2015 trainingproposal forwcdma-project
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This document provides a training proposal for a WCDMA product. It outlines 41 proposed training programs covering topics such as WCDMA principles, radio network design and planning, performance management, optimization, and product-specific training. The training programs include classroom instructor-led training and web-based training, with durations ranging from 1 to 6 days. The goal is to provide comprehensive technical training to support the WCDMA product.
2015 trainingproposal forwcdma-project
- 1. Training Proposal COMMERCIAL IN CONFIDENCE 1 Training Proposal for WCDMA Product Technical Training Project HUAWEI Learning Service 2014
- 2. Training Proposal COMMERCIAL IN CONFIDENCE 2 CONTENTS 1 Training Solution ................................................................................................................................. 4 1.1 Background Introduction ...................................................................................................... 4 1.2 Overview............................................................................................................................... 4 1.3 WCDMA Product Technical Training Path............................................................................ 4 1.4 Required Training Programs ................................................................................................ 5 1.5 Principle.............................................................................................................................. 10 1.5.1 WCDMA RAN Overview Training................................................................................ 10 1.5.2 WCDMA RAN Principle Training..................................................................................11 1.5.3 WCDMA HSPA+ Principle Training............................................................................. 13 1.6 RNP and RNO .................................................................................................................... 15 1.6.1 WCDMA Radio Network Design and Planning Training ............................................. 15 1.6.2 WCDMA Multi-Band and Multi-Carrier Solution Training............................................ 18 1.6.3 UMTS 900M Coverage Solution Training ................................................................... 19 1.6.4 WCDMA Indoor Coverage Training............................................................................. 20 1.6.5 WCDMA RF Optimization Training.............................................................................. 22 1.6.6 WCDMA RAN12 Radio Network Features and Algorithms Training........................... 24 1.6.7 WCDMA RAN13 Radio Network Features and Algorithms Training........................... 26 1.6.8 WCDMA RAN14 Radio Network Features and Algorithms Training........................... 29 1.6.9 WCDMA RAN15 Radio Network Features and Algorithms Training........................... 32 1.6.10 WCDMA RAN12 Performance Management Training................................................ 35 1.6.11 WCDMA RAN13 Performance Management Training................................................ 38 1.6.12 WCDMA RAN14 Performance Management Training................................................ 41 1.6.13 WCDMA RAN15 Performance Management Training................................................ 44 1.6.14 WCDMA Radio Network Optimization......................................................................... 47 1.6.15 WCDMA RAN12 HSPA/HSPA+ Radio Network Optimization Training ...................... 50 1.6.16 WCDMA RAN13 HSPA/HSPA+ Radio Network Optimization Training ...................... 52 1.6.17 WCDMA RAN14 HSPA/HSPA+ Radio Network Optimization Training ...................... 54 1.6.18 WCDMA RAN15 HSPA/HSPA+ Radio Network Optimization Training ...................... 56 1.6.19 WCDMA RAN12-RAN13 Delta Features Training ...................................................... 58 1.6.20 WCDMA RAN13-RAN14 Delta Features Training ...................................................... 62 1.6.21 WCDMA RAN14-RAN15 Delta Features Training ...................................................... 66 1.6.22 WCDMA uBro Radio Network Planning and Optimization Training............................ 70 1.7 WCDMA Product ................................................................................................................ 72 1.7.1 WCDMA RAN11 NodeB Training................................................................................ 72 1.7.2 WCDMA RAN11 RNC Operation Training .................................................................. 75 1.7.3 WCDMA RAN11 RNC Configuration Training............................................................. 77 1.7.4 WCDMA RAN11 RAN Troubleshooting Training......................................................... 79 1.7.5 WCDMA RAN11.1 NodeB Training............................................................................. 81 1.7.6 WCDMA RAN11.1 RNC Operation Training ............................................................... 84 1.7.7 WCDMA RAN11.1 RNC Configuration Training.......................................................... 86 1.7.8 WCDMA RAN11.1 RAN Troubleshooting Training...................................................... 88
- 3. Training Proposal COMMERCIAL IN CONFIDENCE 3 1.7.9 WCDMA RAN11.1 RAN Reconfiguration Training...................................................... 90 1.7.10 WCDMA RAN12.0 NodeB Training............................................................................. 92 1.7.11 WCDMA RAN12.0 RNC Operation Training............................................................... 95 1.7.12 WCDMA RAN12.0 RNC Configuration Training ......................................................... 97 1.7.13 WCDMA RAN12.0 RAN Troubleshooting Training ..................................................... 99 1.7.14 WCDMA RAN12.0 RAN Reconfiguration Training.................................................... 101 1.7.15 WCDMA RAN11.0-RAN12.0 Product Delta Training ................................................ 103 1.7.16 WCDMA uBro2.0 Network Operation Training.......................................................... 105 1.7.17 WCDMA RAN13.0 NodeB Training........................................................................... 108 1.7.18 WCDMA RAN13.0 RNC Operation Training..............................................................111 1.7.19 WCDMA RAN13.0 RNC Configuration Training ........................................................113 1.7.20 WCDMA RAN13.0 RAN Reconfiguration Training.....................................................115 1.7.21 WCDMA RAN13.0 RAN Troubleshooting Training ....................................................117 1.7.22 WCDMA RAN12.0-RAN13.0 Product Delta Training.................................................119 1.7.23 WCDMA uBro3.0 Network Operation Training.......................................................... 121 1.7.24 WCDMA RAN14.0 NodeB Training........................................................................... 124 1.7.25 WCDMA RAN14.0 RNC Operation Training............................................................. 127 1.7.26 WCDMA RAN14.0 RNC Configuration Training ....................................................... 129 1.7.27 WCDMA RAN14.0 RAN Reconfiguration Training.................................................... 131 1.7.28 WCDMA RAN14.0 RAN Troubleshooting Training ................................................... 134 1.7.29 WCDMA RAN13.0-RAN14.0 Product Delta Training................................................ 136 1.7.30 WCDMA RAN14.0 RAN Upgrade Training ............................................................... 138 1.7.31 WCDMA RAN14.0 Emergency Maintenance Training.............................................. 140 1.7.32 WCDMA IPRAN Application Training........................................................................ 142 1.7.33 WCDMA IPRAN Reconstruction Training ................................................................. 148 1.7.34 WCDMA RAN15.0 BSC6900/6910 Operation and Maintenance Training ............... 150 1.7.35 WCDMA RAN15.0 BSC6900/6910 Configuration Training ...................................... 152 1.7.36 WCDMA RAN15.0 RAN Reconfiguration Training.................................................... 155 1.7.37 WCDMA RAN15.0 RAN Troubleshooting Training ................................................... 159 1.7.38 WCDMA RAN14.0-RAN15.0 Product Delta Training................................................ 162 1.7.39 WCDMA RAN15.0 RAN Patch Upgrade Training..................................................... 164 1.7.40 WCDMA RAN15.0 Emergency Maintenance Training.............................................. 166 1.7.41 WCDMA RAN15.0 NodeB Operation and Maintenance Training............................. 168 1.8 WBT.................................................................................................................................. 194 1.8.1 BSC6900 V900R013 WCDMA Product Description(WBT) ...................................... 194 1.8.2 WCDMA BSC6900 Operation and Maintenance(WBT)............................................ 195 1.8.3 WCDMA BSC6900 V900R013 Initial Data Configuration Based on CME(WBT)..... 196 1.8.4 3900 Series WCDMA NodeB V100R004 Product Description(WBT) ...................... 197 1.8.5 WCDMA BTS3900 V100R004 Operation and Maintenance(WBT).......................... 198 1.8.6 MBTS 3900 V100R004 WCDMA Initial Data Configuration(WBT)........................... 199 1.8.7 WCDMA RAN14.0 New Features Overview(WBT) .................................................. 200
- 4. COMMERCIAL IN CONFIDENCE 4 1 Training Solution 1.1 Background Introduction 1.2 Overview 1.3 WCDMA Product Technical Training Path
- 5. COMMERCIAL IN CONFIDENCE 5 WCDMA RAN Principle Training ILT 5D WCDMA HSPA+ Principle Training ILT 2D WCDMA Radio Network Design and Planning ILT 3D WCDMA Multi-Band and Multi- Carrier Solution Training ILT 1D WCDMA Indoor Coverage Training ILT 2D UMTS 900M Coverage Solution Training ILT 1D RNPEngineerRNOEngineer WCDMA RF Optimization Training ILT 2D WCDMA RAN12/13/14/15 Radio Network Features and Algorithms Training ILT 6D WCDMA RAN12/13/14/15 Performance Management Training ILT 2D WCDMA RAN12/13/14/15 HSPA/HSPA+ Radio Network Optimization Training ILT 3D WCDMA Radio Network Optimization ILT 4D WCDMA RAN14-RAN15 Delta Features Traing ILT 2D WCDMA RAN12-RAN13 Delta Features Training ILT 2D WCDMA RAN13-RAN14 Delta Features Training ILT 2D WCDMA uBro Radio Network Planning and Optimization Training ILT 2D WCDMA RAN Overview Training ILT 1D FieldMaintenanceEngineerO&MEngineer SingleRAN MBTS GUL Product Overview WBT (Pre-learning) 1H SingleRAN MBTS GUL Site Solution WBT (Pre-learning) 0.5H WCDMA RAN11/11.1/12/13/14/ 15/16 NodeB Operation and Maintenance Training ILT 1/5D SingleRAN GUL O&M Tools Introduction WBT (Pre-learning) 0.5H Product Delta SingleRAN MBTS GUL Product Overview WBT (Pre-learning) 0.5H SingleRAN MBSC GU Product Overview WBT (Pre-learning) 1H WCDMA RAN11/11.1/12/13/14/ 15/16 RNC Operation and Maintenance Training ILT 3/4D WCDMA RAN11/11.1/12/13/14/ 15/16 RNC Configuration Training ILT 7/5D WCDMA RAN11.1/12/13/14/ 15/16 RAN Reconfiguration Training ILT 5D WCDMA IPRAN Application Training ILT 5D WCDMA IPRAN ReconstructionTraining ILT 2D WCDMA RAN14/15/16 RAN Patch Upgrade Training ILT 2D WCDMA RAN14/15/16 Emergency Maintenance Training ILT 1D WCDMA RAN11/11.1/12/13/14/ 15/16 RAN Troubleshooting Training ILT 5D WCDMA RAN11.0-RAN12.0 Product Delta Training ILT 1D WCDMA RAN12.0-RAN13.0 Product Delta Training ILT 1D WCDMA RAN13.0-RAN14.0 Product Delta Training ILT 1.5D WCDMA RAN14.0-RAN15.0 Product Delta Training ILT 1D uBro WCDMA uBro2.0/uBro3.0 Network Operation Training ILT 5 D WCDMA RAN15.0-RAN16.0 Product Delta Training ILT 1D 1.4 Required Training Programs WCDMA Product Technical Training For this project, the whole training solution is designed into the following programs. List of Training Program(s) for WCDMA Product Technical Training Project：
- 6. COMMERCIAL IN CONFIDENCE 6 Training Program Program Level Duration (workdays) Training Location Class Size Principle WCDMA RAN Overview Training Ⅱ 1 6 ~ 12 WCDMA RAN Principle Training Ⅲ 5 6 ~ 12 WCDMA HSPA+ Principle Training Ⅲ 2 6 ~ 12 RNP and RNO WCDMA Radio Network Design and Planning Training Ⅲ 2 6 ~ 12 WCDMA Multi-Band and Multi-Carrier Solution Training Ⅳ 1 6 ~ 12 UMTS 900M Coverage Solution Training Ⅳ 1 6 ~ 12 WCDMA Indoor Coverage Training Ⅲ 2 6 ~ 12 WCDMA RF Optimization Training Ⅲ 2 6 ~ 12 WCDMA RAN12 Radio Network Features and Algorithms Training Ⅲ 5 6 ~ 12 WCDMA RAN13 Radio Network Features and Algorithms Training Ⅲ 6 6 ~ 12 WCDMA RAN14 Radio Network Features and Algorithms Training Ⅲ 6 6 ~ 12 WCDMA RAN15 Radio Network Features and Algorithms Training Ⅲ 6 6 ~ 12 WCDMA RAN12 Performance Management Training Ⅳ 2 6 ~ 12 WCDMA RAN13 Performance Management Training Ⅳ 2 6 ~ 12 WCDMA RAN14 Performance Management Training Ⅳ 2 6 ~ 12 WCDMA RAN15 Performance Management Training Ⅳ 2 6 ~ 12 WCDMA Radio Network Optimization Ⅳ 4 6 ~ 12 WCDMA RAN12 HSPA/HSPA+ Radio Network Optimization Training Ⅳ 3 6 ~ 12 WCDMA RAN13 HSPA/HSPA+ Radio Network Optimization Training Ⅳ 3 6 ~ 12 WCDMA RAN14 HSPA/HSPA+ Radio Network Optimization Training Ⅳ 3 6 ~ 12
- 7. COMMERCIAL IN CONFIDENCE 7 WCDMA RAN15 HSPA/HSPA+ Radio Network Optimization Training Ⅳ 3 6 ~ 12 WCDMA RAN12-RAN13 Delta Features Training Ⅳ 2 6 ~ 12 WCDMA RAN13-RAN14 Delta Features Training Ⅳ 2 6 ~ 12 WCDMA RAN14-RAN15 Delta Features Training Ⅳ 2 6 ~ 12 WCDMA uBro Radio Network Planning and Optimization Training Ⅳ 2 6 ~ 12 WCDMA Product WCDMA RAN11 NodeB Training Ⅱ 5 6 ~ 12 WCDMA RAN11 RNC Operation Training Ⅱ 3 6 ~ 12 WCDMA RAN11 RNC Configuration Training Ⅱ 7 6 ~ 12 WCDMA RAN11 RAN Troubleshooting Training Ⅲ 5 6 ~ 12 WCDMA RAN11.1 NodeB Training Ⅱ 5 6 ~ 12 WCDMA RAN11.1 RNC Operation Training Ⅱ 3 6 ~ 12 WCDMA RAN11.1 RNC Configuration Training Ⅱ 7 6 ~ 12 WCDMA RAN11.1 RAN Troubleshooting Training Ⅲ 5 6 ~ 12 WCDMA RAN11.1 RAN Reconfiguration Training Ⅲ 5 6 ~ 12 WCDMA RAN12.0 NodeB Training Ⅱ 5 6 ~ 12 WCDMA RAN12.0 RNC Operation Training Ⅱ 3 6 ~ 12 WCDMA RAN12.0 RNC Configuration Training Ⅱ 7 6 ~ 12 WCDMA RAN12.0 RAN Troubleshooting Training Ⅲ 5 6 ~ 12 WCDMA RAN12.0 RAN Reconfiguration Training Ⅲ 5 6 ~ 12 WCDMA RAN11.0-RAN12.0 Product Delta Training Ⅲ 1 6 ~ 12 WCDMA uBro2.0 Network Operation Training Ⅱ 5 6 ~ 12 WCDMA RAN13.0 NodeB Training Ⅱ 5 6 ~ 12 WCDMA RAN13.0 RNC Operation Training Ⅱ 4 6 ~ 12 WCDMA RAN13.0 RNC Configuration Training Ⅱ 7 6 ~ 12 WCDMA RAN13.0 RAN Reconfiguration Training Ⅲ 5 6 ~ 12 WCDMA RAN13.0 RAN Troubleshooting Training Ⅲ 5 6 ~ 12
- 8. COMMERCIAL IN CONFIDENCE 8 WCDMA RAN12.0-RAN13.0 Product Delta Training Ⅲ 1 6 ~ 12 WCDMA uBro3.0 Network Operation Training Ⅱ 5 6 ~ 12 WCDMA RAN14.0 NodeB Training Ⅱ 5 6 ~ 12 WCDMA RAN14.0 RNC Operation Training Ⅱ 4 6 ~ 12 WCDMA RAN14.0 RNC Configuration Training Ⅱ 7 6 ~ 12 WCDMA RAN14.0 RAN Reconfiguration Training Ⅲ 5 6 ~ 12 WCDMA RAN14.0 RAN Troubleshooting Training Ⅲ 5 6 ~ 12 WCDMA RAN13.0-RAN14.0 Product Delta Training Ⅲ 1.5 6 ~ 12 WCDMA RAN14.0 RAN Upgrade Training Ⅲ 2 6 ~ 12 WCDMA RAN14.0 Emergency Maintenance Training Ⅲ 1 6 ~ 12 WCDMA IPRAN Application Training Ⅲ 5 6 ~ 12 WCDMA IPRAN ReconstructionTraining Ⅲ 2 6 ~ 12 WCDMA RAN15.0 BSC6900/6910 Operation and Maintenance Training Ⅱ 4 6 ~ 12 WCDMA RAN15.0 BSC6900/6910 Configuration Training Ⅱ 7 6 ~ 12 WCDMA RAN15.0 RAN Reconfiguration Training Ⅲ 5 6 ~ 12 WCDMA RAN15.0 RAN Troubleshooting Training Ⅲ 5 6 ~ 12 WCDMA RAN14.0-RAN15.0 Product Delta Training Ⅲ 1.5 6 ~ 12 WCDMA RAN15.0 RAN Patch Upgrade Training Ⅲ 2 6 ~ 12 WCDMA RAN15.0 Emergency Maintenance Training Ⅲ 1 6 ~ 12 WCDMA RAN15.0 NodeB Operation and Maintenance Training Ⅱ 5 6 ~ 12 WCDMA RAN16.0 BSC6900/6910 Operation and Maintenance Training Ⅱ 4 6 ~ 12 WCDMA RAN16.0 BSC6900/6910 Configuration Training Ⅱ 7 6 ~ 12 WCDMA RAN16.0 RAN Reconfiguration Training Ⅲ 5 6 ~ 12 WCDMA RAN16.0 RAN Troubleshooting Training Ⅲ 5 6 ~ 12 WCDMA RAN15.0-RAN16.0 Product Delta Training Ⅲ 1.5 6 ~ 12
- 9. COMMERCIAL IN CONFIDENCE 9 WCDMA RAN16.0 RAN Patch Upgrade Training Ⅲ 2 6 ~ 12 WCDMA RAN16.0 Emergency Maintenance Training Ⅲ 1 6 ~ 12 WCDMA RAN16.0 NodeB Operation and Maintenance Training Ⅱ 5 6 ~ 12 WBT BSC6900 V900R013 WCDMA Product Description(WBT) Ⅰ 1 h No limit WCDMA BSC6900 Operation and Maintenance(WBT) Ⅱ 0.5 h No limit WCDMA BSC6900 V900R013 Initial Data Configuration Based on CME(WBT) Ⅱ 1 h No limit 3900 Series WCDMA NodeB V100R004 Product Description(WBT) Ⅰ 1 h No limit WCDMA BTS3900 V100R004 Operation and Maintenance(WBT) Ⅱ 0.5 h No limit MBTS 3900 V100R004 WCDMA Initial Data Configuration(WBT) Ⅱ 0.5 h No limit WCDMA RAN14.0 New Features Overview(WBT) Ⅱ 1 h No limit Level Description:Ⅰ: Basic Course Ⅱ: Intermediate Course Ⅲ: Advanced Course Ⅳ: Expert Course
- 10. COMMERCIAL IN CONFIDENCE 10 1.5 Principle 1.5.1 WCDMA RAN Overview Training Training Path Target Audience All Technical People Prerequisites Basic knowledge of mobile communications Objectives On completion of this program, the participants will be able to: Outline the development of 3G Describe the architecture of WCDMA system Describe the key features and technologies of WCDMA Describe the voice coding of WCDMA Outline the channel coding of WCDMA Describe the spreading code of different services in WCDMA system Describe the scrambling code of WCDMA Describe the modulation methods used in WCDMA system Explain the usage of transmit diversity and RAKE receiver in WCDMA system Describe the concept of Soft Handover Training Content OWA00 WCDMA RAN Overview WCDMA RAN Overview 3G Overview CDMA Principle WCDMA Network Architecture and protocol structure WCDMA Wireless Fundamental Duration 1 working day Class Size Min 6, Max 12 WCDMA RAN Overview OWA00 1dLecture
- 11. COMMERCIAL IN CONFIDENCE 11 1.5.2 WCDMA RAN Principle Training Training Path Target Audience Network Deployment Engineers Optimization Engineers System Technicians System Engineers Prerequisites WCDMA RAN Overview Training Objectives On completion of this program, the participants will be able to: Describe the WCDMA radio interface protocol architecture Describe the WCDMA RAN channel structure Outline WCDMA RAN physical layer procedures Describe the WCDMA RAN signaling procedures: paging, call process, handover, etc Describe the UTRAN basic RRM methods (power control, handover, load control, etc) Describe WCDMA and HSDPA evolution Describe HSDPA key technologies Describe HSDPA physical channels Describe HSDPA Network and UE protocol stack architecture Describe WCDMA and HSUPA evolution Describe HSUPA key technologies Describe HSUPA physical channels Describe HSUPA Network and UE protocol stack architecture Training Content OWA01 WCDMA Air Interface WCDMA Radio Interface and Physical Layer Physical Layer Overview Physical Channels Physical Channel Structure and Functions WCDMA HSPA Principles OWA20 2dLecture WCDMA Air Interface OWA01 3dLecture
- 12. COMMERCIAL IN CONFIDENCE 12 Channel Mapping Physical Layer Procedure WCDMA Radio Resource Management Overview RRM Overview Channel Configuration Power Control Handover Load Control OWA20 WCDMA HSPA Principles WCDMA HSDPA Principles HSDPA Introduction HSDPA Key Techniques HSDPA Physical Layer Channel HSDPA Layer2 Protocol WCDMA HSUPA Principles Introduction of HSUPA HSUPA Concepts Physical Layer Channels and Processing MAC Protocols and Procedure Duration 5 working days Class Size Min 6, Max 12
- 13. COMMERCIAL IN CONFIDENCE 13 1.5.3 WCDMA HSPA+ Principle Training Training Path Target Audience Network Deployment Engineers Optimization Engineers System Technicians System Engineers Prerequisites WCDMA RAN Overview Training WCDMA RAN Principle Training Objectives On completion of this program, the participants will be able to: Describe HSPA+ evolution and standards Describe HSPA+ key technologies realized in RAN11, such as DL 64QAM, DL MIMO, E-FACH, etc. Describe HSPA+ key technologies realized in RAN12, such as DC-HSDPA, MIMO + DL 64QAM, UL 16QAM, etc Describe HSPA+ key technologies realized in RAN13, such as DC-HSDPA+MIMO, E-DPCCH Boosting, E-RACH, etc. Describe HSPA+ key technologies realized in RAN14, such as DC-HSUPA, etc. Describe HSPA+ key technologies realized in RAN15, such as DB-HSDPA, Flexible DC DB-HSDPA, 4C-HSDPA, etc. Training Content OWA21 WCDMA HSPA+ Principles WCDMA HSPA+ Principles HSPA+ Introduced in RAN 11 HSPA+ Introduced in RAN 12 HSPA+ Introduced in RAN 13 HSPA+ Introduced in RAN 14 HSPA+ Introduced in RAN 15 Duration 2 working days WCDMA HSPA+ Principles OWA21 2dLecture
- 14. COMMERCIAL IN CONFIDENCE 14 Class Size Min 6, Max 12
- 15. COMMERCIAL IN CONFIDENCE 15 1.6 RNP and RNO 1.6.1 WCDMA Radio Network Design and Planning Training Training Path Target Audience Network Deployment Engineers System Technicians System Engineers Prerequisites WCDMA RAN Overview Training WCDMA RAN Principle Training WCDMA HSPA+ Principles Training Objectives On completion of this program, the participants will be able to: Describe the principle of radio network planning Explain the difference between WCDMA and GSM radio network planning Explain the principle of WCDMA coverage planning Describe the traffic model of WCDMA Analyze the WCDMA uplink and downlink radio capacity Analyze the WCDMA CE capacity Describe Paging Area Planning Describe Scrambling Code Planning Describe Neighbor Cell Planning Describe HSDPA dimensioning principle, including link budget, capacity dimensioning, channel element dimensioning Describe HSUPA dimensioning principle, including link budget, capacity dimensioning, channel element dimensioning Describe impacts of HSPA+ features on dimensioning, including DL 64QAM , MIMO, CPC,DC-HSDPA, 64QAM+MIMO, UL16QAM, DC-MIMO, DC-HSUPA, etc WCDMA HSPA and HSPA+ Planning OWP13 0.5dLecture WCDMA Radio Network Planning OWP00 1.5dLecture, Discussion
- 16. COMMERCIAL IN CONFIDENCE 16 Training Content OWP00 WCDMA Radio Network Planning WCDMA Radio Network Coverage Dimensioning WCDMA Radio Network Planning Process R99 Coverage Planning Process of R99 Coverage Planning R99 Uplink Budget R99 Downlink Budget HSDPA Coverage Planning WCDMA Radio Network Capacity Dimensioning Traffic Model Overview of traffic model CS traffic model PS traffic model Interference Analysis Uplink Interference Analysis Downlink Interference Analysis Capacity Dimensioning R99 Capacity Dimensioning HSDPA Dimensioning CE Dimensioning Network Dimensioning Flow OWP13 WCDMA HSPA and HSPA+ Planning WCDMA HSPA and HSPA+ Dimensioning HSDPA Dimensioning HSDPA Link Budget HSDPA Capacity Dimensioning HSDPA CE Dimensioning HSUPA Dimensioning HSUPA Link Budget HSUPA Capacity Dimensioning HSUPA CE Dimensioning HSPA+ Dimensioning HSPA+ Dimensioning Overview Impact on Dimensioning – DL 64QAM Impact on Dimensioning – MIMO Impact on Dimensioning – CPC Impact on Dimensioning – DC-HSDPA Impact on Dimensioning – MIMO + DL 64QAM Impact on Dimensioning – UL 16QAM Impact on Dimensioning – DC-MIMO
- 17. COMMERCIAL IN CONFIDENCE 17 Impact on Dimensioning – DC-HSUPA Duration 2 working days Class Size Min 6, Max 12
- 18. COMMERCIAL IN CONFIDENCE 18 1.6.2 WCDMA Multi-Band and Multi-Carrier Solution Training Training Path Target Audience Optimization Engineers System Technicians System Engineers Prerequisites WCDMA RAN Overview Training WCDMA RAN Principle Training WCDMA HSPA+ Principles Training WCDMA RAN11/12/13/14 Radio Network Features and Algorithms Training Objectives On completion of this program, the participants will be able to: Describe the policies of multi-band and multi-carrier Describe the application scenarios of the multi-band and multi-carrier solution Describe the main solutions in various scenarios Training Content OWP20 WCDMA Multi-Band and Multi-Carrier Solution WCDMA Multi-Band and Multi-Carrier Solution Requirements of expansion Network policies Network application scenario and solution Carriers in the Same Band 3 or 4 Carriers in the Same Band 2,3 or 4 Carriers in the Different Band Strategy evaluation Duration 1 working day Class Size Min 6, Max 12 WCDMA Multi-Band and Multi-Carrier Solution OWP20 1dLecture
