Technicians and Engineers

Prerequisites

 Abis over IP Hardware design  Abis over IP IP design  Abis over IP Operation guide


 Abis over IP Test verification

Training Methods



Duration


1 working day

Class Size


Maintenance  BSC6900 GSM V9R11/12/13/14 Data


160

1.4.119 OMC83 GSM BSS14.0 Emergency Maintenance

 BSC6900 GSM V9R14 Operation and

Objectives

Maintenance On completion of this course, the participants will be able to:  Understand the Basic Symptoms About the Accident  Know how to collect the related information  Execute the quick emergency handling

 BSC6900 GSM V9R14 Data Configuration  MBTS GSM V1R7 Product Description  MBTS GSM V1R7 Operation and Maintenance  MBTS GSM V1R7 Data Configuration

Content

methods.

 Emergency Maintenance Overview

Target Audience

 Basic symptoms about the accident


 collecting related information  quick emergency handling methods

Training Methods




Class Size


Min 6, max 12


161

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

 BSC6900 GSM V9R14 Operation and

Objectives

Maintenance On completion of this course, the participants will be able to:  Understand Precautions and Emergency Maintenance for Large Traffic  Know how to adjust BSC parameters before

 BSC6900 GSM V9R14 Data Configuration  MBTS GSM V1R7 Product Description  MBTS GSM V1R7 Operation and Maintenance  MBTS GSM V1R7 Data Configuration

Content

large traffic  Execute emergency maintenance for large traffic

 Emergency Maintenance Overview  Basic symptoms about the accident

Target Audience

 collecting related information


Prerequisites

 quick emergency handling methods





Description


162

1.4.121 OMC85 BSC6900 GSM Fault Information Collecting

Maintenance

Objectives

 BSC6900 GSM V9R13/14 Data Configuration On completion of this course, the participants will be able to:  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

 MBTS GSM V1R4/R7 Product Description  MBTS GSM V1R4/R7 Operation and Maintenance  MBTS GSM V1R4/R7 Data Configuration

Content  OMU Overview  CS Fault information collecting


Prerequisites

 PS Fault information collecting




Class Size

 Successful completion of the following course(s):BSC6900 GSM V9R13/14 Product

Min 6, max 12

Description  BSC6900 GSM V9R13/14 Operation and


163

1.4.122 OMC86 BSC6900 CS Troubleshooting

Maintenance

Objectives

 BSC6900 GSM V9R13/14 Data Configuration On completion of this course, the participants will be able to:  Describe the CS Fault Troubleshooting flow  Know how to do Single pass and no voice Troubleshooting  Know how to do Cross pass Troubleshooting


Content

 Know how to do Noise Troubleshooting

 CS Fault Troubleshooting flow

 Know how to do Echo Troubleshooting

 Single pass and no voice Troubleshooting  Cross pass Troubleshooting


 Noise Troubleshooting  Echo Troubleshooting

Training Methods




Class Size

course(s):BSC6900 GSM V9R13/14 Product Min 6, max 12



164

1.4.123 OMC87 BSC6900 PS Troubleshooting

 BSC6900 GSM V9R13/14 Data Configuration

Objectives

 MBTS GSM V1R4/R7 Product Description On completion of this course, the participants will be able to:  Describe the PS Fault Troubleshooting flow  Know how to do PS Data rate Troubleshooting  Know how to do PS Access Troubleshooting  Know how to Analyse PS KPI

 MBTS GSM V1R4/R7 Operation and Maintenance  MBTS GSM V1R4/R7 Data Configuration

Content  PS Fault Troubleshooting flow  PS Data rate Troubleshooting

Target Audience

 PS Access Troubleshooting BSS Field Technicians, First Line Operation and Maintenance Technicians and Engineers

 PS KPI Analyse

Training Methods




Class Size


Description  BSC6900 GSM V9R13/14 Operation and Maintenance


165

1.4.124 OMC88 BSC6900 IP Transmission Troubleshooting

Maintenance

Objectives

 BSC6900 GSM V9R13/14 Data Configuration On completion of this course, the participants will be able to:

 MBTS GSM V1R4/R7 Product Description  MBTS GSM V1R4/R7 Operation and

 Understand typical IP transmission

Maintenance

troubleshooting cases  Understand fault isolation in case of emergencies in IP transmission mode  Understand how to analyze typical IP transmission troubleshooting cases

Target Audience

 MBTS GSM V1R4/R7 Data Configuration

Content  TCP/IP Protocol  Physical layer Troubleshooting  Data link layer Troubleshooting


 Network layer Troubleshooting  LAPD/SCTP Troubleshooting  IPPATH Troubleshooting

Prerequisites

Training Methods  Basic knowledge of mobile communications  At least 1 year working experience in GSM wireless network operation and maintenance  Successful completion of the following course(s):BSC6900 GSM V9R13/14 Product Description  BSC6900 GSM V9R13/14 Operation and





166

1.4.125 OMC89 BSC6900 Clock Troubleshooting

Maintenance

Objectives

 BSC6900 GSM V9R13/14 Data Configuration On completion of this course, the participants will be able to:  Describe Clock Fault Troubleshooting Flow  Know how to do Clock troubleshooting

Target Audience


Content


 Clock Fault Troubleshooting

Training Methods




Class Size




167

2013 Customer Training Catalog - Course Descriptions(GSM) PDF (2)

Recommend Documents