- 19. COMMERCIAL IN CONFIDENCE 19 1.6.3 UMTS 900M Coverage Solution Training Training Path Target Audience Optimization Engineers System Technicians System Engineers Prerequisites WCDMA RAN Overview Training WCDMA RAN Principle Training WCDMA HSPA+ Principles Training WCDMA RAN11/12/13/14 Radio Network Features and Algorithms Training Objectives On completion of this program, the participants will be able to: Describe the application scenarios of the UMTS 900M coverage solution Describe UMTS 900M Refarming Solution Describe UMTS 900M Deployment Describe UMTS 900M Application Cases Training Content OWP21 UMTS 900M Coverage Solution UMTS 900M Coverage Solution U900 Background U900 Principle U900 solution U900 Application Duration 1 working day Class Size Min 6, Max 12 UMTS 900M Coverage Solution OWP21 1dLecture
- 20. COMMERCIAL IN CONFIDENCE 20 1.6.4 WCDMA Indoor Coverage Training Training Path Target Audience Optimization Engineers System Technicians System Engineers Prerequisites WCDMA RAN Overview Training WCDMA RAN Principle Training WCDMA HSPA+ Principles Training WCDMA RAN11/12/13/14 Radio Network Features and Algorithms Training Objectives On completion of this program, the participants will be able to: Describe the structure of indoor coverage Describe the functions of common components for indoor coverage Describe the functions of repeaters Describe the method of WCDMA indoor coverage planning Describe the method of WCDMA indoor coverage optimization Describe the method of indoor and outdoor inter-operation Describe the stadium coverage solution Describe the metro coverage solution Describe the airport coverage solution Describe the resident location coverage solution Describe the commercial building coverage solution Describe the campus coverage solution WCDMA Indoor Coverage Solution OWP24 0.25dLecture WCDMA Indoor Coverage Planning and Optimization OWP23 1dLecture In-building Coverage System Introduction OWP22 0.75dLecture
- 21. COMMERCIAL IN CONFIDENCE 21 Training Content OWP22 In-building Coverage System Introduction OWP23 WCDMA Indoor Coverage Planning and Optimization Indoor Coverage Survey and Design Indoor Coverage Survey and Design Process Indoor Coverage Survey Indoor Coverage Design Basis Indoor Coverage System Design UMTS In-building Coverage Optimization Indoor Coverage Network Optimization Conception Solution Evaluation RF Optimization Service Performance Optimization UMTS IBS Indoor and Outdoor Inter-Optimization Solution Overview KPI Evaluation of the Indoor Distribution System Indoor and Outdoor RF Inter-Optimization Service Performance Optimization OWP24 WCDMA Indoor Coverage Solution Campus Coverage Solution Campus Scenarios Analyze Huawei Campus Coverage Solution Successful Cases Duration 2 working days Class Size Min 6, Max 12
- 22. COMMERCIAL IN CONFIDENCE 22 1.6.5 WCDMA RF Optimization Training Training Path Target Audience Optimization Engineers System Technicians System Engineers Prerequisites WCDMA RAN Overview Training WCDMA RAN Principle Training WCDMA HSPA+ Principles Training Objectives On completion of this program, the participants will be able to: Describe WCDMA Radio Network Optimization Flow Describe the steps of single site verification Describe how to do single site verification Describe how to solve the ordinary problems in single site verification Describe how to solve the neighbor list related problems in RF optimization Training Content OWO00 WCDMA Radio Network Tuning WCDMA UTRAN Optimization Flow Introduction of Optimization Flow The preparation for the Optimization Project Single Site Verification RF Optimization Parameters Optimization Optimization Report WCDMA RF Optimization RF Optimization Workflow Typical Problems Analysis in RF optimization RF case related to neighbor cell list RF case related to bad coverage RF case related to interference WCDMA Radio Network Tuning OWO00 2dLecture, Discussion
- 23. COMMERCIAL IN CONFIDENCE 23 Duration 2 working days Class Size Min 6, Max 12
- 24. COMMERCIAL IN CONFIDENCE 24 1.6.6 WCDMA RAN12 Radio Network Features and Algorithms Training Training Path Target Audience Optimization Engineers System Technicians System Engineers Prerequisites WCDMA RAN Overview Training WCDMA RAN Principle Training WCDMA HSPA+ Principles Training Objectives On completion of this program, the participants will be able to: Describe WCDMA RAN12 Idle Mode Behaviors (including cell selection and reselection, paging, access etc) and list the main parameters Describe WCDMA RAN12 open loop power control algorithm and list the main parameters Describe WCDMA RAN12 closed loop power control algorithm and list the main parameters Describe WCDMA RAN12 intra-frequency handover algorithm and list the main parameters Describe WCDMA RAN12 inter-frequency handover algorithm and list the main parameters Describe WCDMA RAN12 inter-RAT handover algorithm and list the main parameters Describe WCDMA RAN12 admission control algorithms and list the main parameters Describe WCDMA RAN12 load control algorithms and list the main parameters Training Content OWO21 WCDMA RAN12 Radio Network Features and Algorithms WCDMA RAN12 UE Behaviors in Idle Mode PLMN Selection System Information Reception Cell Selection and Reselection Location Registration Paging Procedure Access Procedure WCDMA RAN12 Power Control Algorithm and Parameters Power Control Overview Open Loop Power Control Open Loop Power Control Overview WCDMA RAN12 Radio Network Features and Algorithms OWO21 5dLecture, Demo
- 25. COMMERCIAL IN CONFIDENCE 25 PRACH Open Loop Power Control Downlink Dedicated Channel Open Loop Power Control Uplink Dedicated Channel Open Loop Power Control Closed Loop Power Control Closed Loop Power Control Overview Uplink Inner Loop Power Control Downlink Inner Loop Power Control Outer Loop Power Control WCDMA RAN12 Handover Algorithm and Parameters Intra-Frequency Handover Intra-Frequency Handover Overview Intra-Frequency Handover Measurement Intra-Frequency Handover Decision and Execution Signaling Procedures for Intra-Frequency Handover Inter-Frequency Handover Inter-Frequency Handover Overview Inter-Frequency Handover Measurement Inter-Frequency Handover Decision and Execution Signaling Procedures for Inter-Frequency Handover Inter-RAT Handover Inter-RAT Handover Overview 3G-to-2G Handover Measurement 3G-to-2G Handover Decision and Execution Signaling Procedures for Inter-RAT Handover WCDMA RAN12 Load Control Algorithm and Parameters Load Control Overview Load Control Algorithms Overview Load Measurement Priorities Involved in Load Control Load Control Algorithms PUC (Potential User Control) LDB (Intra-Frequency Load Balancing) CAC (Call Admission Control) IAC (Intelligent Admission Control) LDR (Load Reshuffling) OLC (Overload Control) Duration 5 working days Class Size Min 6, Max 12
- 26. COMMERCIAL IN CONFIDENCE 26 1.6.7 WCDMA RAN13 Radio Network Features and Algorithms Training Training Path Target Audience Optimization Engineers System Technicians System Engineers Prerequisites WCDMA RAN Overview Training WCDMA RAN Principle Training WCDMA HSPA+ Principles Training Objectives On completion of this program, the participants will be able to: Describe WCDMA RAN13 Idle Mode Behaviors (including cell selection and reselection, paging, access etc) and list the main parameters Describe WCDMA RAN13 open loop power control algorithm and list the main parameters Describe WCDMA RAN13 closed loop power control algorithm and list the main parameters Describe WCDMA RAN13 intra-frequency handover algorithm and list the main parameters Describe WCDMA RAN13 inter-frequency handover algorithm and list the main parameters Describe WCDMA RAN13 inter-RAT handover algorithm and list the main parameters Describe WCDMA RAN13 Service-Based PS Redirection from UMTS to LTE Describe WCDMA RAN13 admission control algorithms and list the main parameters Describe WCDMA RAN13 load control algorithms and list the main parameters Training Content OWO22 WCDMA RAN13 Radio Network Features and Algorithms WCDMA RAN13 UE Behaviors in Idle Mode PLMN Selection System Information Reception Cell Selection and Reselection Location Registration Paging Procedure Access Procedure WCDMA RAN13 Power Control Algorithm and Parameters Power Control Overview Open Loop Power Control WCDMA RAN13 Radio Network Features and Algorithms OWO22 6dLecture, Demo
- 27. COMMERCIAL IN CONFIDENCE 27 Open Loop Power Control Overview PRACH Open Loop Power Control Downlink Dedicated Channel Open Loop Power Control Uplink Dedicated Channel Open Loop Power Control Closed Loop Power Control Closed Loop Power Control Overview Uplink Inner Loop Power Control Downlink Inner Loop Power Control Outer Loop Power Control WCDMA RAN13 Handover Algorithm and Parameters Intra-Frequency Handover Intra-Frequency Handover Overview Intra-Frequency Handover Measurement Intra-Frequency Handover Decision and Execution Signaling Procedures for Intra-Frequency Handover Inter-Frequency Handover Inter-Frequency Handover Overview Inter-Frequency Handover Measurement Inter-Frequency Handover Decision and Execution Signaling Procedures for Inter-Frequency Handover Inter-RAT Handover Inter-RAT Handover Overview 3G-to-2G Handover Measurement 3G-to-2G Handover Decision and Execution Signaling Procedures for Inter-RAT Handover Service-Based PS Service Redirection from UMTS to LTE Service Redirection to LTE Overview Service Redirection to LTE Measurement Service Redirection to LTE Decision and Execution Signaling Procedures for Service Redirection to LTE WCDMA RAN13 Admission Control Algorithm and Parameters Load Control Overview Load Control Algorithms Overview Load Measurement Priorities Involved in Load Control CAC (Call Admission Control) CAC Overview CAC Based on Code Resource CAC Based on Power Resource CAC Based on NodeB Credit Resource CAC Based on Iub Resource CAC Based on the Number of HSPA Users
- 28. COMMERCIAL IN CONFIDENCE 28 WCDMA RAN13 Load Congestion Control Algorithm and Parameters LCC Overview LDR(Load Reshuffling) Algorithm and Parameters Basic Congestion Triggering LDR Procedure LDR Actions OLC(Overload Control) Algorithm and Parameters Overload Triggering OLC Procedure OLC Actions WCDMA RAN13 Direct Retry Decision Algorithm and Parameters Overview of WCDMA RAN13 DRD RRC DRD RAB Non-Periodic DRD Non-Periodic DRD Overview Blind-handover-based Non-Periodic DRD Measurement-based Non-Periodic DRD RAB Periodic DRD Overview Switches for Periodic DRD Triggering Periodic DRD Periodic DRD Procedure Duration 6 working days Class Size Min 6, Max 12
- 29. COMMERCIAL IN CONFIDENCE 29 1.6.8 WCDMA RAN14 Radio Network Features and Algorithms Training Training Path Target Audience Optimization Engineers System Technicians System Engineers Prerequisites WCDMA RAN Overview Training WCDMA RAN Principle Training WCDMA HSPA+ Principles Training Objectives On completion of this program, the participants will be able to: Describe WCDMA RAN14 Idle Mode Behaviors (including cell selection and reselection, paging, access etc) and list the main parameters Describe WCDMA RAN14 open loop power control algorithm and list the main parameters Describe WCDMA RAN14 closed loop power control algorithm and list the main parameters Describe WCDMA RAN14 intra-frequency handover algorithm and list the main parameters Describe WCDMA RAN14 inter-frequency handover algorithm and list the main parameters Describe WCDMA RAN14 inter-RAT handover algorithm and list the main parameters Describe WCDMA RAN14 Service-based UMTS-to-LTE PS Redirection and Handover Describe WCDMA RAN14 admission control algorithms and list the main parameters Describe WCDMA RAN14 load control algorithms and list the main parameters Training Content OWO23 WCDMA RAN14 Radio Network Features and Algorithms WCDMA RAN14 UE Behaviors in Idle Mode PLMN Selection System Information Reception Cell Selection and Reselection Location Registration Paging Procedure Access Procedure WCDMA RAN14 Power Control Algorithm and Parameters Power Control Overview Open Loop Power Control WCDMA RAN14 Radio Network Features and Algorithms OWO23 6dLecture, Demo
- 30. COMMERCIAL IN CONFIDENCE 30 Open Loop Power Control Overview PRACH Open Loop Power Control Downlink Dedicated Channel Open Loop Power Control Uplink Dedicated Channel Open Loop Power Control Closed Loop Power Control Closed Loop Power Control Overview Uplink Inner Loop Power Control Downlink Inner Loop Power Control Outer Loop Power Control WCDMA RAN14 Handover Algorithm and Parameters Intra-Frequency Handover Intra-Frequency Handover Overview Intra-Frequency Handover Procedure Intra-Frequency Handover Measurement Intra-Frequency Handover Decision and Execution Signaling Procedures for Intra-Frequency Handover Inter-Frequency Handover Inter-Frequency Handover Overview Inter-Frequency Handover Measurement Inter-Frequency Handover Decision and Execution Signaling Procedures for Inter-Frequency Handover Inter-RAT Handover Inter-RAT Handover Overview 3G-to-2G Handover Measurement 3G-to-2G Handover Decision and Execution Signaling Procedures for Inter-RAT Handover Service-based UMTS-to-LTE PS Redirection and Handover Overview LTE Measurement Decision and Execution of Redirection and Handover Signaling Procedures for Redirection and Handover WCDMA RAN14 Admission Control Algorithm and Parameters Load Control Overview Load Control Algorithms Overview Load Measurement Priorities Involved in Load Control CAC (Call Admission Control) CAC Overview CAC Based on Code Resource CAC Based on Power Resource CAC Based on NodeB Credit Resource CAC Based on Iub Resource
- 31. COMMERCIAL IN CONFIDENCE 31 CAC Based on the Number of HSPA Users WCDMA RAN14 Load Congestion Control Algorithm and Parameters LCC Overview LDR(Load Reshuffling) Algorithm and Parameters Basic Congestion Triggering LDR Procedure LDR Actions OLC(Overload Control) Algorithm and Parameters Overload Triggering OLC Procedure OLC Actions WCDMA RAN14 Direct Retry Decision Algorithm and Parameters Overview of DRD RRC DRD RAB Non-Periodic DRD Non-Periodic DRD Overview Blind-handover-based Non-Periodic DRD Measurement-based Non-Periodic DRD RAB Periodic DRD RAB Periodic DRD Overview Switches for Periodic DRD Triggering Periodic DRD Periodic DRD Procedure Duration 6 working days Class Size Min 6, Max 12
- 32. COMMERCIAL IN CONFIDENCE 32 1.6.9 WCDMA RAN15 Radio Network Features and Algorithms Training Training Path Target Audience Optimization Engineers System Technicians System Engineers Prerequisites WCDMA RAN Overview Training WCDMA RAN Principle Training WCDMA HSPA+ Principles Training Objectives On completion of this program, the participants will be able to: Describe WCDMA RAN15 Idle Mode Behaviors (including cell selection and reselection, paging, access etc) and list the main parameters Describe WCDMA RAN15 open loop power control algorithm and list the main parameters Describe WCDMA RAN15 closed loop power control algorithm and list the main parameters Describe WCDMA RAN15 intra-frequency handover algorithm and list the main parameters Describe WCDMA RAN15 inter-frequency handover algorithm and list the main parameters Describe WCDMA RAN15 inter-RAT handover algorithm and list the main parameters Describe WCDMA RAN15 UMTS-to-LTE PS Redirection and Handover algorithm and list the main parameters Describe WCDMA RAN15 admission control algorithms and list the main parameters Describe WCDMA RAN15 load control algorithms and list the main parameters Training Content OWO24 WCDMA RAN15 Radio Network Features and Algorithms WCDMA RAN15 UE Behaviors in Idle Mode PLMN Selection System Information Reception Cell Selection and Reselection Location Registration Paging Procedure Access Procedure WCDMA RAN15 Power Control Algorithm and Parameters Power Control Overview WCDMA RAN15 Radio Network Features and Algorithms OWO24 6dLecture, Demo
- 33. COMMERCIAL IN CONFIDENCE 33 Open Loop Power Control Open Loop Power Control Overview PRACH Open Loop Power Control Downlink Dedicated Channel Open Loop Power Control Uplink Dedicated Channel Open Loop Power Control Closed Loop Power Control Closed Loop Power Control Overview Uplink Inner Loop Power Control Downlink Inner Loop Power Control Outer Loop Power Control WCDMA RAN15 Handover Algorithm and Parameters Intra-Frequency Handover Intra-Frequency Handover Overview Intra-Frequency Handover Procedure Intra-Frequency Handover Measurement Intra-Frequency Handover Decision and Execution Signaling Procedures for Intra-Frequency Handover Inter-Frequency Handover Inter-Frequency Handover Overview Inter-Frequency Handover Measurement Inter-Frequency Handover Decision and Execution Signaling Procedures for Inter-Frequency Handover Inter-RAT Handover Inter-RAT Handover Overview 3G-to-2G Handover Measurement 3G-to-2G Handover Decision and Execution Signaling Procedures for Inter-RAT Handover UMTS-to-LTE PS Redirection and Handover UMTS-to-LTE PS Redirection and Handover Overview Service-based UMTS-to-LTE PS Redirection and Handover Coverage-based UMTS-to-LTE PS Redirection and Handover Load-based UMTS-to-LTE PS Redirection and Handover WCDMA RAN15 Admission Control Algorithm and Parameters Load Control Overview Load Control Algorithms Overview Load Measurement Priorities Involved in Load Control CAC (Call Admission Control) CAC Overview CAC Based on Code Resource CAC Based on Power Resource CAC Based on NodeB Credit Resource
- 34. COMMERCIAL IN CONFIDENCE 34 CAC Based on Iub Resource CAC Based on the Number of HSPA Users WCDMA RAN15 Load Congestion Control Algorithm and Parameters LCC Overview LDR(Load Reshuffling) Algorithm and Parameters Basic Congestion Triggering LDR Procedure LDR Actions OLC(Overload Control) Algorithm and Parameters Overload Triggering OLC Procedure OLC Actions WCDMA RAN15 Direct Retry Decision Algorithm and Parameters Overview of DRD RRC DRD RAB Non-Periodic DRD Non-Periodic DRD Overview Blind-handover-based Non-Periodic DRD Measurement-based Non-Periodic DRD RAB Periodic DRD RAB Periodic DRD Overview Switches for Periodic DRD Triggering Periodic DRD Periodic DRD Procedure Duration 6 working days Class Size Min 6, Max 12
- 35. COMMERCIAL IN CONFIDENCE 35 1.6.10 WCDMA RAN12 Performance Management Training Training Path Target Audience Optimization Engineers System Technicians System Engineers Prerequisites WCDMA RAN Overview Training WCDMA RAN Principle Training WCDMA HSPA+ Principles Training WCDMA RAN12 Radio Network Features and Algorithms Training Objectives On completion of this program, the participants will be able to: Master the concept related to Performance Management Master how to collect counters and KPIs with M2000 Describe WCDMA RAN12 access KPI and relative counters Describe WCDMA RAN12 call drop KPI and relative counters Describe WCDMA RAN12 mobility KPI and relative counters Describe WCDMA RAN12 traffic KPI and relative counters Describe WCDMA RAN12 cell algorithm KPI and relative counters, such as load control, DCCC Training Content OWO31 WCDMA RAN12 Radio Network Performance Management WCDMA Performance Management based on M2000 Basic Setting of Performance Measurement Querying Measure Result Managing Performance Thresholds WCDMA RAN12 Access KPI and Relative Counters Overview of Access Procedure RRC Establishment KPI and Relative Counters RAB Establishment KPI and Relative Counters Paging KPI and Relative Counters WCDMA RAN12 Call Drop KPI and Relative Counters Definition Of a Call Drop Typical Call Drop KPI and Related Counters WCDMA RAN12 Radio Network Performance Management OWO31 2dLecture, Lab, Demo
- 36. COMMERCIAL IN CONFIDENCE 36 Counters Indicating the Call Drop Reason WCDMA RAN12 Mobility KPI and Relative Counters Handover KPI and Counters for All Services Soft Handover Factor Soft Handover Success Rate Inter-Freq Hard Handover Success Rate CS Inter-RAT Handover Success Rate PS Inter-RAT Handover Success Rate Handover KPI and Counters for HSDPA Service HS-DSCH Service Cell Change Success Rate (with A-DCH SHO) HS-DSCH Service Cell Change Success Rate (with Intra A-DCH HHO) HS-DSCH Service Cell Change Success Rate (with Inter HHO) HS-DSCH to DCH Handover Success Rate DCH to HS-DSCH Handover Success Rate Handover KPI and Counters for HSUPA Service E-DCH Soft Handover Success Rate E-DCH Service Cell Change Success Rate with SHO E-DCH Service Cell Change Success Rate with Inter-HHO WCDMA RAN12 Traffic KPI and Relative Counters Traffic KPI and Related Counters User Number KPI and Related Counters of each service Traffic Volume KPI and Related Counters of each service Cell load KPI and Related Counters Service Integrity KPI and Related Counters Average UL Throughput for PS R99 Service Average DL Throughput for PS R99 Service Average UL BLER for CS Service Average UL BLER for PS Service HSDPA Throughput HSUPA Throughput PS UL Throughput of RNC PS DL Throughput of RNC WCDMA RAN12 Cell Algorithm KPI and Relative Counters Counters Related to Load Control Counters Related to Load Reshuffling Counters Related to Over Load Control Counters Related to DCCC Counters Related to Rate Reallocation Counters Related to UE State Transition Duration 2 working days
- 37. COMMERCIAL IN CONFIDENCE 37 Class Size Min 6, Max 12
- 38. COMMERCIAL IN CONFIDENCE 38 1.6.11 WCDMA RAN13 Performance Management Training Training Path Target Audience Optimization Engineers System Technicians System Engineers Prerequisites WCDMA RAN Overview Training WCDMA RAN Principle Training WCDMA HSPA+ Principles Training WCDMA RAN13 Radio Network Features and Algorithms Training Objectives On completion of this program, the participants will be able to: Master the concept related to Performance Management Master how to collect counters and KPIs with M2000 Describe WCDMA RAN13 access KPI and relative counters Describe WCDMA RAN13 call drop KPI and relative counters Describe WCDMA RAN13 mobility KPI and relative counters Describe WCDMA RAN13 traffic KPI and relative counters Describe WCDMA RAN12 cell algorithm KPI and relative counters, such as load control, DCCC Training Content OWO32 WCDMA RAN13 Radio Network Performance Management WCDMA Performance Management based on M2000 Basic Setting of Performance Measurement Querying Measure Result Managing Performance Thresholds WCDMA RAN13 Access KPI and Relative Counters Overview of Access Procedure RRC Establishment KPI and Relative Counters RAB Establishment KPI and Relative Counters Paging KPI and Relative Counters WCDMA RAN13 Call Drop KPI and Relative Counters Definition Of a Call Drop Typical Call Drop KPI and Related Counters WCDMA RAN13 Radio Network Performance Management OWO32 2dLecture, Lab, Demo
- 39. COMMERCIAL IN CONFIDENCE 39 Counters Indicating the Call Drop Reason WCDMA RAN13 Mobility KPI and Relative Counters Handover KPI and Counters for All Services Soft Handover Factor Soft Handover Success Rate Inter-Freq Hard Handover Success Rate CS Inter-RAT Handover Success Rate PS Inter-RAT Handover Success Rate Handover KPI and Counters for HSDPA Service HS-DSCH Service Cell Change Success Rate (with A-DCH SHO) HS-DSCH Service Cell Change Success Rate (with Intra A-DCH HHO) HS-DSCH Service Cell Change Success Rate (with Inter HHO) HS-DSCH to DCH Handover Success Rate DCH to HS-DSCH Handover Success Rate Handover KPI and Counters for HSUPA Service E-DCH Soft Handover Success Rate E-DCH Service Cell Change Success Rate with SHO E-DCH Service Cell Change Success Rate with Inter-HHO WCDMA RAN13 Traffic KPI and Relative Counters RNC Traffic KPI and Related Counters RNC Traffic KPI for AMR 12.2kbps Services RNC Traffic KPI for Video Phone 64kbps Services RNC Traffic KPI for PS R99 DL Throughput RNC Traffic KPI for HSDPA DL Throughput RNC Traffic KPI for HSUPA UL Throughput RNC Traffic KPI for PS MBMS DL Throughput Cell Traffic KPI and Related Counters Cell Traffic KPI for Common Channels Cell Traffic KPI for All Services Cell Traffic KPI for HSDPA DL Throughput Cell Traffic KPI for HSUPA UL Throughput Cell Load KPI and Related Counters Cell Load KPI for Power Cell Load KPI for Channel Element Cell Load KPI for DL OVSF Code WCDMA RAN13 Cell Algorithm KPI and Relative Counters Counters Related to Load Control Counters Related to Load Reshuffling Counters Related to Over Load Control Counters Related to DCCC Counters Related to Rate Reallocation Counters Related to UE State Transition
- 40. COMMERCIAL IN CONFIDENCE 40 Duration 2 working days Class Size Min 6, Max 12
- 41. COMMERCIAL IN CONFIDENCE 41 1.6.12 WCDMA RAN14 Performance Management Training Training Path Target Audience Optimization Engineers System Technicians System Engineers Prerequisites WCDMA RAN Overview Training WCDMA RAN Principle Training WCDMA HSPA+ Principles Training WCDMA RAN14 Radio Network Features and Algorithms Training Objectives On completion of this program, the participants will be able to: Master the concept related to Performance Management Master how to collect counters and KPIs with M2000 Describe WCDMA RAN14 access KPI and relative counters Describe WCDMA RAN14 call drop KPI and relative counters Describe WCDMA RAN14 mobility KPI and relative counters Describe WCDMA RAN14 traffic KPI and relative counters Describe WCDMA RAN14 cell algorithm KPI and relative counters, such as load control, DCCC Training Content OWO33 WCDMA RAN14 Radio Network Performance Management WCDMA Performance Management based on M2000 Basic Setting of Performance Measurement Querying Measure Result Managing Performance Thresholds WCDMA RAN14 Access KPI and Relative Counters Overview of Access Procedure RRC Establishment KPI and Relative Counters Detailed Procedure of RRC Establishment Typical RRC Establishment KPI and Relative Counters Counters Indicating RRC Establishment Failures RAB Establishment KPI and Relative Counters Detailed Procedure of RAB Establishment WCDMA RAN14 Radio Network Performance Management OWO33 2dLecture, Lab, Demo
- 42. COMMERCIAL IN CONFIDENCE 42 Typical RAB Establishment KPI and Relative Counters Counters Indicating RAB Establishment Failures Paging KPI and Relative Counters Overview of Paging Procedure Paging KPI and Relative Counters WCDMA RAN14 Call Drop KPI and Relative Counters Definition Of a Call Drop Typical Call Drop KPI and Related Counters Counters Indicating the Call Drop Reason WCDMA RAN14 Mobility KPI and Relative Counters Handover KPI and Counters for All Services Soft Handover Factor Soft Handover Success Rate Softer Handover Success Ratio Inter-Freq Hard Handover Success Rate CS Inter-RAT Handover Success Rate PS Inter-RAT Handover Success Rate Handover KPI and Counters for HSDPA Service H2H Intra-frequency Hard Handover Success Ratio (Cell) H2H Inter-frequency Hard Handover Success Ratio (Cell) H2D Inter-frequency Hard Handover Success Ratio (Cell) H2D Channel Handover Success Ratio D2H Channel Handover Success Ratio Handover KPI and Counters for HSUPA Service E-DCH Soft Handover Success Rate E-DCH Service Cell Change Success Rate with SHO E-DCH Service Cell Change Success Rate with Inter-HHO WCDMA RAN14 Traffic KPI and Relative Counters RNC Traffic KPI and Related Counters RNC Traffic KPI for AMR 12.2kbps Services RNC Traffic KPI for Video Phone 64kbps Services RNC Traffic KPI for PS R99 DL Throughput RNC Traffic KPI for HSDPA DL Throughput RNC Traffic KPI for HSUPA UL Throughput RNC Traffic KPI for PS MBMS DL Throughput Cell Traffic KPI and Related Counters Cell Traffic KPI for Common Channels Cell Traffic KPI for All Services Cell Traffic KPI for HSDPA DL Throughput Cell Traffic KPI for HSUPA UL Throughput Cell Load KPI and Related Counters Cell Load KPI for Power
- 43. COMMERCIAL IN CONFIDENCE 43 Cell Load KPI for Channel Element Cell Load KPI for DL OVSF Code WCDMA RAN14 Cell Algorithm KPI and Relative Counters Counters Related to Load Control Counters Related to Load Reshuffling Counters Related to Over Load Control Counters Related to DCCC Counters Related to Rate Reallocation Counters Related to UE State Transition Duration 2 working days Class Size Min 6, Max 12
- 44. COMMERCIAL IN CONFIDENCE 44 1.6.13 WCDMA RAN15 Performance Management Training Training Path Target Audience Optimization Engineers System Technicians System Engineers Prerequisites WCDMA RAN Overview Training WCDMA RAN Principle Training WCDMA HSPA+ Principles Training WCDMA RAN15 Radio Network Features and Algorithms Training Objectives On completion of this program, the participants will be able to: Master the concept related to Performance Management Master how to collect counters and KPIs with M2000 Describe WCDMA RAN15 access KPI and relative counters Describe WCDMA RAN15 call drop KPI and relative counters Describe WCDMA RAN15 mobility KPI and relative counters Describe WCDMA RAN15 traffic KPI and relative counters Describe WCDMA RAN15 cell algorithm KPI and relative counters, such as load control, DCCC Training Content OWO34 WCDMA RAN15 Radio Network Performance Management WCDMA Performance Management based on M2000 Basic Setting of Performance Measurement Querying Measure Result Managing Performance Thresholds WCDMA RAN15 Access KPI and Relative Counters Overview of Access Procedure RRC Establishment KPI and Relative Counters Detailed Procedure of RRC Establishment Typical RRC Establishment KPI and Relative Counters Counters Indicating RRC Establishment Failures RAB Establishment KPI and Relative Counters Detailed Procedure of RAB Establishment WCDMA RAN15 Radio Network Performance Management OWO34 2dLecture, Lab, Demo
- 45. COMMERCIAL IN CONFIDENCE 45 Typical RAB Establishment KPI and Relative Counters Counters Indicating RAB Establishment Failures Paging KPI and Relative Counters Overview of Paging Procedure Paging KPI and Relative Counters WCDMA RAN15 Call Drop KPI and Relative Counters Definition Of a Call Drop Typical Call Drop KPI and Related Counters Counters Indicating the Call Drop Reason WCDMA RAN15 Mobility KPI and Relative Counters Handover KPI and Counters for All Services Soft Handover Factor Soft Handover Success Rate Softer Handover Success Ratio Intra-Freq Hard Handover Success Rate Inter-Freq Hard Handover Success Rate CS Inter-RAT Handover Success Rate PS Inter-RAT Handover Success Rate Handover KPI and Counters for HSDPA Service H2H Intra-frequency Hard Handover Success Ratio (Cell) H2H Inter-frequency Hard Handover Success Ratio (Cell) H2D Inter-frequency Hard Handover Success Ratio (Cell) H2D Channel Handover Success Ratio D2H Channel Handover Success Ratio Handover KPI and Counters for HSUPA Service E-DCH Soft Handover Success Rate E-DCH Service Cell Change Success Rate with SHO E-DCH Service Cell Change Success Rate with Inter-HHO WCDMA RAN15 Traffic KPI and Relative Counters RNC Traffic KPI and Related Counters RNC Traffic KPI for AMR 12.2kbps Services RNC Traffic KPI for Video Phone 64kbps Services RNC Traffic KPI for PS R99 DL Throughput RNC Traffic KPI for HSDPA DL Throughput RNC Traffic KPI for HSUPA UL Throughput RNC Traffic KPI for PS MBMS DL Throughput Cell Traffic KPI and Related Counters Cell Traffic KPI for Common Channels Cell Traffic KPI for All Services Cell Traffic KPI for HSDPA DL Throughput Cell Traffic KPI for HSUPA UL Throughput Cell Load KPI and Related Counters
- 46. COMMERCIAL IN CONFIDENCE 46 Cell Load KPI for Power Cell Load KPI for Channel Element Cell Load KPI for DL OVSF Code WCDMA RAN15 Cell Algorithm KPI and Relative Counters Counters Related to Load Control Counters Related to Load Reshuffling Counters Related to Over Load Control Counters Related to DCCC Counters Related to Rate Reallocation Counters Related to UE State Transition Duration 2 working days Class Size Min 6, Max 12
- 47. COMMERCIAL IN CONFIDENCE 47 1.6.14 WCDMA Radio Network Optimization Training Path Target Audience Optimization Engineers System Technicians System Engineers Prerequisites WCDMA RAN Overview Training WCDMA RAN Principle Training WCDMA HSPA+ Principles Training WCDMA RAN12/13/14/15 Radio Network Features and Algorithms Training WCDMA RAN12/13/14/15 Performance Management Training Objectives On completion of this program, the participants will be able to: List the main items of RNC trace and monitoring Execute signaling trace and real-time monitoring and collect data Describe the signaling of type procedures Describe how to analyze coverage problem and solve it Describe how to improve coverage capability Locate the resource of interference Describe how to solve interference problem Evaluate the network access performance Locate and solve common access problems Evaluate the network paging performance Locate and solve paging problem Evaluate the network handover performance Locate and solve handover problem Evaluate the network retention performance Locate and solve call drop problem Training Content OWO01 WCDMA Radio Network Optimization WCDMA Coverage Problems Analysis Classification Of Coverage Problem Coverage Optimization Flow WCDMA Radio Network Optimization OWO01 4dLecture, Lab, Discussion
- 48. COMMERCIAL IN CONFIDENCE 48 Case Analysis WCDMA Interference Problem Analysis Relative Concepts regarding Interference UL Interference Analysis DL Interference Analysis Case Study WCDMA Access Problem Analysis Access Failure Concept Flow and Methods for Analyzing Access Site Alarm Check Related Parameters Check Related Counters Check Signaling analysis KPI Trend Analysis Coverage Analysis Interference Analysis Typical Access Case Study WCDMA Paging Problems Analysis Paging Overview Paging Problem Analysis Process Problem Analysis Flow Network Information Collection Optimization Target Confirmation Paging Problem Locating Typical Paging Problem Analysis Optimization Verification WCDMA Handover Problems Analysis Basic Concepts of Handover Problem Optimization Soft Handover Problem Analysis SHO DT Optimization Flow SHO Performance Statistics Optimization Flow SHO Problem Analysis SHO Problem Cases Hard Handover Problem Analysis HHO DT Optimization Flow HHO Performance Statistics Optimization Flow HHO Problem Analysis HHO Problem Cases Inter-RAN Handover Problem Analysis Inter-RAT Handover DT Optimization Flow Inter-RAT Handover Performance Statistics Optimization Flow Inter-RAT Handover Problem Analysis
- 49. COMMERCIAL IN CONFIDENCE 49 Inter-RAT Handover Problem Cases WCDMA Call Drop Problems Analysis Definition of Call Drop and Traffic Statistics Indexes DT/CQT Optimization Flow Optimization Flow Call Drop Cause Analysis Optimization Flow for Tracing Data Case Analysis HUAWEI UTRAN Trace and Monitoring RNC Trace and Monitoring Overview Signaling Trace Real-time Monitoring Case Study Signaling Analysis of Typical UTRAN Procedures Category of UTRAN interfaces and signaling Signaling Analysis of Typical UTRAN Procedures System Information Analysis Paging Signaling Analysis RRC Setup Signaling Analysis NAS Signaling Analysis RAB Assignment Signaling Analysis Intra-Frequency Handover Signaling Analysis Inter-Frequency/Inter-RAT Handover Signaling Analysis Duration 4 working days Class Size Min 6, Max 12
- 50. COMMERCIAL IN CONFIDENCE 50 1.6.15 WCDMA RAN12 HSPA/HSPA+ Radio Network Optimization Training Training Path Target Audience Network Deployment Engineers Optimization Engineers System Technicians System Engineers Prerequisites WCDMA RAN Overview Training WCDMA RAN Principle Training WCDMA HSPA+ Principles Training WCDMA RAN12 Radio Network Features and Algorithms Training Objectives On completion of this program, the participants will be able to: Describe HSDPA RAN12 Radio Resource Algorithm (RRM) such as channel type mapping, code resource allocation, power allocation, HSDPA mobility management, scheduling, etc. Describe HSUPA RAN12 Radio Resource Algorithm (RRM) such as channel type mapping, DCCC, power allocation, HSUPA mobility management, scheduling, etc. Describe the troubleshooting process for HSDPA throughput problems Describe the troubleshooting process for HSUPA throughput problems Describe the troubleshooting process for HSPA+ throughput problems Training Content OWO41 WCDMA HSPA RAN12 Radio Resource Management WCDMA HSDPA RAN12 RRM and Parameters HSDPA Bearer Mapping HSDPA Code Resource Management HSDPA Power Resource Management HSDPA Mobility Management HSDPA Channel Switching HSDPA Mac-hs Scheduling Algorithm WCDMA HSPA and HSPA+ RAN12 Throughput Troubleshooting OWO45 1dLecture, Demo WCDMA HSPA RAN12 Radio Resource Management OWO41 2dLecture, Demo
- 51. COMMERCIAL IN CONFIDENCE 51 HSDPA TFRC Selection WCDMA HSUPA RAN12 RRM and Parameters HSUPA Bearer Mapping Channel Switching HSUPA Fast Scheduling HSUPA Dynamic CE Management Uplink Macro Diversity Intelligent Receiving HSUPA Adaptive Retransmission HSUPA QoS Management HSUPA Mobility Management OWO45 WCDMA HSPA and HSPA+ RAN12 Throughput Troubleshooting WCDMA HSPA+ RAN12 Throughput Troubleshooting HSDPA Throughput Problems HSDPA Throughput Overview Low or Fluctuating HSDPA Throughput Troubleshooting No HSDPA Throughput Troubleshooting HSUPA Throughput Problems HSUPA Throughput Overview Low or Fluctuating HSUPA Throughput Troubleshooting Failure to Establish the HSUPA Service Failure to Establish an HSUPA 5.76 Mbit/s Service HSPA+ Throughput Problems HSPA+ 64QAM Problems HSPA+ MIMO Problems HSPA+ DC-HSDPA Problems Duration 3 working days Class Size Min 6, Max 12
- 52. COMMERCIAL IN CONFIDENCE 52 1.6.16 WCDMA RAN13 HSPA/HSPA+ Radio Network Optimization Training Training Path Target Audience Network Deployment Engineers Optimization Engineers System Technicians System Engineers Prerequisites WCDMA RAN Overview Training WCDMA RAN Principle Training WCDMA HSPA+ Principles Training WCDMA RAN13 Radio Network Features and Algorithms Training Objectives On completion of this program, the participants will be able to: Describe HSDPA RAN13 Radio Resource Algorithm (RRM) such as channel type mapping, code resource allocation, power allocation, HSDPA mobility management, scheduling, etc. Describe HSUPA RAN13 Radio Resource Algorithm (RRM) such as channel type mapping, DCCC, power allocation, HSUPA mobility management, scheduling, etc. Describe the troubleshooting process for HSDPA throughput problems Describe the troubleshooting process for HSUPA throughput problems Describe the troubleshooting process for HSPA+ throughput problems Training Content OWO42 WCDMA HSPA RAN13 Radio Resource Management WCDMA HSDPA RAN13 RRM and Parameters HSDPA Bearer Mapping HSDPA Code Resource Management HSDPA Power Resource Management HSDPA Mobility Management HSDPA Channel Switching HSDPA Mac-hs Scheduling Algorithm WCDMA HSPA and HSPA+ RAN13 Throughput Troubleshooting OWO46 1dLecture, Demo WCDMA HSPA RAN13 Radio Resource Management OWO42 2dLecture, Demo
- 53. COMMERCIAL IN CONFIDENCE 53 HSDPA TFRC Selection WCDMA HSUPA RAN13 RRM and Parameters HSUPA Bearer Mapping Channel Switching HSUPA Fast Scheduling HSUPA Dynamic CE Management Uplink Macro Diversity Intelligent Receiving HSUPA Adaptive Retransmission HSUPA QoS Management HSUPA Mobility Management OWO46 WCDMA HSPA and HSPA+ RAN13 Throughput Troubleshooting WCDMA HSPA+ RAN13 Throughput Troubleshooting HSDPA Throughput Problems HSDPA Throughput Overview Low or Fluctuating HSDPA Throughput Troubleshooting No HSDPA Throughput Troubleshooting HSUPA Throughput Problems HSUPA Throughput Overview Low or Fluctuating HSUPA Throughput Troubleshooting Failure to Establish the HSUPA Service Failure to Establish an HSUPA 5.76 Mbit/s Service HSPA+ Throughput Problems HSPA+ 64QAM Problems HSPA+ MIMO Problems HSPA+ DC-HSDPA Problems Duration 3 working days Class Size Min 6, Max 12
- 54. COMMERCIAL IN CONFIDENCE 54 1.6.17 WCDMA RAN14 HSPA/HSPA+ Radio Network Optimization Training Training Path Target Audience Network Deployment Engineers Optimization Engineers System Technicians System Engineers Prerequisites WCDMA RAN Overview Training WCDMA RAN Principle Training WCDMA HSPA+ Principles Training WCDMA RAN14 Radio Network Features and Algorithms Training Objectives On completion of this program, the participants will be able to: Describe HSDPA RAN14 Radio Resource Algorithm (RRM) such as channel type mapping, code resource allocation, power allocation, HSDPA mobility management, scheduling, etc. Describe HSUPA RAN14 Radio Resource Algorithm (RRM) such as channel type mapping, DCCC, power allocation, HSUPA mobility management, scheduling, etc. Describe the troubleshooting process for HSDPA throughput problems Describe the troubleshooting process for HSUPA throughput problems Describe the troubleshooting process for HSPA+ throughput problems Training Content OWO43 WCDMA HSPA RAN14 Radio Resource Management WCDMA HSDPA RAN14 RRM and Parameters HSDPA Bearer Mapping HSDPA Code Resource Management HSDPA Power Resource Management HSDPA Mobility Management HSDPA Channel Switching HSDPA Mac-hs Scheduling Algorithm WCDMA HSPA and HSPA+ RAN14 Throughput Troubleshooting OWO47 1dLecture, Demo WCDMA HSPA RAN14 Radio Resource Management OWO43 2dLecture, Demo
- 55. COMMERCIAL IN CONFIDENCE 55 HSDPA TFRC Selection WCDMA HSUPA RAN14 RRM and Parameters HSUPA Bearer Mapping Channel Switching HSUPA Fast Scheduling HSUPA Dynamic CE Management Uplink Macro Diversity Intelligent Receiving HSUPA Adaptive Retransmission HSUPA QoS Management HSUPA Mobility Management OWO47 WCDMA HSPA and HSPA+ RAN14 Throughput Troubleshooting WCDMA HSPA+ RAN14 Throughput Troubleshooting HSDPA Throughput Problems HSDPA Throughput Overview Low or Fluctuating HSDPA Throughput Troubleshooting No HSDPA Throughput Troubleshooting HSUPA Throughput Problems HSUPA Throughput Overview Low or Fluctuating HSUPA Throughput Troubleshooting Failure to Establish the HSUPA Service Failure to Establish an HSUPA 5.76 Mbit/s Service HSPA+ Throughput Problems HSPA+ 64QAM Problems HSPA+ MIMO Problems HSPA+ DC-HSDPA Problems Duration 3 working days Class Size Min 6, Max 12
- 56. COMMERCIAL IN CONFIDENCE 56 1.6.18 WCDMA RAN15 HSPA/HSPA+ Radio Network Optimization Training Training Path Target Audience Network Deployment Engineers Optimization Engineers System Technicians System Engineers Prerequisites WCDMA RAN Overview Training WCDMA RAN Principle Training WCDMA HSPA+ Principles Training WCDMA RAN15 Radio Network Features and Algorithms Training Objectives On completion of this program, the participants will be able to: Describe HSDPA RAN15 Radio Resource Algorithm (RRM) such as channel type mapping, code resource allocation, power allocation, HSDPA mobility management, scheduling, etc. Describe HSUPA RAN15 Radio Resource Algorithm (RRM) such as channel type mapping, DCCC, power allocation, HSUPA mobility management, scheduling, etc. Describe the troubleshooting process for HSDPA throughput problems Describe the troubleshooting process for HSUPA throughput problems Describe the troubleshooting process for HSPA+ throughput problems Training Content OWO44 WCDMA HSPA RAN15 Radio Resource Management WCDMA HSDPA RAN15 RRM and Parameters HSDPA Bearer Mapping HSDPA Code Resource Management HSDPA Power Resource Management HSDPA Mobility Management HSDPA Channel Switching HSDPA Mac-hs Scheduling Algorithm WCDMA HSPA and HSPA+ RAN15 Throughput Troubleshooting OWO48 1dLecture, Demo WCDMA HSPA RAN15 Radio Resource Management OWO44 2dLecture, Demo
- 57. COMMERCIAL IN CONFIDENCE 57 HSDPA TFRC Selection WCDMA HSUPA RAN15 RRM and Parameters HSUPA Bearer Mapping Channel Switching HSUPA Fast Scheduling HSUPA Dynamic CE Management Uplink Macro Diversity Intelligent Receiving HSUPA Adaptive Retransmission HSUPA QoS Management HSUPA Mobility Management OWO48 WCDMA HSPA and HSPA+ RAN15 Throughput Troubleshooting WCDMA HSPA+ RAN15 Throughput Troubleshooting HSDPA Throughput Problems HSDPA Throughput Overview Low or Fluctuating HSDPA Throughput Troubleshooting No HSDPA Throughput Troubleshooting HSUPA Throughput Problems HSUPA Throughput Overview Low or Fluctuating HSUPA Throughput Troubleshooting Failure to Establish the HSUPA Service Failure to Establish an HSUPA 5.76 Mbit/s Service HSPA+ Throughput Problems HSPA+ 64QAM Problems HSPA+ MIMO Problems HSPA+ DC-HSDPA Problems Duration 3 working days Class Size Min 6, Max 12
- 58. COMMERCIAL IN CONFIDENCE 58 1.6.19 WCDMA RAN12-RAN13 Delta Features Training Training Path Target Audience Network Deployment Engineers Optimization Engineers System Technicians System Engineers Prerequisites WCDMA RAN Overview Training WCDMA RAN Principle Training WCDMA HSPA+ Principles Training WCDMA RAN13 Radio Network Features and Algorithms Training Objectives On completion of this program, the participants will be able to: Outline the important new features realized in RAN13 version Describe WCDMA RAN13 DC-HSDPA+MIMO Feature Describe WCDMA RAN13 Traffic-Based Activation and Deactivation of Secondary Carrier in DC-HSDPA Feature Describe WCDMA RAN13 Enhanced Uplink CELL FACH Feature Describe WCDMA RAN13 E-DPCCH Boosting Feature Describe WCDMA RAN13 Enhanced Fast Dormancy Feature Describe WCDMA RAN13 P2P Downloading Rate Control during Busy Hour Feature Describe WCDMA RAN13 Web Page Access Acceleration Feature Describe WCDMA RAN13 Optimization of R99 and HSUPA Users Fairness Feature Describe WCDMA RAN13 Anti-Interference Scheduling for HSUPA Feature Describe WCDMA RAN13 Multi-Carrier Switch off Based on QoS Feature Describe WCDMA RAN13 HSUPA Coverage Enhancement at UE Power Limitation Feature Describe WCDMA RAN13 Adaptive Configuration of Data Channel Power Offset for HSUPA Feature Describe WCDMA RAN13 Dual-Threshold Scheduling with HSUPA Interference Cancellation Feature Describe WCDMA RAN13 GU 2.0MHZ Central Frequency Spacing(U3.8MHZ) Feature Training Content OWO51 WCDMA RAN12 - RAN13 Delta Features WCDMA RAN12 - RAN13 Delta Features OWO51 2dLecture, Demo
- 59. COMMERCIAL IN CONFIDENCE 59 WCDMA RAN13 New Features Introduction RAN13 Features Overview HSPA+ Evolution Mobility Between UMTS and LTE Enhanced Fast Dormancy Packet Inspection Optimization of R99 and HSUPA Users Fairness WCDMA RAN13 DC-HSDPA+MIMO Feature Description Description of DC-HSDPA+MIMO Implementation of DC-HSDPA+MIMO Configuration of DC-HSDPA+MIMO Performance of DC-HSDPA+MIMO WCDMA RAN13 Traffic-Based Activation and Deactivation of Secondary Carrier in DC-HSDPA Description of Traffic-Based Activation and Deactivation of Secondary Carrier in DC-HSDPA Implementation of Traffic-Based Activation and Deactivation of Secondary Carrier in DC-HSDPA Configuration of Traffic-Based Activation and Deactivation of Secondary Carrier in DC-HSDPA Performance of Traffic-Based Activation and Deactivation of Secondary Carrier in DC-HSDPA WCDMA RAN13 Enhanced Uplink CELL FACH Description of Enhanced Uplink CELL FACH Implementation of Enhanced Uplink CELL FACH Configuration of Enhanced Uplink CELL FACH Performance of Enhanced Uplink CELL FACH WCDMA RAN13 E-DPCCH Boosting Feature Description Description of E-DPCCH Boosting Implementation of E-DPCCH Boosting Configuration of E-DPCCH Boosting Performance of E-DPCCH Boosting WCDMA RAN13 Enhanced Fast Dormancy Feature Fast Dormancy Enhanced Fast Dormancy and Standard Fast Dormancy Configuration and Related Counters WCDMA RAN13 P2P Downloading Rate Control during Busy Hour Description of P2P Downloading Rate Control during Busy Hour Implementation of P2P Downloading Rate Control during Busy Hour Configuration of P2P Downloading Rate Control during Busy Hour Performance of P2P Downloading Rate Control during Busy Hour WCDMA RAN13 Web Page Access Acceleration Description of Web Page Access Acceleration
- 60. COMMERCIAL IN CONFIDENCE 60 Implementation of Web Page Access Acceleration Configuration of Web Page Access Acceleration Performance of Web Page Access Acceleration WCDMA RAN13 Optimization of R99 and HSUPA Users Fairness Description of Optimization of R99 and HSUPA Users Fairness Implementation of Optimization of R99 and HSUPA Users Fairness Configuration of Optimization of R99 and HSUPA Users Fairness Performance of Optimization of R99 and HSUPA Users Fairness WCDMA RAN13 Multi-Carrier Switch off Based on QoS Description of Multi-Carrier Switch off Based on QoS Implementation of Multi-Carrier Switch off Based on QoS Configuration of Multi-Carrier Switch off Based on QoS Performance of Multi-Carrier Switch off Based on QoS WCDMA RAN13 HSUPA Coverage Enhancement at UE Power Limitation Description of HSUPA Coverage Enhancement at UE Power Limitation Implementation of HSUPA Coverage Enhancement at UE Power Limitation Configuration of HSUPA Coverage Enhancement at UE Power Limitation Performance of HSUPA Coverage Enhancement at UE Power Limitation WCDMA RAN13 Adaptive Configuration of Data Channel Power Offset for HSUPA Description of Adaptive Configuration of Data Channel Power Offset for HSUPA Implementation of Adaptive Configuration of Data Channel Power Offset for HSUPA Configuration of Adaptive Configuration of Data Channel Power Offset for HSUPA Performance of Adaptive Configuration of Data Channel Power Offset for HSUPA WCDMA RAN13 Anti-Interference Scheduling for HSUPA Description of Anti-Interference Scheduling for HSUPA Implementation of Anti-Interference Scheduling for HSUPA Configuration of Anti-Interference Scheduling for HSUPA Performance of Anti-Interference Scheduling for HSUPA WCDMA RAN13 Dual-Threshold Scheduling with HSUPA Interference Cancellation Description of Dual-Threshold Scheduling with HSUPA Interference Cancellation Implementation of Dual-Threshold Scheduling with HSUPA Interference Cancellation Configuration of Dual-Threshold Scheduling with HSUPA Interference Cancellation Performance of Dual-Threshold Scheduling with HSUPA Interference Cancellation WCDMA RAN13 GU 2.0MHZ Central Frequency Spacing(U3.8MHZ) Feature Refarming Overview GU 2.0MHz Overview GU 2.0MHz Solution and Implementation GU 2.0MHz Configuration and Verification Duration 2 working days
- 61. COMMERCIAL IN CONFIDENCE 61 Class Size Min 6, Max 12
- 62. COMMERCIAL IN CONFIDENCE 62 1.6.20 WCDMA RAN13-RAN14 Delta Features Training Training Path Target Audience Network Deployment Engineers Optimization Engineers System Technicians System Engineers Prerequisites WCDMA RAN Overview Training WCDMA RAN Principle Training WCDMA HSPA+ Principles Training WCDMA RAN14 Radio Network Features and Algorithms Training Objectives On completion of this program, the participants will be able to: Outline the important new features realized in RAN14 version Describe WCDMA RAN14 Multi Sector Solution Feature Describe WCDMA RAN14 HSPA+ DC-HSUPA Feature Describe WCDMA RAN14 Voice Service Experience Improvement for Weak Reception UEs Feature Describe WCDMA RAN14 Service-Based PS Handover from UMTS to LTE Feature Describe WCDMA RAN14 Layered Paging in URA_PCH Feature Describe WCDMA RAN14 Control Channel Parallel Interference Cancellation Phase2 Feature Describe WCDMA RAN14 Dynamical HSDPA CQI Feedback Period Feature Describe WCDMA RAN14 Adaptive Adjustment of HSUPA Small Target Retransmissions Feature Describe WCDMA RAN14 Intelligent Access Class Control Feature Describe WCDMA RAN14 Dynamic Target ROT Adjustment Feature Describe WCDMA RAN14 Inter-Frequency Load Balance Based on Configurable Load Threshold Feature Describe WCDMA RAN14 Inter-frequency Load Handover based CE Congestion Feature Describe WCDMA RAN14 CE Overbooking Feature Describe WCDMA RAN14 Load-based Uplink Target BLER Configuration Feature Describe WCDMA RAN14 HSDPA Scheduling Based on UE Location Feature WCDMA RAN13 - RAN14 Delta Features OWO52 2dLecture, Demo
- 63. COMMERCIAL IN CONFIDENCE 63 Training Content OWO52 WCDMA RAN13 - RAN14 Delta Features WCDMA RAN14 New Features Description RAN14 Features Overview Capacity for Hot Spot HSPA+ Evolution User Experience Improvement Smart Phone Performance Improvement Easy Network WCDMA RAN14 Multi Sector Solution Description of Multi Sector Solution Implementation of Multi Sector Solution Configuration of Multi Sector Solution Performance of Multi Sector Solution WCDMA RAN14 HSPA+ DC-HSUPA Feature Description of DC-HSUPA Implementation of DC-HSUPA Configuration of DC-HSUPA Performance of DC-HSUPA WCDMA RAN14 Voice Service Experience Improvement for Weak Reception UEs Description of Voice Service Experience Improvement for Weak Reception UEs Implementation of Voice Service Experience Improvement for Weak Reception UEs Configuration of Voice Service Experience Improvement for Weak Reception UEs Performance of Voice Service Experience Improvement for Weak Reception UEs WCDMA RAN14 Service-Based PS Handover from UMTS to LTE Description of Service-Based PS Handover from UMTS to LTE Implementation of Service-Based PS Handover from UMTS to LTE Configuration of Service-Based PS Handover from UMTS to LTE Performance of Service-Based PS Handover from UMTS to LTE WCDMA RAN14 Layered Paging in URA_PCH Description of Layered Paging in URA_PCH Implementation of Layered Paging in URA_PCH Configuration of Layered Paging in URA_PCH Performance of Layered Paging in URA_PCH WCDMA RAN14 Control Channel Parallel Interference Cancellation Phase2 Description of Control Channel Parallel Interference Cancellation Phase2 Implementation of Control Channel Parallel Interference Cancellation Phase2 Configuration of Control Channel Parallel Interference Cancellation Phase2 Performance of Control Channel Parallel Interference Cancellation Phase2 WCDMA RAN14 Dynamical HSDPA CQI Feedback Period
- 64. COMMERCIAL IN CONFIDENCE 64 Description of Dynamical HSDPA CQI Feedback Period Implementation of Dynamical HSDPA CQI Feedback Period Configuration of Dynamical HSDPA CQI Feedback Period Performance of Dynamical HSDPA CQI Feedback Period WCDMA RAN14 Adaptive Adjustment of HSUPA Small Target Retransmissions Description of Adaptive Adjustment of HSUPA Small Target Retransmissions Implementation of Adaptive Adjustment of HSUPA Small Target Retransmissions Configuration of Adaptive Adjustment of HSUPA Small Target Retransmissions Performance of Adaptive Adjustment of HSUPA Small Target Retransmissions WCDMA RAN14 Intelligent Access Class Control Description of Intelligent Access Class Control Implementation of Intelligent Access Class Control Configuration of Intelligent Access Class Control Performance of Intelligent Access Class Control WCDMA RAN14 Dynamic Target ROT Adjustment Description of Dynamic Target ROT Adjustment Implementation of Dynamic Target ROT Adjustment Configuration of Dynamic Target ROT Adjustment Performance of Dynamic Target ROT Adjustment WCDMA RAN14 Inter-Frequency Load Balance Based on Configurable Load Threshold Description of Inter-Frequency Load Balance Based on Configurable Load Threshold Implementation of Inter-Frequency Load Balance Based on Configurable Load Threshold Configuration of Inter-Frequency Load Balance Based on Configurable Load Threshold Performance of Inter-Frequency Load Balance Based on Configurable Load Threshold WCDMA RAN14 Inter-frequency Load Handover based CE Congestion Description of Inter-frequency Load Handover based CE Congestion Implementation of Inter-frequency Load Handover based CE Congestion Configuration of Inter-frequency Load Handover based CE Congestion Performance of Inter-frequency Load Handover based CE Congestion WCDMA RAN14 CE Overbooking Description of CE Overbooking Implementation of CE Overbooking Configuration of CE Overbooking Performance of CE Overbooking WCDMA RAN14 Load-based Uplink Target BLER Configuration Description of Load-based Uplink Target BLER Configuration Implementation of Load-based Uplink Target BLER Configuration Configuration of Load-based Uplink Target BLER Configuration Performance of Load-based Uplink Target BLER Configuration
- 65. COMMERCIAL IN CONFIDENCE 65 WCDMA RAN14 HSDPA Scheduling Based on UE Location Description of HSDPA Scheduling Based on UE Location Implementation of HSDPA Scheduling Based on UE Location Configuration of HSDPA Scheduling Based on UE Location Performance of HSDPA Scheduling Based on UE Location Duration 2 working days Class Size Min 6, Max 12
- 66. COMMERCIAL IN CONFIDENCE 66 1.6.21 WCDMA RAN14-RAN15 Delta Features Training Training Path Target Audience Network Deployment Engineers Optimization Engineers System Technicians System Engineers Prerequisites WCDMA RAN Overview Training WCDMA RAN Principle Training WCDMA HSPA+ Principles Training WCDMA RAN15 Radio Network Features and Algorithms Training Objectives On completion of this program, the participants will be able to: Outline the important new features realized in RAN15 version Describe WCDMA RAN15 HSPA+ DB-HSDPA Feature Describe WCDMA RAN15 HSPA+ Flexible DC DB-HSDPA Feature Describe WCDMA RAN15 HSPA+ 4C-HSDPA Feature Describe WCDMA RAN15 Turbo Interference Cancellation Feature Describe WCDMA RAN15 HSUPA Time Division Scheduling Feature Describe WCDMA RAN15 Load Based Dynamic Adjustment of PCPICH Power Feature Describe WCDMA RAN15 DL DPCH Maximum Power Restriction Feature Describe WCDMA RAN15 DL DPCH Pilot Power Adjustment Feature Describe WCDMA RAN15 Platinum User Prioritizing Feature Describe WCDMA RAN15 Differentiated Service Based on Resource Reservation Feature Describe WCDMA RAN15 Layered Paging in Idle Mode Feature Describe WCDMA RAN15 HSUPA Scheduling Based on UE Location Feature Describe WCDMA RAN15 UMTS-to-LTE Fast Return Feature Describe WCDMA RAN15 Macro and Micro Co-carrier Uplink Interference Control Feature Describe WCDMA RAN15 Multiband Direct Retry Based on UE Location Feature Describe WCDMA RAN15 Narrowband Interference Suppression Feature Training Content OWO53 WCDMA RAN14 - RAN15 Delta Features WCDMA RAN15 New Features Overview WCDMA RAN14 - RAN15 Delta Features OWO53 2dLecture, Demo
- 67. COMMERCIAL IN CONFIDENCE 67 RAN15 Features Overview HSPA+ Evolution Capacity Improvement User Experience Improvement Performance Improvement Network Collaboration WCDMA RAN15 HSPA+ DB-HSDPA Feature Description of DB-HSDPA Implementation of DB-HSDPA Configuration of DB-HSDPA Performance of DB-HSDPA WCDMA RAN15 HSPA+ Flexible DC DB-HSDPA Feature Description of Flexible DC DB-HSDPA Implementation of Flexible DC DB-HSDPA Configuration of Flexible DC DB-HSDPA Performance of Flexible DC DB-HSDPA WCDMA RAN15 HSPA+ 4C-HSDPA Feature Description of 4C-HSDPA Implementation of 4C-HSDPA Configuration of 4C-HSDPA Performance of 4C-HSDPA WCDMA RAN15 Turbo Interference Cancellation Description of Turbo IC Implementation of Turbo IC Configuration of Turbo IC Performance of Turbo IC WCDMA RAN15 HSUPA Time Division Scheduling Description of HSUPA Time Division Scheduling Implementation of HSUPA Time Division Scheduling Configuration of HSUPA Time Division Scheduling Performance of HSUPA Time Division Scheduling WCDMA RAN15 Load Based Dynamic Adjustment of PCPICH Power Description of Load Based Dynamic Adjustment of PCPICH Power Implementation of Load Based Dynamic Adjustment of PCPICH Power Configuration of Load Based Dynamic Adjustment of PCPICH Power Performance of Load Based Dynamic Adjustment of PCPICH Power WCDMA RAN15 DL DPCH Maximum Power Restriction Description of DL DPCH Maximum Power Restriction Implementation of DL DPCH Maximum Power Restriction Configuration of DL DPCH Maximum Power Restriction Performance of DL DPCH Maximum Power Restriction WCDMA RAN15 DL DPCH Pilot Power Adjustment
- 68. COMMERCIAL IN CONFIDENCE 68 Description of DL DPCH Pilot Power Adjustment Implementation of DL DPCH Pilot Power Adjustment Configuration of DL DPCH Pilot Power Adjustment Performance of DL DPCH Pilot Power Adjustment WCDMA RAN15 Platinum User Prioritizing Description of Platinum User Prioritizing Implementation of Platinum User Prioritizing Configuration of Platinum User Prioritizing Performance of Platinum User Prioritizing WCDMA RAN15 Differentiated Service Based on Resource Reservation Description of Differentiated Service Based on Resource Reservation Implementation of Differentiated Service Based on Resource Reservation Configuration of Differentiated Service Based on Resource Reservation Performance of Differentiated Service Based on Resource Reservation WCDMA RAN15 Layered Paging in Idle Mode Description of Layered Paging in Idle Mode Implementation of Layered Paging in Idle Mode Configuration of Layered Paging in Idle Mode Performance of Layered Paging in Idle Mode WCDMA RAN15 HSUPA Scheduling Based on UE Location Description of HSUPA Scheduling Based on UE Location Implementation of HSUPA Scheduling Based on UE Location Configuration of HSUPA Scheduling Based on UE Location Performance of HSUPA Scheduling Based on UE Location WCDMA RAN15 UMTS-to-LTE Fast Return Description of UMTS-to-LTE Fast Return Implementation of UMTS-to-LTE Fast Return Configuration of UMTS-to-LTE Fast Return Performance of UMTS-to-LTE Fast Return WCDMA RAN15 Macro and Micro Co-carrier Uplink Interference Control Description of Macro and Micro Co-carrier Uplink Interference Control Implementation of Macro and Micro Co-carrier Uplink Interference Control Configuration of Macro and Micro Co-carrier Uplink Interference Control Performance of Macro and Micro Co-carrier Uplink Interference Control WCDMA RAN15 Multiband Direct Retry Based on UE Location Description of Multiband Direct Retry Based on UE Location Implementation of Multiband Direct Retry Based on UE Location Configuration of Multiband Direct Retry Based on UE Location Performance of Multiband Direct Retry Based on UE Location WCDMA RAN15 Narrowband Interference Suppression Description of Narrowband Interference Suppression Implementation of Narrowband Interference Suppression
- 69. COMMERCIAL IN CONFIDENCE 69 Configuration of Narrowband Interference Suppression Performance of Narrowband Interference Suppression Duration 2 working days Class Size Min 6, Max 12
- 70. COMMERCIAL IN CONFIDENCE 70 1.6.22 WCDMA uBro Radio Network Planning and Optimization Training Training Path Target Audience uBro Optimization Engineers uBro Technicians System Technicians System Engineers Prerequisites Basic knowledge of mobile communications OWA00 WCDMA RAN Overview OWA01 WCDMA Air Interface Objectives On completion of this program, the participants will be able to: Describe the applications scenario of Huawei AP products Describe the basic planning of Femto network such as PLMN planning, LAC/RAC/SAC planning, frequency planning, scrambling code planning and etc. Describe the camp and handover policy in Femto network Describe the deployment of the typical case Describe interference test cases for typical networking scenarios Describe interference mitigation methods for typical networking scenarios Training Content OWP80 WCDMA uBro RAN Planning WCDMA uBro Planning Solution Application Scenario of Femto Network Planning of Area Parameters in Femto Network Planning of Radio Parameters in Femto Network Network Deployment Policy of Femto Network A Deployment Example for ePico in Live Network UMTS Femto AP Coverage Test Cases Test Case in Apartment Scenario WCDMA uBro RAN Optimization OWO80 1dLecture, Demo WCDMA uBro RAN Planning OWP80 1dLecture, Discussion
- 71. COMMERCIAL IN CONFIDENCE 71 Test Case in Office Scenario Typical Cases for Deployment UMTS Femto Interference Mitigation Femto Interference Scenarios Test Cases for Femto Interference Interference between Femto and Macro while Femto and Macro Use the Same Frequency Interference between APs while the APs Provide Discontinuous Coverage Interference between APs while the APs Provide Continuous Coverage Femto Interference Mitigation OWO80 WCDMA uBro RAN Optimization UMTS Femto Signaling Procedures UE Registration Procedure Service Procedure Handover Procedure UMTS Femto AP Performance KPI and Related Counters Introduction Introduction to PRS Typical KPI for AP Accessibility Mobility Retainability Traffic Volume Others Duration 2 working days Class Size Min 6, Max 12
- 72. COMMERCIAL IN CONFIDENCE 72 1.7 WCDMA Product 1.7.1 WCDMA RAN11 NodeB Training Training Path Target Audience Field engineer System engineer Site maintainer Prerequisites Basic knowledge of mobile communications At least 1 year working experience in WCDMA wireless network operation and maintenance Objectives On completion of this program, the participants will be able to: Describe the hardware structure of DBS3900 Detail the functions of different subsystems and boards of DBS3900 Describe the typical hardware configurations of DBS3900 Describe the hardware structure of BTS3900 Detail the functions of different subsystems and boards of BTS3900 Describe the cables connection of BTS3900 Describe the expansion and networking of BTS3900 Explain the architecture of hardware and software components of NodeB operation and maintenance system NodeB WCDMA V200R011 Data Configuration OWB03 1.5dLecture, Lab NodeB WCDMA V200R011 Installation and Commissioning OWB02 1dLecture, Lab NodeB WCDMA V200R011 Operation and Maintenance OWB01 1.5dLecture, Lab NodeB WCDMA V200R011 Product Description OWB00 1dLecture
- 73. COMMERCIAL IN CONFIDENCE 73 Get to know how to use NodeB operation and maintenance tool - LMT Perform corrective and preventive maintenance on NodeB Manage alarms and faults handling Manage data, for example: backuping system data, executing MML commands Manage equipment, for example: checking board status and versions Manage tracing message, for example: creating a tracing task, checking tracing result, saving result Manage real-time monitoring, for example: creating a monitoring task, checking and saving monitoring result Outline the main operation and maintenance tasks for one day, one week and one month Install LMT software Describe the procedure of NodeB commissioning Check the compatibility of NodeB software version Load NodeB software and configuration file Verify local cell status Measure RTWP Monitor output power Outline the user interface of CME configuration tool Illustrate the data configuration procedure Explain key parameters in each step during data configuration procedure Implement the data configuration with template file Perform initial data configuration and dynamic modification Training Content OWB00 NodeB WCDMA V200R011 Product Description BTS3900 WCDMA V200R011 Product Description BTS3900 Overview BTS3900 Hardware Board and Module of the BBU3900 RF Module Power Module FAN and SLPU BTS3900 Expansion and Networking OWB01 NodeB WCDMA V200R011 Operation and Maintenance NodeB WCDMA V200R011 Operation and Maintenance Operation and Maintenance System NodeB Routine Operation System Management Alarm Management Equipment Management Cell Management
- 74. COMMERCIAL IN CONFIDENCE 74 Real-time Monitoring Software Management File Management Tracing Management NodeB Routine Maintenance OWB02 NodeB WCDMA V200R011 Installation and Commissioning NodeB WCDMA V200R011 Installation and Commissioning NodeB Software Installation NodeB System Commissioning Preparation for NodeB Commissioning Procedure of NodeB Commissioning OWB03 NodeB WCDMA V200R011 Data Configuration NodeB WCDMA V200R011 Data Configuration Data Configuration Overview Configuring Physical Equipment Configuring Transport Layer Configuring Radio Layer Duration 5 working days Class Size Min 6, Max 12
- 75. COMMERCIAL IN CONFIDENCE 75 1.7.2 WCDMA RAN11 RNC Operation Training Training Path Target Audience Field engineer System engineer Site maintainer Prerequisites Basic knowledge of mobile communications At least 1 year working experience in WCDMA wireless network operation and maintenance Objectives On completion of this program, the participants will be able to: Describe the RNC system functions, structures and key characteristics Describe the functions, indicators, ports and working mode of each board Explain the types and application situations of different fibers and cables Describe the signal processing flows of radio and terrestrial interfaces in RNC system Explain the typical RAN networking types and each networking type’s characters Explain the RNC system hardware configuration rules, and calculate the numbers and types of boards in a typical network Explain the architecture of RAN Operation and Maintenance system, hardware and software components of the system Perform corrective and preventive maintenance on RNC Manage BAM server, for example: checking its running status and version Get to know how to use RNC operation and maintenance tool - LMT Manage authorities of users Manage alarms and faults handling Manage equipment, for example: checking board status and version Manage data, for example: backuping system data, executing MML commands Manage Logs, for example: querying logs, saving logs Manage tracing message, for example: creating a tracing task, checking tracing result, saving result BSC6810 WCDMA V200R011 Operation and Maintenance OWC01 2dLecture, Lab BSC6810 WCDMA V200R011 Product Description OWC00 1dLecture
- 76. COMMERCIAL IN CONFIDENCE 76 Manage real-time monitoring, for example: creating a monitoring task, checking and saving monitoring result Outline the main operation and maintenance tasks for one day, one week and one month Training Content OWC00 BSC6810 WCDMA V200R011 Product Description BSC6810 WCDMA V200R011 Product Description BSC6810 System Overview BSC6810 Hardware Structure BSC6810 Cabinets and Subracks BSC6810 Boards BSC6810 Cables BSC6810 Signal Flows BSC6810 Hardware Configuration OWC01 BSC6810 WCDMA V200R011 Operation and Maintenance BSC6810 WCDMA V200R011 Routine Operation and Maintenance Operation and Maintenance Subsystem RNC Routine Operation Authority Management System Management Alarm Management Log Management Equipment Management Loading Management Configuration Management Real-time Monitoring Management Tracing Management RNC Routine Maintenance Duration 3 working days Class Size Min 6, Max 12
- 77. COMMERCIAL IN CONFIDENCE 77 1.7.3 WCDMA RAN11 RNC Configuration Training Training Path Target Audience Field engineer System engineer Site maintainer Prerequisites Successful completion of the following program(s): BSC6900 WCDMA RAN11 RNC Operation Training Objectives On completion of this program, the participants will be able to: Describe the structure of RNC operation and maintenance subsystem Install BAM software Install LMT software Describe the procedure of RNC Commissioning. Load RNC host software and data file Verify RNC interfaces and services Integrate RNC to M2000 Describe the RNC data configuration method and procedure Compile transport network data files, including global data, equipment data and Iub, Iu , Iur interfaces data Compile the radio network data files for cells Explain the configuration procedure for HSDPA services Generate the initial data configuration file with LMT software or CME software Check the data configuration files integrity and validity Load the date configuration file to RNC Training Content OWC02 BSC6810 WCDMA V200R011 Installation and Commissioning BSC6810 WCDMA V200R011 Software Installation O/M System Introduction BSC6810 WCDMA V200R011 Data Configuration OWC03 6dLecture, Lab BSC6810 WCDMA V200R011 Installation and Commissioning OWC02 1dLecture, Lab
- 78. COMMERCIAL IN CONFIDENCE 78 Software Installation and Checkup BSC6810 WCDMA V200R011 System Commissioning Introduction to RNC commissioning Procedure of RNC commissioning Commissioning RNC Equipment Verifying Interfaces (Iub, Iu-CS, Iu-PS, Iur) Handling Alarms During RNC Commissioning Verifying RNC Services Integrating the RNC into the M2000 Creating RNC Scheduled Tasks Checking RNC Commissioning Results OWC03 BSC6810 WCDMA V200R011 Data Configuration BSC6810 WCDMA V200R011 Data Configuration(ATM+IP) Data Configuration Overview Preparation Global Data Configuration Equipment Data Configuration Interface Data Configuration Iub Interface Data Configuration (ATM) Iu-CS Interface Data Configuration (ATM) Iu-PS Interface Data Configuration (ATM) Iur Interface Data Configuration (ATM) Iub Interface Data Configuration (IP) Iu-CS Interface Data Configuration (IP) Iu-PS Interface Data Configuration (IP) Iur Interface Data Configuration (IP) Cell Data Configuration Duration 7 working days Class Size Min 6, Max 12
- 79. COMMERCIAL IN CONFIDENCE 79 1.7.4 WCDMA RAN11 RAN Troubleshooting Training Training Path Target Audience Field engineer System engineer Site maintainer Prerequisites Successful completion of the following courses: WCDMA RAN11 RNC Configuration Training WCDMA RAN11 NodeB Training Objectives On completion of this program, the participants will be able to: Overview UTRAN Network Explain Basic Concepts about UTRAN Describe system information broadcast signaling procedure Describe paging signaling procedure Describe call process signaling procedure Describe handover signaling procedure Describe RAN troubleshooting process Handling Transport Faults Handling O/M Faults Handling Interface Faults Handling Service Faults Handling Abnormal RTWP Handling Abnormal Downlink Power Handling Failure to Deliver the License of the NodeB Through M2000 Handling Failure to Install the LMT Handling Failure to Establish Cells Handling High Frequency Deviation (E1) of Clock Handling Intermittent Interruption of CPRI Link NodeB WCDMA V200R011 Troubleshooting OWB04 2dLecture, Lab BSC6810 WCDMA V200R011 Troubleshooting OWC04 3dLecture, Lab
- 80. COMMERCIAL IN CONFIDENCE 80 Handling Sleeping Cell Training Content OWC04 BSC6810 WCDMA V200R011 Troubleshooting WCDMA RAN Signaling Flow UTRAN Network Overview Basic Concepts about UTRAN UTRAN Signaling Procedure System Information Broadcast Paging Call Process Handover BSC6810 WCDMA V200R011 Troubleshooting Troubleshooting Overview O/M Troubleshooting Loading Troubleshooting Interface Troubleshooting Service Troubleshooting BSC6810 WCDMA V200R011 Transport Troubleshooting Troubleshooting Overview E1/T1 Fault Troubleshooting FE/GE Fault Troubleshooting BSC6810 WCDMA V200R011 Troubleshooting Practice Guide N/A OWB04 NodeB WCDMA V200R011 Troubleshooting NodeB WCDMA V200R011 Troubleshooting Troubleshooting Overview Abnormal RTWP Abnormal Downlink Power Congestion of License CE Failure to Deliver the NodeB License through M2000 Failure to Establish Cells High Frequency Deviation (E1) of Clock Intermittent Interruption of CPRI Link Sleeping Cell NodeB WCDMA V200R011 Troubleshooting Practice Guide N/A Duration 5 working days Class Size Min 6, Max 12
- 81. COMMERCIAL IN CONFIDENCE 81 1.7.5 WCDMA RAN11.1 NodeB Training Training Path Target Audience Field engineer System engineer Site maintainer Prerequisites Basic knowledge of mobile communications At least 1 year working experience in WCDMA wireless network operation and maintenance Objectives On completion of this program, the participants will be able to: Describe the hardware structure of DBS3900 Detail the functions of different subsystems and boards of DBS3900 Describe the typical hardware configurations of DBS3900 Describe the hardware structure of BTS3900 Detail the functions of different subsystems and boards of BTS3900 Describe the cables connection of BTS3900 Describe the expansion and networking of BTS3900 Explain the architecture of hardware and software components of NodeB operation and maintenance system Get to know how to use NodeB operation and maintenance tool - LMT Perform corrective and preventive maintenance on NodeB NodeB WCDMA V200R011 Data Configuration OWB03 1.5dLecture, Lab NodeB WCDMA V200R011 Installation and Commissioning OWB02 1dLecture, Lab NodeB WCDMA V200R011 Operation and Maintenance OWB01 1.5dLecture, Lab NodeB WCDMA V200R011 Product Description OWB00 1dLecture
- 82. COMMERCIAL IN CONFIDENCE 82 Manage alarms and faults handling Manage data, for example: backuping system data, executing MML commands Manage equipment, for example: checking board status and versions Manage tracing message, for example: creating a tracing task, checking tracing result, saving result Manage real-time monitoring, for example: creating a monitoring task, checking and saving monitoring result Outline the main operation and maintenance tasks for one day, one week and one month Install LMT software Describe the procedure of NodeB commissioning Check the compatibility of NodeB software version Load NodeB software and configuration file Verify local cell status Measure RTWP Monitor output power Outline the user interface of CME configuration tool Illustrate the data configuration procedure Explain key parameters in each step during data configuration procedure Implement the data configuration with template file Perform initial data configuration and dynamic modification Training Content OWB00 NodeB WCDMA V200R011 Product Description BTS3900 WCDMA V200R011 Product Description BTS3900 Overview BTS3900 Hardware Board and Module of the BBU3900 RF Module Power Module FAN and SLPU BTS3900 Expansion and Networking OWB01 NodeB WCDMA V200R011 Operation and Maintenance NodeB WCDMA V200R011 Operation and Maintenance Operation and Maintenance System NodeB Routine Operation System Management Alarm Management Equipment Management Cell Management Real-time Monitoring Software Management
- 83. COMMERCIAL IN CONFIDENCE 83 File Management Tracing Management NodeB Routine Maintenance OWB02 NodeB WCDMA V200R011 Installation and Commissioning NodeB WCDMA V200R011 Installation and Commissioning NodeB Software Installation NodeB System Commissioning Preparation for NodeB Commissioning Procedure of NodeB Commissioning OWB03 NodeB WCDMA V200R011 Data Configuration NodeB WCDMA V200R011 Data Configuration Data Configuration Overview Configuring Physical Equipment Configuring Transport Layer Configuring Radio Layer Duration 5 working days Class Size Min 6, Max 12
- 84. COMMERCIAL IN CONFIDENCE 84 1.7.6 WCDMA RAN11.1 RNC Operation Training Training Path Target Audience Field engineer System engineer Site maintainer Prerequisites Basic knowledge of mobile communications At least 1 year working experience in WCDMA wireless network operation and maintenance Objectives On completion of this program, the participants will be able to: Detail the system structure of BSC6900 Detail the functions of the components of BSC6900 Detail the signal flows in BSC6900 List the typical hardware configuration of BSC6900 Detail the structure of operation and maintenance subsystem Perform the RNC routine operation Perform the RNC routine maintenance Training Content OWC05 BSC6900 WCDMA V900R011 Product Description BSC6900 WCDMA V900R011 Product Description BSC6900 System Overview BSC6900 Hardware Structure BSC6900 Cabinets and Subracks BSC6900 subsystems and Boards BSC6900 Cables BSC6900 Signal Flows OWC06 BSC6900 WCDMA V900R011 Operation and Maintenance BSC6900 WCDMA V900R011 Operation and Maintenance Operation and Maintenance Subsystem Overview BSC6900 WCDMA V900R011 Operation and Maintenance OWC06 2dLecture, Lab BSC6900 WCDMA V900R011 Product Description OWC05 1dLecture
- 85. COMMERCIAL IN CONFIDENCE 85 Running MML Command Alarm Management Device Panel Routine Maintenance MML Management of Operation Rights Log Management Performance Monitoring Tracing Management BSC6900 WCDMA V900R011 Operation and Maintenance Practice Guide Duration 3 working days Class Size Min 6, Max 12
- 86. COMMERCIAL IN CONFIDENCE 86 1.7.7 WCDMA RAN11.1 RNC Configuration Training Training Path Target Audience Field engineer System engineer Site maintainer Prerequisites Successful completion of the following program(s): BSC6900 WCDMA RAN11.1 RNC Operation Training Objectives On completion of this program, the participants will be able to: Describe BSC6900 commissioning procedure Outline OMU software functions Complete BSC6900 commissioning Complete BSC6900 application software installation Detail the Procedure of BSC6900 Data Configuration Perform Global Data Configuration Perform Equipment Data Configuration Perform Interface Configuration Perform Cell Configuration Outline RNC data configuration procedure based on CME and LMT Complete RNC data configuration based on CME and LMT Training Content OWC07 BSC6900 WCDMA V900R011 Installation and Commissioning BSC6900 WCDMA V900R011 Installation / Commissioning BSC6900 O/M System Introduction BSC6900 Software Installation BSC6900 Commissioning BSC6900 Commissioning Introduction BSC6900 Commissioning Procedure BSC6900 WCDMA V900R011 Data Configuration OWC08 6dLecture, Lab BSC6900 WCDMA V900R011 Installation and Commissioning OWC07 1dLecture, Lab
- 87. COMMERCIAL IN CONFIDENCE 87 BSC6900 WCDMA V900R011 Installation / Commissioning Pratice Guide N/A OWC08 BSC6900 WCDMA V900R011 Data Configuration BSC6900 WCDMA V900R011 Data Configuration Based on CME Overview of Multi-Mode BSC Data Configuration MBSC(RNC) Data Configuration Preparation MBSC(RNC) Data Configuring MBSC(RNC) Data Exporting BSC6900 WCDMA V900R011 Data Configuration Based on CME Pratice Guide BSC6900 WCDMA V900R011 Data Configuration Based on LMT Data Configuration Overview Preparation Global Data Configuration Equipment Data Configuration Configuring the System Information Configuring a Cabinet Configuring a Subrack Configuring a Board Configuring the Clocks Configuring the Time Configuring the IP Address of the EMS Server Interface Data Configuration Iub Interface Data Configuration (ATM/IP) Iu-CS Interface Data Configuration (ATM) Iu-PS Interface Data Configuration (IP) Iu-CS Interface Data Configuration (IP) Iur Interface Data Configuration (ATM) Iur Interface Data Configuration (IP) Cell Data Configuration BSC6900 WCDMA V900R011 Data Configuration Based on MML Pratice Guide Duration 7 working days Class Size Min 6, Max 12
- 88. COMMERCIAL IN CONFIDENCE 88 1.7.8 WCDMA RAN11.1 RAN Troubleshooting Training Training Path Target Audience Field engineer System engineer Site maintainer Prerequisites Successful completion of the following courses: WCDMA RAN11.1 RNC Configuration Training WCDMA RAN11.1 NodeB Training Objectives On completion of this program, the participants will be able to: Describe RAN troubleshooting process Handling Transmission Faults Handling Equipments Faults Handling O/M Faults Handling Basic Service Faults Handling NodeB Abnormal RTWP Handling Abnormal Downlink Power Handling Failure to Deliver the License of the NodeB Through M2000 Handling Failure to Establish Cells Handling Intermittent Interruption of CPRI Link Handling Sleeping Cell Training Content OWC12 BSC6900 WCDMA V900R011 Troubleshooting WCDMA RAN Signaling Flow UTRAN Network Overview Basic Concepts about UTRAN UTRAN Signaling Procedure System Information Broadcast MBTS WCDMA V100R002 Troubleshooting OWB10 1dLecture, Lab BSC6900 WCDMA V900R011 Troubleshooting OWC12 4dLecture, Lab
- 89. COMMERCIAL IN CONFIDENCE 89 Paging Call Process Handover BSC6900 WCDMA V900R011 Troubleshooting Requirements for Maintenance Personnel General Procedures of Troubleshooting Basic Methods of Fault Judgment and Location Approach to prevent BSC6900 fault BSC6900 WCDMA V900R011 Troubleshooting Practice Guide N/A OWB10 MBTS WCDMA V100R002 Troubleshooting BTS3900 WCDMA V200R011 Troubleshooting Troubleshooting Overview Abnormal RTWP Abnormal Downlink Power Congestion of License CE Failure to Deliver the NodeB License through M2000 Failure to Establish Cells Intermittent Interruption of CPRI Link Sleeping Cell BTS3900 WCDMA V200R011 Troubleshooting Practice Guide Duration 5 working days Class Size Min 6, Max 12
- 90. COMMERCIAL IN CONFIDENCE 90 1.7.9 WCDMA RAN11.1 RAN Reconfiguration Training Training Path Target Audience Field engineer System engineer Site maintainer Prerequisites Successful completion of the following courses: WCDMA RAN11.1 RNC Configuration Training WCDMA RAN11.1 NodeB Training Objectives On completion of this program, the participants will be able to: Describe the procedure of expanding the RNC capacity Perform how to add an RNC board Perform how to add an EPS Upon completion of this course, you will be able to: Perform how to Increase Frequencies on the UMTS Network Perform how to Reconfigure the Parameters of Physical NodeBs Perform how to Reconfigure the Data of Cells and Neighboring Cells in Batches Perform how to Reconfigure Cell Algorithm Parameters Describe the procedure of the RNC migration data reconfiguration Perform the RNC migration data reconfiguration BTS3900 WCDMA V100R002 NodeB Migration Data Reconfiguration OWB09 1.5dLecture, Lab BSC6900 WCDMA V900R011 RNC Migration Data Reconfiguration OWC11 1.5dLecture, Lab WCDMA RAN11.1 Dynamic Data Reconfiguration OWC10 1dLecture, Lab BSC6900 WCDMA V900R11 Expanding OWC09 1dLecture, Lab
- 91. COMMERCIAL IN CONFIDENCE 91 Upon completion of this course, you will be able to: Detail the scenarios of NodeB migration data reconfiguration Detail the procedure of NodeB migration data reconfiguration Perform the NodeB migration data reconfiguration Training Content OWC09 BSC6900 WCDMA V900R11 Expanding BSC6900 WCDMA V900R11 Expansion Overview of Expanding the RNC Capacity Adding an RNC Board Adding an EPS Subrack BSC6900 WCDMA V900R11 Expansion Practice Guide OWC10 WCDMA RAN11.1 Dynamic Data Reconfiguration WCDMA RAN11.1 Dynamic Data Reconfiguration Increasing Frequencies on the UMTS Network Reconfiguring the Parameters of Physical NodeBs Reconfiguring the Data of Cells and Neighboring Cells in Batches Reconfiguring Cell Algorithm Parameters WCDMA RAN11.1 Dynamic Data Reconfiguration Practice Guide OWC11 BSC6900 WCDMA V900R011 RNC Migration Data Reconfiguration BSC6900 WCDMA V900R011 Migration Data Reconfiguration RNC Migration Scenarios Reparenting RNC Between MGWs Reparenting RNC Between MSC Servers Reparenting RNC Between SGSN BSC6900 WCDMA V900R011 Migration Data Reconfiguration Practice Guide OWB09 BTS3900 WCDMA V100R002 NodeB Migration Data Reconfiguration BTS3900 WCDMA V200R011 NodeB Migration Data Reconfiguration NodeB Reparenting Scenarios Reparenting NodeBs Under an RNC Reparenting NodeBs Between RNCs of the Same Version BTS3900 WCDMA V200R011 NodeB Migration Data Reconfiguration Practice Guide Duration 5 working days Class Size Min 6, Max 12
- 92. COMMERCIAL IN CONFIDENCE 92 1.7.10 WCDMA RAN12.0 NodeB Training Training Path Target Audience Field engineer System engineer Site maintainer Prerequisites Basic knowledge of mobile communications At least 1 year working experience in WCDMA wireless network operation and maintenance Objectives On completion of this program, the participants will be able to: Describe the hardware structure and application scenario of NodeB Detail the functions of different subsystems and boards of NodeB Describe the cables connection of NodeB Describe the expansion and networking of NodeB Describe the structure of operation and maintenance system Detail routine operation of NodeB Detail routine maintenance of NodeB Detail the scenarios of NodeB commissioning Perform NodeB Remote commissioning Perform NodeB Local commissioning Outline NodeB data configuration procedure based on CME BTS3900 WCDMA V200R012 Data Configuration OWB14 1dLecture, Lab BTS3900 WCDMA V200R012 Installation and Commissioning OWB13 1dLecture, Lab BTS3900 WCDMA V200R012 Operation and Maintenance OWB12 2dLecture, Lab 3900 NodeB WCDMA V200R012 Product Description OWB11 1dLecture
- 93. COMMERCIAL IN CONFIDENCE 93 Complete NodeB data configuration Training Content OWB11 3900 NodeB WCDMA V200R012 Product Description BTS3900 WCDMA V200R012 Product Description 3900 Series WCDMA NodeB Overview NodeB Hardware Board and Module of the BBU3900 RF Module Power Module FAN and SLPU NodeB Expansion and Networking OWB12 BTS3900 WCDMA V200R012 Operation and Maintenance BTS3900 WCDMA V200R012 Operation and Maintenance Operation and Maintenance System Overview NodeB Routine Operation System Management Alarm Management Equipment Management Cell Management Real-time Monitoring Software Management File Management Tracing Management NodeB Routine Maintenance BTS3900 WCDMA V200R012 Operation and Maintenance Practice Guide OWB13 BTS3900 WCDMA V200R012 Installation and Commissioning BTS3900 WCDMA V200R012 installation and commissioning Introduction to NodeB Commissioning Commissioning Scenarios Commissioning Modes Remote Commissioning NodeB Local Commissioning NodeB BTS3900 WCDMA V200R012 installation and commissioning Practice Guide OWB14 BTS3900 WCDMA V200R012 Data Configuration BTS3900 WCDMA V200R012 Data Configuration Overview of Configuring Multi-Mode Base Stations NodeB Data Configuration Preparation NodeB Data Configuring (GUI mode) NodeB Data Configuring (Template file mode) NodeB Data Exporting and Activating BTS3900 WCDMA V200R012 Data Configuration Practice Guide
- 94. COMMERCIAL IN CONFIDENCE 94 Duration 5 working days Class Size Min 6, Max 12
- 95. COMMERCIAL IN CONFIDENCE 95 1.7.11 WCDMA RAN12.0 RNC Operation Training Training Path Target Audience Field engineer System engineer Site maintainer Prerequisites Basic knowledge of mobile communications At least 1 year working experience in WCDMA wireless network operation and maintenance Objectives On completion of this program, the participants will be able to: Detail the system structure of BSC6900 Detail the functions of the components of BSC6900 Detail the signal flows in BSC6900 List the typical hardware configuration of BSC6900 Detail the structure of operation and maintenance subsystem Perform the RNC routine operation Perform the RNC routine maintenance Training Content OWC13 BSC6900 WCDMA V900R012 Product Description BSC6900 WCDMA V900R012 Product Description BSC6900 System Overview BSC6900 Hardware Structure BSC6900 Cabinets and Subracks BSC6900 subsystems and Boards BSC6900 Cables BSC6900 Signal Flows OWC14 BSC6900 WCDMA V900R012 Operation and Maintenance BSC6900 WCDMA V900R012 Operation and Maintenance Operation and Maintenance Subsystem Overview BSC6900 WCDMA V900R012 Operation and Maintenance OWC14 2dLecture, Lab BSC6900 WCDMA V900R012 Product Description OWC13 1dLecture
- 96. COMMERCIAL IN CONFIDENCE 96 Running MML Command Alarm Management Device Panel Routine Maintenance MML Management of Operation Rights Log Management Performance Monitoring Tracing Management BSC6900 WCDMA V900R012 Operation and Maintenance Practice Guide Duration 3 working days Class Size Min 6, Max 12
- 97. COMMERCIAL IN CONFIDENCE 97 1.7.12 WCDMA RAN12.0 RNC Configuration Training Training Path Target Audience Field engineer System engineer Site maintainer Prerequisites Successful completion of the following program(s): BSC6900 WCDMA RAN12 RNC Operation Training Objectives On completion of this program, the participants will be able to: Describe BSC6900 commissioning procedure Outline OMU software functions Complete BSC6900 commissioning Complete BSC6900 application software installation Detail the Procedure of BSC6900 Data Configuration Perform Global Data Configuration Perform Equipment Data Configuration Perform Interface Configuration Perform Cell Configuration Outline RNC data configuration procedure based on CME and LMT Complete RNC data configuration based on CME and LMT Training Content OWC15 BSC6900 WCDMA V900R012 Installation and Commissioning BSC6900 WCDMA V900R012 Commissioning BSC6900 O/M System Introduction BSC6900 Software Installation BSC6900 Commissioning BSC6900 Commissioning Introduction BSC6900 Commissioning Procedure BSC6900 WCDMA V900R012 Data Configuration OWC16 6dLecture, Lab BSC6900 WCDMA V900R012 Installation and Commissioning OWC15 1dLecture, Lab
- 98. COMMERCIAL IN CONFIDENCE 98 BSC6900 WCDMA V900R012 Installation / Commissioning Practice Guide N/A OWC16 BSC6900 WCDMA V900R012 Data Configuration BSC6900 WCDMA V900R012 Data Configuration Based on CME Overview of BSC6900 Data Configuration BSC6900 Data Configuration Preparation BSC6900 Configuring Based on CME BSC6900 Data Exporting BSC6900 WCDMA V900R012 Data Configuration Based on CME Practice Guide BSC6900 WCDMA V900R012 Data Configuration Based on LMT Data Configuration Overview Preparation Global Data Configuration Equipment Data Configuration Configuring the System Information Configuring a Cabinet Configuring a Subrack Configuring a Board Configuring the Clocks Configuring the Time Configuring the IP Address of the EMS Server Interface Data Configuration Iub Interface Data Configuration (ATM/IP) Iu-CS Interface Data Configuration (ATM) Iu-PS Interface Data Configuration (IP) Iu-CS Interface Data Configuration (IP) Iur Interface Data Configuration (ATM) Iur Interface Data Configuration (IP) Cell Data Configuration BSC6900 WCDMA V900R012 Data Configuration Based on LMT Practice Guide Duration 7 working days Class Size Min 6, Max 12
- 99. COMMERCIAL IN CONFIDENCE 99 1.7.13 WCDMA RAN12.0 RAN Troubleshooting Training Training Path Target Audience Field engineer System engineer Site maintainer Prerequisites Successful completion of the following courses: WCDMA RAN12 RNC Configuration Training WCDMA RAN12 NodeB Training Objectives On completion of this program, the participants will be able to: Describe RAN troubleshooting process Handling Transmission Faults Handling Equipments Faults Handling O/M Faults Handling Basic Service Faults Handling NodeB Abnormal RTWP Handling Abnormal Downlink Power Handling Hardware Faults Handling Failure to Deliver the License of the NodeB Through M2000 Handling Failure to Establish Cells Handling Sleeping Cell Handling OMCH Fault Training Content OWC20 BSC6900 WCDMA V900R012 Troubleshooting WCDMA RAN Signaling Flow UTRAN Network Overview Basic Concepts about UTRAN UTRAN Signaling Procedure BTS3900 WCDMA V200R012 Troubleshooting OWB15 1dLecture, Lab BSC6900 WCDMA V900R012 Troubleshooting OWC20 4dLecture, Lab
- 100. COMMERCIAL IN CONFIDENCE 100 System Information Broadcast Paging Call Process Handover BSC6900 WCDMA V900R012 Troubleshooting ATM Transmission Test Methodes IP Transmission Test Methodes Transmission Faults Troubleshooting E1/T1 Fault Troubleshooting IMA Fault Troubleshooting SAALNK Fault Troubleshooting AAL2PATH Fault Troubleshooting FE Fault Troubleshooting SCTP Fault Troubleshooting IPPATH Fault Troubleshooting Equipments Faults Troubleshooting MSP Switch Fault Reset Fault of Interface Boards O/M Faults Troubleshooting OMU Service Abnormality RNC Active and Standby OMUs Synchronization Failure RNC OMU Command Execution Timeout Basic Service Faults Troubleshooting BSC6900 WCDMA V900R012 Troubleshooting Practice Guide OWB15 BTS3900 WCDMA V200R012 Troubleshooting NodeB WCDMA V200R012 Troubleshooting Troubleshooting Overview Abnormal RTWP CE Faults Hardware Faults License Delivery Failure Clock Faults Cell Setup Failure at NodeB side Sleeping Cell OMCH Faults NodeB WCDMA V200R012 Troubleshooting Practice Guide Duration 5 working days Class Size Min 6, Max 12
- 101. COMMERCIAL IN CONFIDENCE 101 1.7.14 WCDMA RAN12.0 RAN Reconfiguration Training Training Path Target Audience Field engineer System engineer Site maintainer Prerequisites Successful completion of the following courses: WCDMA RAN12 RNC Configuration Training WCDMA RAN12 NodeB Training Objectives On completion of this program, the participants will be able to: Describe the procedure of expanding the RNC capacity Perform how to add an RNC board Perform how to add an EPS Upon completion of this course, you will be able to: Perform how to Increase Frequencies on the UMTS Network Perform how to Reconfigure the Parameters of Physical NodeBs Perform how to Reconfigure the Data of Cells and Neighboring Cells in Batches Perform how to Reconfigure Cell Algorithm Parameters Describe the procedure of the RNC migration data reconfiguration Perform the RNC migration data reconfiguration BTS3900 WCDMA V200R012 NodeB Migration Data Reconfiguration OWB16 1.5dLecture, Lab BSC6900 WCDMA V900R012 RNC Migration Data Reconfiguration OWC19 1.5dLecture, Lab WCDMA RAN12 Dynamic Data Reconfiguration OWC18 1dLecture, Lab WCDMA RAN12 RNC Expanding OWC17 1dLecture, Lab
- 102. COMMERCIAL IN CONFIDENCE 102 Upon completion of this course, you will be able to: Detail the scenarios of NodeB migration data reconfiguration Detail the procedure of NodeB migration data reconfiguration Perform the NodeB migration data reconfiguration Training Content OWC17 WCDMA RAN12 RNC Expanding BSC6900 WCDMA V900R012 Expansion Overview of Expanding the RNC Capacity Adding an RNC Board Adding an RBS Subrack BSC6900 WCDMA V900R012 Expansion Practice Guide OWC18 WCDMA RAN12 Dynamic Data Reconfiguration WCDMA RAN12 Dynamic Data Reconfiguration Reconfiguring Global Algorithm Parameters of the Radio Layer Reconfiguring the Parameters of Physical NodeBs Increasing Frequencies on the UMTS Network Deleting Physical NodeBs in Batches Reconfiguring the Data of Cells and Neighboring Cells in Batches Reconfiguring Cell Algorithm Parameters Modifying UMTS Cell Frequencies WCDMA RAN12 Dynamic Data Reconfiguration Practice Guide OWC19 BSC6900 WCDMA V900R012 RNC Migration Data Reconfiguration BSC6900 WCDMA V900R012 Migration Data Rconfiguration RNC Migration Scenarios Reparenting RNC Between MGWs Reparenting RNC Between MSC Servers Reparenting RNC Between SGSN BSC6900 WCDMA V900R012 Migration Data Reconfiguration Practice Guide OWB16 BTS3900 WCDMA V200R012 NodeB Migration Data Reconfiguration BTS3900 WCDMA V200R012 Migration Data Configuration NodeB Reparenting Scenarios Reparenting NodeBs Under an RNC Reparenting NodeBs Between RNCs of the Same Version BTS3900 WCDMA V200R012 NodeB Migration Data Reconfiguration Practice Guide Duration 5 working days Class Size Min 6, Max 12
- 103. COMMERCIAL IN CONFIDENCE 103 1.7.15 WCDMA RAN11.0-RAN12.0 Product Delta Training Training Path Target Audience Field engineer System engineer Site maintainer Prerequisites Successful completion of the following courses: WCDMA RAN11 RNC Configuration Training WCDMA RAN11 NodeB Training Objectives On completion of this program, the participants will be able to: Describe New hardware Describe some important new features Describe some new O/M functions Understand the values and benefit of the features Training Content OWC21 WCDMA RAN11 - RAN12 Delta Training RAN11 - RAN12 Hardware Delta Capacity and Performance Hardware Implementation Interfaces BSC6900 WCDMA V2R10(V2R11) - V9R12 Delta for Web LMT GUI Difference between Java LMT and Web LMT BTS3900 WCDMA V200R012 Product New Features NodeB Alarm and Configuration Optimization NodeB Self-discovery New Transmission Features NodeB License Management Optimization Green BTS Parameter Description Upgrade Optimization of the WCDMA RAN12 NodeB WRAN CME V1R8 to SRAN CME V2R10 Delta CME V2R10 Introduction WCDMA RAN11 - RAN12 Delta Training OWC21 1dLecture
- 104. COMMERCIAL IN CONFIDENCE 104 Management of Three Types of Areas Configuration Navigation Enhancement Configuration Template Enhancement Import and Export Enhancement NodeB Reparenting Enhancement RAN12 RNC New Feature Resource Pool Board Replacement Warning of Disaster New Features of OMU Duration 1 working day Class Size Min 6, Max 12
- 105. COMMERCIAL IN CONFIDENCE 105 1.7.16 WCDMA uBro2.0 Network Operation Training Training Path Target Audience Field engineer System engineer Site maintainer Prerequisites Basic knowledge of UMTS network principle Objectives On completion of this program, the participants will be able to: Describe interface and network architecture for WCDMA system uBro solution. Describe the basic principles for WCDMA system. Introduce the network architecture and structure of uBro solution. Describe the AP basic functions and interfaces. Describe the types of AP and hardware structure. Describe the accessing way and procedure of AP. Perform the AP commissioning and data configuration. Introduce the IPCLK1000 working principle and features. Describe the IPCLK1000 network structure. Describe the IPCLK1000 hardware structure. Perform the IPCLK1000 routine operation and maintenance, commissioning and data configuration. Introduce the AHR basic functions and interfaces. Describe the AHR network architecture. Describe the AHR hardware structure and typical configuration. Describe the AHR software structure and functions. Describe the AHR client routine operation and maintenance functions. Introduce the APM basic functions and interfaces. Describe the APM network architecture. Describe the APM hardware structure and typical configuration. Describe the APM software structure and functions. Perform the APM routine operation and maintenance on AP with client. Introduce M2000 basic functions. Describe the M2000 system architecture and functions. WCDMA uBro2.0 RAN Operation Maintenance OWF00 5dLecture, Lab
- 106. COMMERCIAL IN CONFIDENCE 106 Introduce the M2000 network for uBro solution. Perform M2000 routine operation and maintenance on AP with client. Training Content OWF00 WCDMA uBro2.0 RAN Operation Maintenance Huawei uBro2.0 Solution Description of the uBro Solution Solution Architecture Network Solution Security Solution Operation and Maintenance Service Provisioning M2000 System Introduction (ATAE) Introduction to M2000 M2000 system architecture M2000 typical system configuration AP V200R010 Introduction AP System Overview AP Hardware Introduction AP Typical Access Networking AP Operation and Maintenance IPCLK1000 V200R002 Introduction IPCLK System Overview IPCLK Typical Network Mode IPCLK Hardware Instruction IPCLK Software Instruction IPCLK Operation and Maintenance AHR V100R002 Introduction AHR System Overview AHR Hardware Introduction AHR Software Introduction AHR Operation and Maintenance AP Manager V100R002 Introduction AP Manager System Overview AP Manager Hardware Introduction AP Manager Software Introduction AP Manager Operation and Maintenance uBro2.0 O/M Practice Guide N/A Duration 5 working days
- 107. COMMERCIAL IN CONFIDENCE 107 Class Size Min 6, Max 12
- 108. COMMERCIAL IN CONFIDENCE 108 1.7.17 WCDMA RAN13.0 NodeB Training Training Path Target Audience Field engineer System engineer Site maintainer Prerequisites Basic knowledge of mobile communications At least 1 year working experience in WCDMA wireless network operation and maintenance Objectives On completion of this program, the participants will be able to: Describe the hardware structure of 3900 series NodeB Detail the functions of different subsystems and boards of NodeB Describe the cables connection of NodeB Describe the expansion and networking of NodeB Describe the structure of operation and maintenance system Detail routine operation of NodeB Detail routine maintenance of NodeB Detail the scenarios of NodeB commissioning Perform NodeB Remote commissioning Perform NodeB Local commissioning Outline MBTS data configuration procedure based on CME BTS3900 WCDMA V200R013 Data Configuration OWB20 1dLecture, Lab BTS3900 WCDMA V200R013 Installation and Commissioning OWB19 1dLecture, Lab BTS3900 WCDMA V200R013 Operation and Maintenance OWB18 2dLecture, Lab 3900 Series WCDMA NodeB V100R004 Product Description OWB17 1dLecture
- 109. COMMERCIAL IN CONFIDENCE 109 Complete MBTS data configuration Training Content OWB17 3900 Series WCDMA NodeB V100R004 Product Description 3900 Series WCDMA NodeB V100R004 Product Description 3900 Series NodeB Overview 3900 Series NodeB Hardware Board and Module of the BBU3900 RF Module Power Module FAN and SLPU BTS3900 Expansion and Networking OWB18 BTS3900 WCDMA V200R013 Operation and Maintenance BTS3900 WCDMA V200R013 Operation and Maintenance Operation and Maintenance System Overview NodeB Routine Operation System Management Alarm Management Equipment Management Cell Management Real-time Monitoring Software Management File Management Tracing Management NodeB Routine Maintenance BTS3900 WCDMA V200R013 Operation and Maintenance Practice Guide N/A OWB19 BTS3900 WCDMA V200R013 Installation and Commissioning BTS3900 WCDMA V200R013 Local Commissioning NodeB System Overview NodeB Installation Procedures Local LMT Commissioning Local USB Disk + M2000 Commissioning BTS3900 WCDMA V200R013 Local Commissioning Practice Guide BTS3900 WCDMA V200R013 Remote Commissioning NodeB System Overview NodeB Installation Procedures Remote Commissioning Scenarios Remote Commissioning on M2000 BTS3900 WCDMA V200R013 Remote Commissioning Practice Guide OWB20 BTS3900 WCDMA V200R013 Data Configuration BTS3900 WCDMA V200R013 Initial Data Configuration based on CME
- 110. COMMERCIAL IN CONFIDENCE 110 Introduction to the CME NodeB Data Configuring by GUI mode NodeB Data Configuring by Iub Collaboration Mode NodeB Data Consistency Check and Exporting BTS3900 WCDMA V200R013 Initial Data Configuration based on CME Practice Guide Duration 5 working days Class Size Min 6, Max 12
- 111. COMMERCIAL IN CONFIDENCE 111 1.7.18 WCDMA RAN13.0 RNC Operation Training Training Path Target Audience Field engineer System engineer Site maintainer Prerequisites Basic knowledge of mobile communications At least 1 year working experience in WCDMA wireless network operation and maintenance Objectives On completion of this program, the participants will be able to: Detail the system structure of BSC6900 Detail the functions of the components of BSC6900 Detail the signal flows in BSC6900 List the typical hardware configuration of BSC6900 master board replacement procedure replace the faulty board correctly and ensure RNC work normally. Set the alarm collection template,and collect the alarm by the template. Set the KPI collection template,and collect the KPI by the template. Collect the counters of board and link load by m2000, check the RNC load according to the specific threshold. Collect the counters of SPU subsystem by m2000 Check the SPU subsystem performance. master the transmission detection methods and their operation Detect the transmission performance and connectivity by the transimission methods. Master the signaling tracing operation, collect the interface and link signaling message. master the procedure of handling the TOPN alarms Handle the common alarms according to the procedures. master the procedure of Backing Up and Restoring Data Perform the restoration of data correctly when OMU board is damaged, OMU database BSC6900 WCDMA V900R013 Operation and Maintenance OWC23 3dLecture, Lab BSC6900 WCDMA V900R013 Product Description OWC22 1dLecture
- 112. COMMERCIAL IN CONFIDENCE 112 collapses, or the OMU upgrade fails. Training Content OWC22 BSC6900 WCDMA V900R013 Product Description BSC6900 WCDMA V900R013 Product Description BSC6900 System Overview BSC6900 Hardware Structure Cabinets Subracks Subsystems and Boards Cables BSC6900 Signal Flows BSC6900 Typical Configuration OWC23 BSC6900 WCDMA V900R013 Operation and Maintenance BSC6900 WCDMA V900R013 Operation and Maintenance Student Book Alarms collection procedure and operation By M2000 Daily KPI collection procedure and operation SPU subsystem performance counters SPU perfermance check procedure and operation RNC link and board load counter collection procedure and operation of RNC link and board load counter RNC board replacement procedure and operation ATM/IP transmission detection method and operation interface and link signaling tracing TOPN alarms Handling Procedure system data backup procedure and operation Duration 4 working days Class Size Min 6, Max 12
- 113. COMMERCIAL IN CONFIDENCE 113 1.7.19 WCDMA RAN13.0 RNC Configuration Training Training Path Target Audience Field engineer System engineer Site maintainer Prerequisites Successful completion of the following program(s): BSC6900 WCDMA RAN13 RNC Operation Training Objectives On completion of this program, the participants will be able to: Describe BSC6900 commissioning procedure Outline OMU software functions Complete BSC6900 commissioning Complete BSC6900 application software installation Detail the Procedure of BSC6900 Data Configuration Perform Global Data Configuration Perform Equipment Data Configuration Perform Interface Configuration Perform Cell Configuration Outline RNC data configuration procedure based on CME and LMT Complete RNC data configuration based on CME and LMT Training Content OWC24 BSC6900 WCDMA V900R013 Installation and Commissioning BSC6900 WCDMA V900R013 Installation / Commissioning BSC6900 O/M System Introduction BSC6900 Software Installation BSC6900 Commissioning BSC6900 Commissioning Introduction BSC6900 Commissioning Procedure BSC6900 WCDMA V900R013 Data Configuration OWC25 6dLecture, Lab BSC6900 WCDMA V900R013 Installation and Commissioning OWC24 1dLecture, Lab
- 114. COMMERCIAL IN CONFIDENCE 114 BSC6900 WCDMA V900R013 Installation / Commissioning Practice Guide OWC25 BSC6900 WCDMA V900R013 Data Configuration BSC6900 WCDMA V900R013 Initial Data Configuration Based on CME Introduction of CME BSC6900 Data Configuring Configuration Procedure Based on CME Configuring Global Data Based on CME Configuring Device Data Based on CME Configuring Interface Data Based on CME Configuring Cell Data Based on CME BSC6900 Data Exporting BSC6900 WCDMA V900R013 Initial Data Configuration Based on CME Practice Guide BSC6900 WCDMA V900R013 Initial Data Configuration Based on LMT Data Configuration Overview Preparation Global Data Configuration Equipment Data Configuration Configuring the System Information Configuring a Cabinet Configuring a Subrack Configuring a Board Configuring the Clocks Configuring the Time Configuring the IP Address of the EMS Server Interface Data Configuration Iub Interface Data Configuration (ATM/IP) Iu-CS Interface Data Configuration (ATM) Iu-PS Interface Data Configuration (IP) Iu-CS Interface Data Configuration (IP) Iur Interface Data Configuration (ATM) Iur Interface Data Configuration (IP) Cell Data Configuration BSC6900 WCDMA V900R013 Initial Data Configuration Based on LMT Practice Guide Duration 7 working days Class Size Min 6, Max 12
- 115. COMMERCIAL IN CONFIDENCE 115 1.7.20 WCDMA RAN13.0 RAN Reconfiguration Training Training Path Target Audience Field engineer System engineer Site maintainer Prerequisites Successful completion of the following courses: WCDMA RAN13 RNC Configuration Training WCDMA RAN13 NodeB Training Objectives On completion of this program, the participants will be able to: Describe the procedure of expanding the RNC capacity Perform how to add an RNC board Perform how to add an EPS Upon completion of this course, you will be able to: Perform how to Increase Frequencies on the UMTS Network Perform how to Reconfigure the Parameters of Physical NodeBs Perform how to Reconfigure the Data of Cells and Neighboring Cells in Batches Perform how to Reconfigure Cell Algorithm Parameters Describe the procedure of the RNC migration data reconfiguration Perform the RNC migration data reconfiguration BTS3900 WCDMA V200R013 NodeB Migration Data Reconfiguration OWB22 1.5dLecture, Lab BSC6900 WCDMA V900R013 RNC Migration Data Reconfiguration OWC29 1.5dLecture, Lab WCDMA RAN13 Dynamic Data Reconfiguration OWC28 1dLecture, Lab BSC6900 WCDMA V900R13 RNC Expanding OWC27 1dLecture, Lab
- 116. COMMERCIAL IN CONFIDENCE 116 Upon completion of this course, you will be able to: Detail the scenarios of NodeB migration data reconfiguration Detail the procedure of NodeB migration data reconfiguration Perform the NodeB migration data reconfiguration Training Content OWC27 BSC6900 WCDMA V900R13 RNC Expanding BSC6900 WCDMA V900R13 Expansion Overview of Expanding the RNC Capacity Adding an RNC Board Adding an EPS Subrack BSC6900 WCDMA V900R13 Expansion Practice Guide OWC28 WCDMA RAN13 Dynamic Data Reconfiguration WCDMA RAN13 Dynamic Data Reconfiguration Introduction of CME Reconfiguring Global Algorithm Parameters of the Radio Layer Reconfiguring the Parameters of Physical NodeBs Increasing Frequencies on the UMTS Network Deleting Physical NodeBs in Batches Reconfiguring the Data of Cells and Neighboring Cells in Batches Reconfiguring Cell Algorithm Parameters Modifying UMTS Cell Frequencies WCDMA RAN13 Dynamic Data Reconfiguration Practice Guide OWC29 BSC6900 WCDMA V900R013 RNC Migration Data Reconfiguration BSC6900 WCDMA V900R013 RNC Migration Data Reconfiguration RNC Migration Scenarios Reparenting RNC Between MGWs Reparenting RNC Between MSC Servers Reparenting RNC Between SGSN BSC6900 WCDMA V900R013 RNC Migration Data Reconfiguration Practice Guide OWB22 BTS3900 WCDMA V200R013 NodeB Migration Data Reconfiguration BTS3900 WCDMA V200R013 NodeB Migration Data Reconfiguration NodeB Reparenting Scenarios Reparenting NodeBs Under an RNC Reparenting NodeBs Between RNCs of the Same Version BTS3900 WCDMA V200R013 NodeB Migration Data Reconfiguration Practice Guide Duration 5 working days Class Size Min 6, Max 12
- 117. COMMERCIAL IN CONFIDENCE 117 1.7.21 WCDMA RAN13.0 RAN Troubleshooting Training Training Path Target Audience Field engineer System engineer Site maintainer Prerequisites Successful completion of the following courses: WCDMA RAN13 RNC Configuration Training WCDMA RAN13 NodeB Training Objectives On completion of this program, the participants will be able to: Describe RAN troubleshooting process Handling Transmission Faults Handling Equipments Faults Handling O&M Faults Handling Basic Service Faults Handling NodeB Abnormal RTWP Handling Abnormal Downlink Power Handling Hardware Faults Handling Failure to Deliver the License of the NodeB Through M2000 Handling Failure to Establish Cells Handling Sleeping Cell Handling OMCH Fault Training Content OWC26 BSC6900 WCDMA V900R013 Troubleshooting WCDMA RAN Signaling Flow UTRAN Network Overview Basic Concepts about UTRAN UTRAN Signaling Procedure BTS3900 WCDMA V200R013 Troubleshooting OWB21 1dLecture, Lab BSC6900 WCDMA V900R013 Troubleshooting OWC26 4dLecture, Lab
- 118. COMMERCIAL IN CONFIDENCE 118 System Information Broadcast Paging Call Process Handover BSC6900 WCDMA V900R013 Troubleshooting ATM Transmission Test Methods IP Transmission Test Methods Transmission Faults Troubleshooting E1/T1 Fault Troubleshooting IMA Fault Troubleshooting SAALNK Fault Troubleshooting AAL2PATH Fault Troubleshooting FE Fault Troubleshooting SCTP Fault Troubleshooting IPPATH Fault Troubleshooting Equipments Faults Troubleshooting MSP Switch Fault Reset Fault of Interface Boards O/M Faults Troubleshooting OMU Service Abnormality RNC Active and Standby OMUs Synchronization Failure RNC OMU Command Execution Timeout Basic Service Faults Troubleshooting BSC6900 WCDMA V900R013 Troubleshooting Practice Guide OWB21 BTS3900 WCDMA V200R013 Troubleshooting BTS3900 WCDMA V200R013 Troubleshooting Troubleshooting Overview Abnormal RTWP CE Faults Hardware Faults License Delivery Failure Clock Faults Cell Setup Failure at NodeB side Sleeping Cell OMCH Faults BTS3900 WCDMA V200R013 Troubleshooting Practice Guide Duration 5 working days Class Size Min 6, Max 12
- 119. COMMERCIAL IN CONFIDENCE 119 1.7.22 WCDMA RAN12.0-RAN13.0 Product Delta Training Training Path Target Audience Field engineer System engineer Site maintainer Prerequisites Successful completion of the following courses: WCDMA RAN12 RNC Configuration Training WCDMA RAN12 NodeB Training Objectives On completion of this program, the participants will be able to: Describe New hardware Describe some important new features Describe some new O/M functions Understand the values and benefit of the features Training Content OWC30 WCDMA RAN12 - RAN13 Delta Training WCDMA RAN13 New Features for Hardware and O/M iManager M2000-CME WCDMA V200R011 New Features RAN13.0 WCDMA Green NodeB Feature DescriptionRAN13.0 WCDMA NodeB Maintenance Mode RAN13.0 WCDMA NodeB MML Command ChangeThe Feature of Software Management Expert WRAN13.0 BSC6900 V900R013C00 DPUe Control Plane and User Plane Integration Feature Description WRAN13.0 BSC6900 V900R013C00 Hardware Evolution and Capacity Expansion WRAN13.0 NodeB Alarms and Inventory Management Enhancement Node B Remote Self – configuration Independent Demodulation of Multiple RRUs in One Cell in RAN13 version Duration 1 working day WCDMA RAN12 - RAN13 Delta Training OWC30 1dLecture
- 120. COMMERCIAL IN CONFIDENCE 120 Class Size Min 6, Max 12
- 121. COMMERCIAL IN CONFIDENCE 121 1.7.23 WCDMA uBro3.0 Network Operation Training Training Path Target Audience Field engineer System engineer Site maintainer Prerequisites Basic knowledge of UMTS network principle Objectives On completion of this program, the participants will be able to: Describe interface and network architecture for WCDMA system uBro solution. Describe the basic principles for WCDMA system. Introduce the network architecture and structure of uBro solution. Describe the AP basic functions and interfaces. Describe the types of AP and hardware structure. Describe the accessing way and procedure of AP. Perform the AP commissioning and data configuration. Introduce the IPCLK1000 working principle and features. Describe the IPCLK1000 network structure. Describe the IPCLK1000 hardware structure. Perform the IPCLK1000 routine operation and maintenance, commissioning and data configuration. Introduce the AHR basic functions and interfaces. Describe the AHR network architecture. Describe the AHR hardware structure and typical configuration. Describe the AHR software structure and functions. Describe the AHR client routine operation and maintenance functions. Introduce the APM basic functions and interfaces. Describe the APM network architecture. Describe the APM hardware structure and typical configuration. Describe the APM software structure and functions. Perform the APM routine operation and maintenance on AP with client. Introduce M2000 basic functions. Describe the M2000 system architecture and functions. WCDMA uBro3.0 RAN Operation Maintenance OWF01 5dLecture, Lab
- 122. COMMERCIAL IN CONFIDENCE 122 Introduce the M2000 network for uBro solution. Perform M2000 routine operation and maintenance on AP with client. Training Content OWF01 WCDMA uBro3.0 RAN Operation Maintenance Huawei uBro3.0 Solution Description of the uBro Solution Solution Architecture Network Solution Security Solution Operation and Maintenance Service Provisioning AP V300R012 Introduction AP System Overview AP Hardware Introduction AP Typical Access Networking AP Operation and Maintenance AP Manager V100R003 Operation and Maintenance AP System Overview AP Hardware Introduction AP Typical Access Networking AP Operation and Maintenance IPCLK1000 V200R003 Introduction IPCLK System Overview IPCLK Typical Network Mode IPCLK Hardware Instruction IPCLK Software Instruction IPCLK Operation and Maintenance AHR V100R003 Operation and Maintenance AHR System Overview AHR Hardware Introduction AHR Software Introduction AHR Operation and Maintenance Hardware Introduction of uBro3.0 Solution Cabinets and Subracks in uBro Solution Signal Cables Connection in uBro Cabinets VLAN Design in uBro Cabinets OM VLAN Networking Control VLAN Networking luh VLAN Networking CLK VLAN Networking M2000 V200R010 System Introduction (ATAE)
- 123. COMMERCIAL IN CONFIDENCE 123 AP Manager System Overview AP Manager Hardware Introduction AP Manager Software Introduction AP Manager Operation and Maintenance uBro3.0 O/M Practice Guide Duration 5 working days Class Size Min 6, Max 12
- 124. COMMERCIAL IN CONFIDENCE 124 1.7.24 WCDMA RAN14.0 NodeB Training Training Path Target Audience Field engineer System engineer Site maintainer Prerequisites Basic knowledge of mobile communications At least 1 year working experience in WCDMA wireless network operation and maintenance Objectives On completion of this program, the participants will be able to: Describe the hardware structure of 3900 series NodeB Detail the functions of different subsystems and boards of NodeB Describe the cables connection of NodeB Describe the expansion and networking of NodeB Describe the structure of operation and maintenance system Detail routine operation of NodeB Detail routine maintenance of NodeB Detail the scenarios of NodeB commissioning Perform NodeB Remote commissioning Perform NodeB Local commissioning Outline NodeB data configuration procedure based on CME BTS3900 WCDMA V200R014 Data Configuration OWB26 1dLecture, Lab BTS3900 WCDMA V200R014 Installation and Commissioning OWB25 1dLecture, Lab BTS3900 WCDMA V200R014 Operation and Maintenance OWB24 2dLecture, Lab 3900 Series WCDMA NodeB V200R014 Product Description OWB23 1dLecture
- 125. COMMERCIAL IN CONFIDENCE 125 Complete NodeB data configuration Training Content OWB23 3900 Series WCDMA NodeB V200R014 Product Description NodeB WCDMA V200R014 Product Description 3900 Series NodeB Overview 3900 Series NodeB Hardware Board and Module of the BBU3900 RF Module Power Module FAN and SLPU BTS3900 Expansion and Networking OWB24 BTS3900 WCDMA V200R014 Operation and Maintenance NodeB WCDMA V200R014 Operation and Maintenance Operation and Maintenance System Overview NodeB Routine Operation System Management Alarm Management Equipment Management Cell Management Real-time Monitoring Software Management File Management Tracing Management NodeB Routine Maintenance NodeB WCDMA V200R014 Operation and Maintenance Practice Guide OWB25 BTS3900 WCDMA V200R014 Installation and Commissioning NodeB WCDMA V200R014 Local Commissioning NodeB System Overview NodeB Installation Procedures Local LMT Commissioning Local USB Disk + M2000 Commissioning NodeB WCDMA V200R014 Local Commissioning Practice Guide NodeB WCDMA V200R014 Remote Commissioning NodeB System Overview NodeB Installation Procedures Remote Commissioning Scenarios Remote Commissioning on M2000 NodeB WCDMA V200R014 Remote Commissioning Practice Guide OWB26 BTS3900 WCDMA V200R014 Data Configuration NodeB WCDMA V200R014 Initial Data Configuration Introduction to the CME
- 126. COMMERCIAL IN CONFIDENCE 126 NodeB Data Configuring by GUI mode NodeB Data Configuring by Iub Collaboration Mode NodeB Data Consistency Check and Exporting NodeB WCDMA V200R014 Initial Data Configuration Practice Guide Duration 5 working days Class Size Min 6, Max 12
- 127. COMMERCIAL IN CONFIDENCE 127 1.7.25 WCDMA RAN14.0 RNC Operation Training Training Path Target Audience Field engineer System engineer Site maintainer Prerequisites Basic knowledge of mobile communications At least 1 year working experience in WCDMA wireless network operation and maintenance Objectives On completion of this program, the participants will be able to: Detail the system structure of BSC6900 Detail the functions of the components of BSC6900 Detail the signal flows in BSC6900 List the typical hardware configuration of BSC6900 master board replacement procedure replace the faulty board correctly and ensure RNC work normally. Set the alarm collection template,and collect the alarm by the template. Set the KPI collection template,and collect the KPI by the template. Collect the counters of board and link load by m2000, check the RNC load according to the specific threshold. Collect the counters of SPU subsystem by m2000 Check the SPU subsystem performance. master the transmission detection methods and their operation Detect the transmission performance and connectivity by the transimission methods. Master the signaling tracing operation, collect the interface and link signaling message. master the procedure of handling the TOPN alarms Handle the common alarms according to the procedures. master the procedure of Backing Up and Restoring Data Perform the restoration of data correctly when OMU board is damaged, OMU database BSC6900 WCDMA V900R014 Operation and Maintenance OWC32 3dLecture, Lab BSC6900 WCDMA V900R014 Product Description OWC31 1dLecture
- 128. COMMERCIAL IN CONFIDENCE 128 collapses or the OMU upgrade fails. Training Content OWC31 BSC6900 WCDMA V900R014 Product Description BSC6900 WCDMA V900R014 Product Description BSC6900 System Overview BSC6900 Hardware Structure Cabinets Subracks Subsystems and Boards Cables BSC6900 Signal Flows BSC6900 Typical Configuration OWC32 BSC6900 WCDMA V900R014 Operation and Maintenance BSC6900 WCDMA V900R014 Operation and Maintenance Student Book Alarms collection procedure and operation By M2000 Daily KPI collection procedure and operation SPU subsystem performance counters SPU perfermance check procedure and operation RNC link and board load counter collection procedure and operation of RNC link and board load counter RNC board replacement procedure and operation ATM/IP transmission detection method and operation interface and link signaling tracing TOPN alarms Handling Procedure system data backup procedure and operation Duration 4 working days Class Size Min 6, Max 12
- 129. COMMERCIAL IN CONFIDENCE 129 1.7.26 WCDMA RAN14.0 RNC Configuration Training Training Path Target Audience Field engineer System engineer Site maintainer Prerequisites Successful completion of the following program(s): BSC6900 WCDMA RAN13 RNC Operation Training Objectives On completion of this program, the participants will be able to: Describe BSC6900 commissioning procedure Outline OMU software functions Complete BSC6900 commissioning Complete BSC6900 application software installation Detail the Procedure of BSC6900 Data Configuration Perform Global Data Configuration Perform Equipment Data Configuration Perform Interface Configuration Perform Cell Configuration Outline RNC data configuration procedure based on CME and LMT Complete RNC data configuration based on CME and LMT Training Content OWC33 BSC6900 WCDMA V900R014 Installation and Commissioning BSC6900 WCDMA V900R014 Commissioning BSC6900 O/M System Introduction BSC6900 Software Installation BSC6900 Commissioning BSC6900 Commissioning Introduction BSC6900 Commissioning Procedure BSC6900 WCDMA V900R014 Data Configuration OWC34 6dLecture, Lab BSC6900 WCDMA V900R014 Installation and Commissioning OWC33 1dLecture, Lab
- 130. COMMERCIAL IN CONFIDENCE 130 BSC6900 WCDMA V900R014 Commissioning Practice Guide OWC34 BSC6900 WCDMA V900R014 Data Configuration BSC6900 WCDMA V900R014 Initial Data Configuration Based on CME Introduction of CME BSC6900 Data Configuring Configuration Procedure Based on CME Configuring Global Data Based on CME Configuring Device Data Based on CME Configuring Interface Data Based on CME Configuring Cell Data Based on CME BSC6900 Data Exporting BSC6900 WCDMA V900R014 Initial Data Configuration Based on CME Practice Guide BSC6900 WCDMA V900R014 Initial Data Configuration Based on LMT Data Configuration Overview Preparation Global Data Configuration Equipment Data Configuration Configuring the System Information Configuring a Cabinet Configuring a Subrack Configuring a Board Configuring the Clocks Configuring the Time Configuring the IP Address of the EMS Server Interface Data Configuration Iub Interface Data Configuration (ATM/IP) Iu-CS Interface Data Configuration (ATM) Iu-PS Interface Data Configuration (IP) Iu-CS Interface Data Configuration (IP) Iur Interface Data Configuration (ATM) Iur Interface Data Configuration (IP) Cell Data Configuration BSC6900 WCDMA V900R014 Initial Data Configuration Based on LMT Practice Guide Duration 7 working days Class Size Min 6, Max 12
- 131. COMMERCIAL IN CONFIDENCE 131 1.7.27 WCDMA RAN14.0 RAN Reconfiguration Training Training Path Target Audience Field engineer System engineer Site maintainer Prerequisites Successful completion of the following courses: WCDMA RAN13 RNC Configuration Training WCDMA RAN13 NodeB Training Objectives On completion of this program, the participants will be able to: Describe the procedure of expanding the RNC capacity Perform how to add an RNC board Perform how to add an EPS Upon completion of this course, you will be able to: Perform how to Increase Frequencies on the UMTS Network Perform how to Reconfigure the Parameters of Physical NodeBs BTS3900 WCDMA V200R014 NodeB Migration Data Reconfiguration OWB30 1.5dLecture, Lab BTS3900 WCDMA V200R014 Expanding OWB28 0.5dLecture, Lab BSC6900 WCDMA V900R014 RNC Migration Data Reconfiguration OWC38 1.5dLecture, Lab WCDMA RAN14 Dynamic Data Reconfiguration OWC37 1dLecture, Lab BSC6900 WCDMA V900R014 RNC Expanding OWC36 0.5dLecture, Lab
- 132. COMMERCIAL IN CONFIDENCE 132 Perform how to Reconfigure the Data of Cells and Neighboring Cells in Batches Perform how to Reconfigure Cell Algorithm Parameters Describe the procedure of the RNC migration data reconfiguration Perform the RNC migration data reconfiguration Perform how to add WBBP Board Perform how to add RF Unit Upon completion of this course, you will be able to: Detail the scenarios of NodeB migration data reconfiguration Detail the procedure of NodeB migration data reconfiguration Perform the NodeB migration data reconfiguration Training Content OWC36 BSC6900 WCDMA V900R014 RNC Expanding BSC6900 WCDMA V900R014 Expansion Based on LMT Adding RNC Board Adding EPS Subrack BSC6900 WCDMA V900R014 Expansion Based on LMT Practice Guide OWC37 WCDMA RAN14 Dynamic Data Reconfiguration WCDMA RAN14 Dynamic Data Reconfiguration Based on CME Introduction of CME Reconfiguring Global Algorithm Parameters of the Radio Layer Reconfiguring the Parameters of Physical NodeBs Increasing Frequencies on the UMTS Network Deleting Physical NodeBs in Batches Reconfiguring the Data of Cells and Neighboring Cells in Batches Reconfiguring Cell Algorithm Parameters Modifying UMTS Cell Frequencies WCDMA RAN14 Dynamic Data Reconfiguration Based on CME Practice Guide OWC38 BSC6900 WCDMA V900R014 RNC Migration Data Reconfiguration BSC6900 WCDMA V900R014 Migration Data Configuration Based on CME RNC Migration Scenarios Reparenting RNC Between MGWs Reparenting RNC Between MSC Servers Reparenting RNC Between SGSN BSC6900 WCDMA V900R014 Migration Data Configuration Based on CME Practice Guide OWB28 BTS3900 WCDMA V200R014 Expanding NodeB WCDMA V200R014 Expansion Based on LMT Adding a Baseband Board to a 3900 Series Base Station Adding an RF Unit NodeB WCDMA V200R014 Expansion Based on LMT Practice Guide OWB30 BTS3900 WCDMA V200R014 NodeB Migration Data Reconfiguration NodeB WCDMA V200R014 Migration Data Configuration Based on CME
- 133. COMMERCIAL IN CONFIDENCE 133 NodeB Reparenting Scenarios Reparenting NodeBs Under an RNC Reparenting NodeBs Between RNCs of the Same Version NodeB WCDMA V200R014 Migration Data Configuration Based on CME Practice Guide Duration 5 working days Class Size Min 6, Max 12
- 134. COMMERCIAL IN CONFIDENCE 134 1.7.28 WCDMA RAN14.0 RAN Troubleshooting Training Training Path Target Audience Field engineer System engineer Site maintainer Prerequisites Successful completion of the following courses: WCDMA RAN13 RNC Configuration Training WCDMA RAN13 NodeB Training Objectives On completion of this program, the participants will be able to: Describe RAN troubleshooting process Handling Transmission Faults Handling Equipments Faults Handling O/M Faults Handling Basic Service Faults Handling NodeB Abnormal RTWP Handling Abnormal Downlink Power Handling Failure to Deliver the License of the NodeB Through M2000 Handling Failure to Install the NodeB LMT Handling High Frequency Deviation (E1) of Clock Handling Intermittent Interruption of CPRI Link Handling Sleeping Cell Training Content OWC39 BSC6900 WCDMA V900R014 Troubleshooting WCDMA RAN Signaling Flow UTRAN Network Overview Basic Concepts about UTRAN UTRAN Signaling Procedure BTS3900 WCDMA V200R014 Troubleshooting OWB29 1dLecture, Discussion BSC6900 WCDMA V900R014 Troubleshooting OWC39 4dLecture, Lab
- 135. COMMERCIAL IN CONFIDENCE 135 System Information Broadcast Paging Call Process Handover BSC6900 WCDMA V900R014 Troubleshooting ATM Transmission Test Methodes IP Transmission Test Methodes Transmission Faults Troubleshooting E1/T1 Fault Troubleshooting IMA Fault Troubleshooting SAALNK Fault Troubleshooting AAL2PATH Fault Troubleshooting FE Fault Troubleshooting SCTP Fault Troubleshooting IPPATH Fault Troubleshooting Equipments Faults Troubleshooting MSP Switch Fault Reset Fault of Interface Boards O/M Faults Troubleshooting OMU Service Abnormality RNC Active and Standby OMUs Synchronization Failure RNC OMU Command Execution Timeout Basic Service Faults Troubleshooting BSC6900 WCDMA V900R014 Troubleshooting Practice Guide OWB29 BTS3900 WCDMA V200R014 Troubleshooting NodeB WCDMA V200R014 Troubleshooting Troubleshooting Overview Abnormal RTWP CE Faults Hardware Faults License Delivery Failure Clock Faults Cell Setup Failure at NodeB side Sleeping Cell OMCH Faults NodeB WCDMA V200R014 Troubleshooting Practice Guide Duration 5 working days Class Size Min 6, Max 12
- 136. COMMERCIAL IN CONFIDENCE 136 1.7.29 WCDMA RAN13.0-RAN14.0 Product Delta Training Training Path Target Audience Field engineer System engineer Site maintainer Prerequisites Successful completion of the following courses: WCDMA RAN13 RNC Configuration Training WCDMA RAN13 NodeB Training Objectives On completion of this program, the participants will be able to: Describe New hardware and the functions Describe some new O/M functions Describe some important new features Understand the values and benefit of the features Training Content OWC41 WCDMA RAN13.0-RAN14.0 Delta for Hardware BSC6900 WCDMA V900R013 - V900R014 Delta for Hardware BSC6900 Evolution Overview and Overview BSC6900 Typical Hardware Configuration NodeB WCDMA V200R013 - V200R014 Delta for Hardware UTRPc board introduction WBBPf board introduction RRU 3926 introduction WCDMA RAN13.0-RAN14.0 Delta for New Feature OWC43 0.5dLecture WCDMA RAN13.0-RAN14.0 Delta for O/M OWC42 0.5dLecture WCDMA RAN13.0-RAN14.0 Delta for Hardware OWC41 0.5dLecture
- 137. COMMERCIAL IN CONFIDENCE 137 RRU 3942 introduction Micro BTS3902E introduction OWC42 WCDMA RAN13.0-RAN14.0 Delta for O/M WCDMA RAN13.0-RAN14.0 Delta for New Maintainability and Testability Feature Fault management Enhancement Enhancement of centralized auditing for operation logs Optimization of single-user trace file naming Trace creation interface optimization Support for online SPC modification Engineering alarm optimization Enhanced IP PM introduction End-to-End Deployment, Maintenance, and Commissioning CME WCDMA V200R011 - V200R012 Delta Support for CME configuration template upgrade OWC43 WCDMA RAN13.0-RAN14.0 Delta for New Feature WCDMA RAN13.0-RAN14.0 Delta Overview for New Feature Iub/Iu/Iur Transmission Resource Pool in RNC Node B security(Node B Integrated IPSec and Node B PKI Support) Link aggregation enhancement Multi-sectors solution Intelligent battery management MOCN cell recourse demarcation Independent Demodulation of Signals from Multiple RRUs in One Cell Duration 1.5 working days Class Size Min 6, Max 12
- 138. COMMERCIAL IN CONFIDENCE 138 1.7.30 WCDMA RAN14.0 RAN Upgrade Training Training Path Target Audience Field engineer System engineer Site maintainer Prerequisites Successful completion of the following program(s): BSC6900 WCDMA RAN14.0 RNC Operation Training WCDMA RAN14.0 NodeB Training Objectives On completion of this program, the participants will be able to: Describe the upgrade procedure Describe the preparations before upgrade Perform how to upgrade the RNC Describe the verification operations after upgrade. Describe how to roll the version back to the one before upgrade. Describe the upgrade procedure Describe the upgrade of NodeB Describe the verification operations after upgrade. Describe how to roll the version back to the one before upgrade Training Content OWC35 BSC6900 WCDMA V900R014 RNC Upgrading BSC6900 WCDMA V900R014 Upgrading Version requirements for upgrade Upgrade Process Preparations for Upgrade Upgrade Operations Post-Upgrade Verification and Processing Version Rollback BTS3900 WCDMA V200R014 Upgrading OWB27 1dLecture, Lab BSC6900 WCDMA V900R014 RNC Upgrading OWC35 1dLecture, Lab
- 139. COMMERCIAL IN CONFIDENCE 139 BSC6900 WCDMA V900R014 Upgrading Practice Guide N/A OWB27 BTS3900 WCDMA V200R014 Upgrading NodeB WCDMA V200R014 Upgrading NodeB Upgrade Guide based on LMT NodeB Upgrade Guide based on M2000 NodeB WCDMA V200R014 Upgrading Practice Guide Duration 2 working days Class Size Min 6, Max 12
- 140. COMMERCIAL IN CONFIDENCE 140 1.7.31 WCDMA RAN14.0 Emergency Maintenance Training Training Path Target Audience Field engineer System engineer Site maintainer Prerequisites Successful completion of the following courses: WCDMA RAN13 RNC Configuration Training WCDMA RAN13 NodeB Training Objectives On completion of this program, the participants will be able to: Describe Brief Guide to troubleshoot emergency fault Collect fault information for troubleshooting Grasp some typical emergency faults troubleshooting Master basic skills for heavy traffic precaution Understand preparations for heavy traffic precaution Master parameter adjustment of heavy traffic precaution Deal with typical heavy traffic caused fault Training Content OWC40 WCDMA RAN14.0 Emergency Maintenance WCDMA RAN14.0 Emergency Maintenance Emergency maintenance overview Brief guide to troubleshoot fault Learning about fault symptoms Collecting fault information Measures for accident recovery Typical emergency fault scenarios Upgrade-related Faults Operation-related Faults Dysfunctional Iub Interface Dysfunctional Iu Interface Congestion on the Iu Signaling Plane UE Access Restricted by the License WCDMA RAN14.0 Emergency Maintenance OWC40 1dLecture
- 141. COMMERCIAL IN CONFIDENCE 141 Low Success Rate of SCCP Connection Establishment WCDMA RAN14.0 Emergency Maintenance Practice Guide N/A WCDMA RAN14.0 Heavy Traffic Precaution General overview and basic skills introduction General overview Back up and restore Configuration Data View the CPU Usage of SPU and DPU Preparation and suggestions on parameter adjustment before a heavy traffic Preparation before heavy traffic Parameter adjustment before heavy traffic Emergency measures for heavy traffic fault Final preparations CPU overload on the SPU Traffic volume over an SPU subsystem is 0 CPU overload on the MPU CPU overload on the Interface board Congestion on the Iu Signaling Plane CN overload WCDMA RAN14.0 Heavy Traffic Precaution Practice Guide Duration 1 working day Class Size Min 6, Max 12
- 142. COMMERCIAL IN CONFIDENCE 142 1.7.32 WCDMA IPRAN Application Training Training Path Target Audience Field engineer System engineer Site maintainer Prerequisites Successful completion of the following courses: WCDMA RAN13 RNC Configuration Training WCDMA RAN13 NodeB Training Objectives On completion of this program, the participants will be able to: Learn about IP protocol release specifications and common RFC standards Learn about common IP RAN concepts such as the MSTP and PTN WCDMA IPRAN Troubleshooting OWI04 1dLecture, Lab WCDMA IPRAN Monitoring and Maintenance OWI03 0.5dLecture WCDMA IPRAN Feature Application OWI02 1dLecture WCDMA IPRAN Networking and Planning OWI01 1dLecture WCDMA IPRAN Networking Introduction OWI00 0.5dLecture Wireless IP Basic Principle OYI00 1dLecture
- 143. COMMERCIAL IN CONFIDENCE 143 Understand the TCP/IP protocol structure, and learn common technologies such as the VLAN and DSCP Learn the protocol stack composition on IP RAN interfaces Learn the IP components, and understand the data exchange process Be familiar with common IP RAN devices and maintenance applications Learn about differences among the IP, ATM, and TDM technologies, and problems caused by IP-based networking Learn about the evolution of IP RANs Understand IP RAN concepts and advantages Understand changes in IP RAN networking Learn about feature requirements for IP RAN networking Learn the detail of IP RAN MSTP networking Solution Learn the detail of IP RAN PTN networking Solution Understand differences between the layer 2 networking and layer 3 networking Learn about the basic IP RAN resource planning. Learn principles of IP address allocation and internal limitation of the RAN equipment. Plan and configure the IP addresses for interface boards. Learn principles of planning VLAN and how to process VLAN tags. Understand data transmission between the protocol layer and the RAN equipment. Understand the IP RAN reliability-ensuring implementation mechanism Understand the principles and application of the reliability detection mechanism Know how to configure IP RAN reliability-ensuring parameters Learn about the differences in reliability guarantee in different networking scenarios Master the application schemes of the reliability-ensuring mechanism in different scenarios Learn the concept of IP Quality of Service (QoS) Learn about radio services' QoS requirements for IP RANs Understand the QoS implementation at each layer from the perspective of transmission protocols Learn the QoS configuration and application in IP RANs Describe the procedures of implementing QoS in IP RAN end to end (E2E) services Describe the requirements of the IP RAN for clock synchronization Know the differences between clock synchronization and phase synchronization Learn about the typical IP RAN clock solution Describe the architecture of an IP RAN clock network Learn about the differences between IP RAN clock networking applications Understand changes in maintenance modes due to introduction of the IP radio access network (RAN) Learn the active monitoring scheme and implementation process for the IP RAN transmission Learn detailed parameter configuration for IP RAN fault detect Monitor IP RAN transmission links, analyze and locate the faults Understand theories for IP active detection Learn procedures for detecting IP faults
- 144. COMMERCIAL IN CONFIDENCE 144 Learn methods for locating IP faults Learn about packet capturing tool for IP RANs Understand the IP transmission processing Understand typical IP transmission troubleshooting cases Understand fault isolation in case of emergencies in IP transmission mode Understand how to analyze typical IP transmission troubleshooting cases Training Content OYI00 Wireless IP Basic Principle Wireless IP Basic Principle IP protocol origin IP network topology structure OSI model and TCP/IP protocol structure IP address Introduction IP subnet division and Exchange Foundation IP ATM, TDM comparison OWI00 WCDMA IPRAN Networking Introduction MSTP networking solution IP RAN Overview IP RAN Definition IP RAN Advantages IP RAN Feature Requirements IP RAN Interface Networking MSTP Networking for IP RANs MSTP-based Layer 2 Networking MSTP- and CE-based Layer 3 Networking IP RAN Development IP RAN Challenges MSTP Networking Cases PTN networking solution IP RAN Overview IP RAN Definition IP RAN Advantages IP RAN Feature Requirements IP RAN Interface Networking MSTP Networking for IP RANs PTN-based Layer 2 Networking PTN-based Layer 3 Networking IP RAN Development IP RAN Challenges MSTP Networking Cases OWI01 WCDMA IPRAN Networking and Planning
- 145. COMMERCIAL IN CONFIDENCE 145 IPRAN networking and planning IP RAN Design Basics IP RAN Planning Overview Basic IP RAN Planning Design IP RAN Resource Planning IP RAN IP and Subnet Planning IP RAN Route Planning IP RAN VLAN Planning IP RAN Internetworking Switching Process IP RAN Data Switching Process IP RAN Internetworking Applications OWI02 WCDMA IPRAN Feature Application WCDMA IPRAN reliability application IP RAN Reliability Requirements and Solution Application IP Bearer Reliability Requirements of Carrier-Class Networks IP RAN Reliability Networking Application IP RAN Reliability Schemes for Different Interfaces Reliability Networking on the Iub Interface and Iub Interface Reliability Networking on the Iu/Iur Interface IP RAN Reliability Configuration Configuring Active/Standby Boards and Active/Standby Ports Configuring Route and Link Aggregation BFD Configuration WCDMA IPRAN QoS application QoS Overview Concept Service Mode Requirements QoS Configuration and Application Implementation Parameter Setting Transmission Efficiency Enhancement E2E QoS Implementation VLAN Priority Mapping and Scheduling E2E QoS Implementation WCDMA IPRAN Clock application Requirements and Functions of IP RAN Clocks Overview and Requirements of IP RAN Synchronization Main IP RAN Synchronization Technologies Application of IP RAN Clocks Application of the IP RAN Synchronous Ethernet Overview of the IP RAN IEEE 1588
- 146. COMMERCIAL IN CONFIDENCE 146 IP RAN 1588 Clock Data Configuration OWI03 WCDMA IPRAN Monitoring and Maintenance WCDMA IPRAN Transmission monitoring Overview for IP RAN O/M Active Monitoring Scheme and Implementation for IP RANs Disconnection Monitoring Performance Monitoring Active Monitoring for Common Faults in IP RANs IP RAN Fault Detection Alarms BFD Fault Detection Alarms ETH OAM Fault Detection Alarms IP PM Fault Detection Alarms WCDMA IPRAN Operation and Maintenance tools Overview of IP RAN Troubleshooting Application of IP RAN Tools Ping Tracert packet capturing tool OWI04 WCDMA IPRAN Troubleshooting WCDMA IPRAN Troubleshooting IP Transmission Troubleshooting Roadmap IP Transmission Faults Node B Deployment Problems IPCLK Problems Transmission Problems Affecting Services Three Steps in IP Transmission Fault Isolation Query and analyze traceroute output information. Query and analyze ping output information. Capture (MAC) packets. Analysis of Typical IP Transmission Troubleshooting Cases Typical Cases of Physical Layer Problems Typical Cases of Data Link Layer Problems Typical Cases of Network Layer Problems Typical Cases of Transport Layer Problems Typical Cases of Application Layer Problems Typical Cases of DHCP Problems WCDMA IPRAN Troubleshooting Practice Guide N/A Duration 5 working days
- 147. COMMERCIAL IN CONFIDENCE 147 Class Size Min 6, Max 12
- 148. COMMERCIAL IN CONFIDENCE 148 1.7.33 WCDMA IPRAN Reconstruction Training Training Path Target Audience Field engineer System engineer Site maintainer Prerequisites Successful completion of the following courses: WCDMA RAN RNC Configuration Training WCDMA RAN NodeB Training Objectives On completion of this program, the participants will be able to: Describe the background of IPRAN Reconstruction Understand IPRAN basic knowledge about RNC Understand IUB IPRAN Reconstruction policy Describe and perform IPRAN Reconstruction scenarios, such as ATM to IP, ATM to dual-stack, dual-stack to IP over Iub interface Describe the background of IPRAN Reconstruction Understand IPRAN basic knowledge about RNC Understand IPRAN networking policy Understand the procedure of Reconstruction in Iu-CS interface from ATM to IP Training Content OWI05 WCDMA IPRAN Reconstruction over Iub Interface BSC6900 WCDMA IPRAN Reconstruction Over Iub Interface IPRAN Network Reconstruction Overview IPRAN Basic Knowledge Difference from ATM-based to IPRAN IPRAN Network Design and Strategy for Iub Interface OMCH Design and Strategy Clock Synchronization Design and Strategy WCDMA IPRAN Reconstruction over IuCS Interface OWI06 1dLecture WCDMA IPRAN Reconstruction over Iub Interface OWI05 1dLecture
- 149. COMMERCIAL IN CONFIDENCE 149 RAN Interface Transmission Reliability Design Board and Port Reliability Design Iub ATM to IP Reconstruction Cases Reconstruction from the ATM to the IP over the Iub Interface Reconstruction from the ATM to Dual Stack over the Iub Interface Reconstruction from the Dual Stack to IP over the Iub Interface BSC6900 WCDMA IPRAN Reconstruction Over Iub Interface Practice Guide OWI06 WCDMA IPRAN Reconstruction over IuCS Interface BSC6900 WCDMA IPRAN Reconstruction Over Iu-CS Interface IP RAN Network Overview IP RAN Basic Knowledge IP Network Design Policy for IuCS Interface Iu-CS Interface Networking Solution Board and Port Reliability Backup Transport Layer Reliability IuCS ATM to IP Reconstruction Solution IuCS ATM to IP Reconstruction Cases Reconstruction Introduction Procedure of Hardware Replacement Data Configuration of IP Reconstruction Key Actions During IP Reconstruction BSC6900 WCDMA IPRAN Reconstruction Over Iu-CS Interface Practice Guide Duration 2 working days Class Size Min 6, Max 12
- 150. COMMERCIAL IN CONFIDENCE 150 1.7.34 WCDMA RAN15.0 BSC6900/6910 Operation and Maintenance Training Training Path Target Audience Field engineer System engineer Site maintainer Prerequisites Basic knowledge of mobile communications At least 1 year working experience in WCDMA wireless network operation and maintenance Objectives On completion of this program, the participants will be able to: Detail the system structure of BSC6900 Detail the functions of the components of BSC6900 Detail the signal flows in BSC6900 List the typical hardware configuration of BSC6900 master board replacement procedure replace the faulty board correctly and ensure RNC work normally. Set the alarm collection template, and collect the alarm by the template. Set the KPI collection template, and collect the KPI by the template. Collect the counters of board and link load by m2000, check the RNC load according to the specific threshold. Collect the counters of SPU subsystem by m2000 Check the SPU subsystem performance. master the transmission detection methods and their operation Detect the transmission performance and connectivity by the transmission methods. Master the signaling tracing operation, collect the interface and link signaling message. master the procedure of handling the TOPN alarms Handle the common alarms according to the procedures. master the procedure of Backing Up and Restoring Data Perform the restoration of data correctly when OMU board is damaged, OMU database BSC6900/BSC6910 WCDMA R15 Operation and Maintenance OWC45 3dLecture, Lab BSC6900/BSC6910 WCDMA R15 Product Description OWC44 1dLecture
- 151. COMMERCIAL IN CONFIDENCE 151 collapses or the OMU upgrade fails. Training Content OWC44 BSC6900/BSC6910 WCDMA R15 Product Description BSC6900 WCDMA V900R015 Product Description BSC6900/BSC6910 System Overview BSC6900/BSC6910 Hardware Structure Cabinets Subracks Subsystems and Boards Cables BSC6900/BSC6910 Signal Flows BSC6900/BSC6910 Typical Configuration BSC6910 WCDMA V100R015 Product Description BSC6900/BSC6910 System Overview BSC6900/BSC6910 Hardware Structure Cabinets Subracks Subsystems and Boards Cables BSC6900/BSC6910 Signal Flows BSC6900/BSC6910 Typical Configuration OWC45 BSC6900/BSC6910 WCDMA R15 Operation and Maintenance BSC6900/BSC6910 WCDMA V900R015 Routine Operation and Maintenance Alarms collection procedure and operation By M2000 Daily KPI collection procedure and operation SPU subsystem performance counters SPU performance check procedure and operation RNC link and board load counter collection procedure and operation of RNC link and board load counter RNC board replacement procedure and operation ATM/IP transmission detection method and operation interface and link signaling tracing TOPN alarms Handling Procedure system data backup procedure and operation BSC6900/BSC6910 WCDMA V900R015 Routine Operation and Maintenance Student Book N/A Duration 4 working days Class Size Min 6, Max 12
- 152. COMMERCIAL IN CONFIDENCE 152 1.7.35 WCDMA RAN15.0 BSC6900/6910 Configuration Training Training Path Target Audience Field engineer System engineer Site maintainer Prerequisites Successful completion of the following program(s): BSC6900/BSC6910 WCDMA RAN15 RNC Operation Training Objectives On completion of this program, the participants will be able to: Describe BSC6900 commissioning procedure Outline OMU software functions Complete BSC6900 commissioning Complete BSC6900 application software installation Detail the Procedure of BSC6900/BSC6910 Data Configuration Perform Global Data Configuration Perform Equipment Data Configuration Perform Interface Configuration Perform Cell Configuration Outline RNC data configuration procedure based on CME and LMT Complete RNC data configuration based on CME and LMT Training Content OWC46 BSC6900/BSC6910 WCDMA R15 Installation and Commissioning BSC6900/BSC6910 WCDMA V900R015 Installation / Commissioning BSC6900/BSC6910 O/M System Introduction BSC6900/BSC6910 Software Installation BSC6900/BSC6910 Commissioning BSC6900/BSC6910 Commissioning Introduction BSC6900/BSC6910 Commissioning Procedure BSC6900/BSC6910 WCDMA R15 Data Configuration OWC47 6dLecture, Lab BSC6900/BSC6910 WCDMA R15 Installation and Commissioning OWC46 1dLecture, Lab
- 153. COMMERCIAL IN CONFIDENCE 153 BSC6900/BSC6910 WCDMA V900R015 Installation Practice Guide BSC6900/BSC6910 WCDMA V900R015 Commissioning Practice Guide OWC47 BSC6900/BSC6910 WCDMA R15 Data Configuration BSC6900/BSC6910 WCDMA V900R015 Initial Data Configuration Based on CME Introduction of CME BSC6900/BSC6910 Data Configuring Configuration Procedure Based on CME Configuring Global Data Based on CME Configuring Device Data Based on CME Configuring Interface Data Based on CME Cell Data Configuration BSC6900 WCDMA V900R015 Initial Data Configuration Based on CME Practice Guide BSC6910 WCDMA V100R015 Initial Data Configuration Based on CME Practice Guide BSC6900/BSC6910 WCDMA V900R015 Initial Data Configuration Based on LMT Data Configuration Overview Preparation Global Data Configuration Equipment Data Configuration Configuring the System Information Configuring a Cabinet Configuring a Subrack Configuring a Board Configuring the Clocks Configuring the Time Configuring the IP Address of the EMS Server Interface Data Configuration Iub Interface Data Configuration (ATM) Iub Interface Data Configuration(IP only for BSC6900) Iub Interface Data Configuration(Transmission Resource Pool ) Iub Interface Data Configuration(ATM/IP Dual Stack Mode) Iu-CS Interface Data Configuration (ATM) Iu-CS Interface Data Configuration (IP only for BSC6900) Iu-CS Interface Data Configuration (Transmission Resource Pool) Iu-PS Interface Data Configuration (IP only for BSC6900) Iu-PS Interface Data Configuration(Transmission Resource Pool) Iur Interface Data Configuration (IP only for BSC6900) Iur Interface Data Configuration(Transmission Resource Pool) BSC6900/BSC6910 Cell Data Configuration BSC6900 WCDMA V900R015 Initial Data Configuration Based on LMT Practice Guide BSC6910 WCDMA V100R015 Initial Data Configuration Based on LMT Practice Guide
- 154. COMMERCIAL IN CONFIDENCE 154 Duration 7 working days Class Size Min 6, Max 12
- 155. COMMERCIAL IN CONFIDENCE 155 1.7.36 WCDMA RAN15.0 RAN Reconfiguration Training Training Path Target Audience Field engineer System engineer Site maintainer Prerequisites Successful completion of the following courses: WCDMA RAN15 RNC Configuration Training WCDMA RAN15 NodeB Training NodeB WCDMA V200R015 NodeB Resource Distribution Adjusting OWB39 0.5dLecture, Lab WCDMA RAN15 Interface Capacity Expansion OWC56 0.67dLecture, Lab NodeB WCDMA V200R015 Migration Data Configuration OWB38 1dLecture, Lab NodeB WCDMA V200R015 Expanding OWB37 0.33dLecture, Lab BSC6900 WCDMA V900R015 Migration Data Configuration OWC55 1dLecture, Lab WCDMA RAN15 Dynamic Data Reconfiguration OWC54 1dLecture, Lab BSC6900/BSC6910 WCDMA RAN15 Expanding OWC53 0.5dLecture, Lab
- 156. COMMERCIAL IN CONFIDENCE 156 Objectives On completion of this program, the participants will be able to: Describe the procedure of expanding the RNC capacity Perform how to add an RNC board Perform how to add an EPS Upon completion of this course, you will be able to: Perform how to Increase Frequencies on the UMTS Network Perform how to Reconfigure the Parameters of Physical NodeBs Perform how to Reconfigure the Data of Cells and Neighboring Cells in Batches Perform how to Reconfigure Cell Algorithm Parameters Describe the procedure of the RNC migration data reconfiguration Perform the RNC migration data reconfiguration Perform how to add WBBP Board Perform how to add RF Unit Upon completion of this course, you will be able to: Detail the scenarios of NodeB migration data reconfiguration Detail the procedure of NodeB migration data reconfiguration Perform the NodeB migration data reconfiguration Upon completion of this course, you will be able to: Detail the scenarios of Interface Capacity Expansion Detail the procedure of Interface Capacity Expansion Perform the Iub/Iur/Iu Capacity Expansion in different transmission Mode Upon completion of this course, you will be able to: Detail the scenarios of NodeB Resource Distribution Adjustment Detail the procedure of NodeB Resource Distribution Adjustment Perform the NodeB/cell/NCP/CCP Resource Distribution Adjustment Training Content OWC53 BSC6900/BSC6910 WCDMA RAN15 Expanding BSC6900/BSC6910 WCDMA RAN15 Expansion Based on LMT Overview of Expanding the RNC Capacity Adding a SPUa or SPUb Board for BSC6900 Adding a DPUb or DPUe Board for BSC6900 Adding an EGPUa Board for BSC6910 Adding an Interface Board Adding a Subrack BSC6900/BSC6910 WCDMA RAN15 Expansion Based on LMT Practice Guide N/A OWC54 WCDMA RAN15 Dynamic Data Reconfiguration WCDMA RAN15 Dynamic Data Reconfiguration Based on CME Changing Signaling Points Reconfiguring a Cell
- 157. COMMERCIAL IN CONFIDENCE 157 Modifying an SCCPCH figuring Neighboring Cells Reconfiguring the NodeB Clock Source or the Clock Working Mode WCDMA RAN15 Dynamic Data Reconfiguration Based on CME Practice Guide N/A OWC55 BSC6900 WCDMA V900R015 Migration Data Configuration BSC6900 WCDMA V900R015 Migration Data Configuration Based on LMT RNC Migration Scenarios Adjusting the Connection Between the RNC and MSC (ATM to IP over the Iu-CS interface) Adjusting the Connection Between the RNC and MSC Without Changing the ATM Transmission Scheme on the Iu-CS Interface) Adjusting the Connection Between the RNC and MSC (ATM to IP over the Iu-CS Interface) BSC6900 WCDMA V900R015 Migration Data Configuration Based on LMT Practice Guide OWB37 NodeB WCDMA V200R015 Expanding NodeB WCDMA V200R015 Expansion Based on CME Adding a Baseband Board to a 3900 Series Base Station Adding an RF Unit NodeB WCDMA V200R015 Expansion Based on CME Practice Guide OWB38 NodeB WCDMA V200R015 Migration Data Configuration NodeB WCDMA V200R015 Migration Data Configuration Based on CME (Only for BSC6900) NodeB Reparenting Scenarios Reparenting NodeBs Under an RNC Reparenting NodeBs Between RNCs of the Same Version NodeB WCDMA V200R015 Migration Data Configuration Based on CME Practice Guide (Only for BSC6900) OWC56 WCDMA RAN15 Interface Capacity Expansion WCDMA RAN15 Interface Capacity Expansion Based on LMT Iub Interface Capacity Expansion Iub Interface Capacity Expansion in ATM Transmission Mode Iub Interface Capacity Expansion in IP Transmission Mode for BSC6900 Iub Interface Capacity Expansion IP Pool Iur Interface Capacity Expansion Iur Interface Capacity Expansion in ATM Transmission Mode Iur Interface Capacity Expansion in IP Transmission Mode for BSC6900 Iur Interface Capacity Expansion IP Pool Iu-CS Interface Capacity Expansion Iu-CS Interface Capacity Expansion in ATM Transmission Mode Iu-CS Interface Capacity Expansion in IP Transmission Mode for BSC6900 Iu-CS Interface Capacity Expansion IP Pool Iu-PS Interface Capacity Expansion
- 158. COMMERCIAL IN CONFIDENCE 158 Iu-PS Interface Capacity Expansion in IP Transmission Mode for BSC6900 Iu-PS Interface Capacity Expansion IP Pool WCDMA RAN15 Interface Capacity Expansion Based on LMT Practice Guide OWB39 NodeB WCDMA V200R015 NodeB Resource Distribution Adjusting NodeB WCDMA V200R015 NodeB Resource Distribution Adjusting Based on LMT (Only for BSC6900) Reconfiguring resource management based on NodeBs Reconfiguring resource management based on cells Reconfiguring resource management based on NCPs or CCPs NodeB WCDMA V200R015 NodeB Resource Distribution Adjusting Based on LMT Practice Guide (Only for BSC6900) Duration 5 working days Class Size Min 6, Max 12
- 159. COMMERCIAL IN CONFIDENCE 159 1.7.37 WCDMA RAN15.0 RAN Troubleshooting Training Training Path Target Audience Field engineer System engineer Site maintainer Prerequisites Successful completion of the following courses: WCDMA RAN15 RNC Configuration Training WCDMA RAN15 NodeB Training Objectives On completion of this program, the participants will be able to: Describe the OMU Maintenance and Operation Know how to collect the fault information for different faults Know how to handle RNC equipment-related faults Know how to handle NodeB-related faults Know how to handle ATM Transmission Faults Know how to handle IP Transmission Faults BSC6900/BSC6910 CS and PS Troubleshooting OWC59 1dLecture, Discussion RAN15.0 Transmission Troubleshooting OWC58 1.5dLecture, Discussion NodeB WCDMA V200R015 Troubleshooting OWB36 1dLecture, Lab BSC6900/BSC6910 WCDMA R15 Troubleshooting OWC39 1dLecture, Discussion WCDMA RAN15.0 Fault Information Collecting OWC57 0.5dLecture, Lab
- 160. COMMERCIAL IN CONFIDENCE 160 Describe the CS and PS Fault Troubleshooting flow Know how to handle CS and PS faults Training Content OWC57 WCDMA RAN15.0 Fault Information Collecting WCDMA RAN15.0 Fault Information Collecting OMU Overview Accident information collecting WRAN problems information collecting HSPA Rate Problems Voice Quality Problems Cell Flow Problems RNC Fault information collecting Equipment Problems Traffic Problems Upgrade Problems Loading Problems NodeB Fault information collecting RTWP Problems License CE Problems Clock Problems Hardware and OM Problems RF Problems WCDMA RAN15.0 Fault Information Collecting Student Book OWC39 BSC6900/BSC6910 WCDMA R15 Troubleshooting BSC6900/BSC6910 WCDMA R15 Troubleshooting OMU Service Abnormality Equipment Troubleshooting Service Setup Failure Troubleshooting PS Relocation and Inter-RAT Handover Failure Troubleshooting BSC6900/BSC6910 WCDMA R15 Troubleshooting Student Book OWB36 NodeB WCDMA V200R015 Troubleshooting NodeB WCDMA V200R015 Troubleshooting RTWP Fault CE Fault Clock Reference Fault CPRI Link Fault RF Channel Failure NodeB WCDMA V200R015 Troubleshooting Student Book OWC58 RAN15.0 Transmission Troubleshooting RAN15.0 Transmission Troubleshooting ATM Transmission Faults Troubleshooting
- 161. COMMERCIAL IN CONFIDENCE 161 ATM QoS Faults E1/T1 Faults IMA Faults SAAL Faults IP Transmission Faults Troubleshooting FE/GE Transmission Fault IP Layer Fault Signaling Link Fault User Plane Fault IP Clock Fault RAN15.0 Transmission Troubleshooting Student Book OWC59 BSC6900/BSC6910 CS and PS Troubleshooting BSC6900/BSC6910 PS Troubleshooting HSPA+ and HSPA Data Transmission HSUPA Data Transmission Fault Analysis HSDPA Data Transmission Fault Cell Setup Failure BSC6900/BSC6910 PS Troubleshooting Student Book Duration 5 working days Class Size Min 6, Max 12
- 162. COMMERCIAL IN CONFIDENCE 162 1.7.38 WCDMA RAN14.0-RAN15.0 Product Delta Training Training Path Target Audience Field engineer System engineer Site maintainer Prerequisites Successful completion of the following courses: WCDMA RAN15 RNC Configuration Training WCDMA RAN15 NodeB Training Objectives On completion of this program, the participants will be able to: Describe New hardware and the functions Describe new O/M functions Describe important new features Understand the values and benefit of the features Training Content OWC48 WCDMA RAN14-RAN15 Delta for Hardware BSC6900/BSC6910 WCDMA RAN14-RAN15 Delta for Hardware BSC6900/BSC6910 Evolution Overview and Overview New RNC Platform: BSC6910 BSC6900/BSC6910 Hardware and Capacity Expansion BSC6900/BSC6910 Typical Hardware Configuration NodeB WCDMA V200R014 - V200R015 Delta for Hardware New NodeB Hardware - WRFU (100W) WCDMA RAN14-RAN15 Delta for New Feature OWC50 0.67dLecture WCDMA RAN14-RAN15 Delta for O/M OWC49 0.67dLecture WCDMA RAN14-RAN15 Delta for Hardware OWC48 0.17dLecture
- 163. COMMERCIAL IN CONFIDENCE 163 Micro NodeB- BTS3803E OWC49 WCDMA RAN14-RAN15 Delta for O/M WCDMA RAN14.0-RAN15.0 Delta for New Maintainability and Testability Feature Enhanced Single-User Signaling Tracing During RRC Connection Setup Trace of UEs Belonging to a Certain Type Automatic Detection of Optical Power and Alarm Reporting Enhanced Crossed Pair Connection Detection New NUV Transmission Counters Cell Out of Service Alarm Masked at the Cell Level Enhanced OMU Maintenance and Test Remote Deployment Optimization: DHCP Trace DSCP Value Change Detection CME WCDMA V200R012 - V200R013 Delta Fallback Based on Data Comparison Base Station Template Division Batch Base Station Reconfiguration Iub Data Planning File Changed to Summary Data File NodeB MO difference of Maintenance and Configuration between R14.0 and R15.0 Transmission MO Change Baseband resources MO Change Carrier MO Change Endpoint Mode for Transmission Data Configuraion OWC50 WCDMA RAN14-RAN15 Delta for New Feature WCDMA RAN14.0-RAN15.0 Delta for New Feature RNC in Pool Load Sharing RNC in Pool Node Redundancy MOCN Independent Iub Transmission Resource Allocation MOCN Independent CE Resource Allocation Enhanced Backup Power Saving Duration 1.5 working days Class Size Min 6, Max 12
- 164. COMMERCIAL IN CONFIDENCE 164 1.7.39 WCDMA RAN15.0 RAN Patch Upgrade Training Training Path Target Audience Field engineer System engineer Site maintainer Prerequisites Successful completion of the following program(s): BSC6900/BSC6910 WCDMA RAN15 RNC Operation Training WCDMA RAN15 NodeB Training Objectives On completion of this program, the participants will be able to: Describe the upgrade procedure Describe the preparations before upgrade Perform how to upgrade the RNC Describe the verification operations after upgrade. Describe how to roll the version back to the one before upgrade. Describe the upgrade procedure Perform the upgrade of NodeB Describe the verification operations after upgrade. Describe how to roll the version back to the one before upgrade Training Content OWC51 BSC6900/BSC6910 WCDMA R15 RNC Upgrading BSC6900 WCDMA V900R015 Upgrading Version requirements for upgrade Upgrade Process Preparations for Upgrade Upgrade Operations Post-Upgrade Verification and Processing Version Rollback NodeB WCDMA V200R015 Upgrading OWB35 1dLecture, Lab BSC6900/BSC6910 WCDMA R15 RNC Upgrading OWC51 1dLecture, Lab
- 165. COMMERCIAL IN CONFIDENCE 165 BSC6900 WCDMA V900R015 Upgrading Practice Guide OWB35 NodeB WCDMA V200R015 Upgrading NodeB WCDMA V200R015 Upgrading NodeB Upgrade Guide based on LMT NodeB Upgrade Guide based on M2000 NodeB Upgrade Guide based on SME NodeB WCDMA V200R015 Upgrading Practice Guide Duration 2 working days Class Size Min 6, Max 12
- 166. COMMERCIAL IN CONFIDENCE 166 1.7.40 WCDMA RAN15.0 Emergency Maintenance Training Training Path Target Audience Field engineer System engineer Site maintainer Prerequisites Successful completion of the following courses: WCDMA RAN15 RNC Configuration Training WCDMA RAN15 NodeB Training Objectives On completion of this program, the participants will be able to: Describe Brief Guide to troubleshoot emergency fault Collect fault information for troubleshooting Grasp some typical emergency faults troubleshooting Master basic skills for heavy traffic precaution Understand preparations for heavy traffic precaution Master parameter adjustment of heavy traffic precaution Deal with typical heavy traffic caused fault Describe Brief Guide to troubleshoot emergency fault Collect fault information for troubleshooting Grasp some typical emergency faults troubleshooting Master basic skills for heavy traffic precaution Understand preparations for heavy traffic precaution Master parameter adjustment of heavy traffic precaution Deal with typical heavy traffic caused fault Training Content OWC51 WCDMA RAN15.0 Emergency Maintenance WCDMA RAN15.0 Emergency Maintenance Emergency maintenance overview WCDMA RAN15.0 Heavy Traffic Precaution OWC52 0.5dLecture, Lab WCDMA RAN15.0 Emergency Maintenance OWC51 0.5dLecture, Lab
- 167. COMMERCIAL IN CONFIDENCE 167 Brief guide to troubleshoot fault Learning about fault symptoms Collecting fault information Measures for accident recovery Typical emergency fault scenarios Upgrade-related Faults Operation-related Faults Dysfunctional Iub Interface Dysfunctional Iu Interface Congestion on the Iu Signaling Plane UE Access Restricted by the License Low Success Rate of SCCP Connection Establishment WCDMA RAN15.0 Emergency Maintenance Practice Guide OWC52 WCDMA RAN15.0 Heavy Traffic Precaution WCDMA RAN15.0 Heavy Traffic Precaution The overview of the heavy traffic precaution Pre-Festival network evaluation and expansion Important KPIs General overview and basic skills introduction General overview Back up and restore Configuration Data View the CPU Usage of SPU and DPU Preparation and suggestions on parameter adjustment before a heavy traffic Preparation before heavy traffic Parameter adjustment before heavy traffic Emergency measures for heavy traffic fault Final preparations CPU overload on the SPU Traffic volume over an SPU subsystem is 0 CPU overload on the MPU CPU overload on the Interface board Congestion on the Iu Signaling Plane CN overload WCDMA RAN15.0 Heavy Traffic Precaution Practice Guide Duration 1 working day Class Size Min 6, Max 12
- 168. COMMERCIAL IN CONFIDENCE 168 1.7.41 WCDMA RAN15.0 NodeB Operation and Maintenance Training Training Path Target Audience Field engineer System engineer Site maintainer Prerequisites Basic knowledge of mobile communications At least 1 year working experience in WCDMA wireless network operation and maintenance Objectives On completion of this program, the participants will be able to: Describe the hardware structure of 3900 series NodeB Detail the functions of different subsystems and boards of NodeB Describe the cables connection of NodeB Describe the expansion and networking of NodeB Grasp the hardware structure of MBTS Grasp the BTS local maintenance Maintain site on local terminal Execute the tasks of field maintenance Describe the structure of operation and maintenance system Grasp alarm operation by M2000 Perform MBTS Device maintenance BTS3900 WCDMA V200R015 Initial Data Configuration OWB34 1dLecture, Lab BTS3900 WCDMA V200R015 Installation and Commissioning OWB33 1dLecture, Lab BTS3900 WCDMA V200R015 Operation and Maintenance OWB32 2dLecture, Lab 3900 Series WCDMA NodeB V200R015 Product Description OWB31 1dLecture
- 169. COMMERCIAL IN CONFIDENCE 169 Grasp the operation of Transport connectivity and performance Test Grasp check of Transport Link Perform operation of Carrier Resource CELL Grasp the operation of MBTS Tracing Management Grasp the operation of MBTS Monitoring Management Perform Right, log and License Management Understand the MBTS installation procedure Detail the scenarioes of NodeB commissioning Understand the process of Automatic OMCH Establishment Understand the Procedure based on different scenarioes Perform NodeB commissioning based on M2000 (PnP) Perform NodeB commissioning based on USB+M2000 Perform NodeB commissioning based on LMT+M2000 Understand CME process Outline NodeB data configuration procedure based on CME Perform single NodeB data configuration Perform NodeBs data configuration in batch Training Content OWB31 3900 Series WCDMA NodeB V200R015 Product Description NodeB WCDMA V200R015 Product Description 3900 Series NodeB Overview 3900 Series NodeB Hardware Board and Module of the BBU3900 RF Module Power Module FAN and SLPU BTS3900 Expansion and Networking OWB32 BTS3900 WCDMA V200R015 Operation and Maintenance NodeB WCDMA V200R015 Field Operation and Maintenance Checking hardware LEDs Cable connections Site local maintenance Replacing boards Routine maintenance list NodeB WCDMA V200R015 Field Operation and Maintenance Practice Guide NodeB WCDMA V200R015 Operation and Maintenance Connecting to BTS O/M System Alarm Management by M2000 MBTS Device maintenance Hardware maintenance via M2000
- 170. COMMERCIAL IN CONFIDENCE 170 Hardware Maintenance via LMT Software and File Management clock maintenance Antenna Test MBTS Transmission Layer Maintenance Transport connectivity and performance Test Transport Link Maintenance MBTS Radio Layer maintenance Basic Concept Carrier Resource Management CELL Management MBTS Tracing Management MBTS Monitoring Management MBTS System Management Right Management Log Management License Management NodeB WCDMA V200R015 Operation and Maintenance Practice Guide OWB33 BTS3900 WCDMA V200R015 Installation and Commissioning NodeB WCDMA V200R015 Hardware Installation MBTS System Overview MBTS Installation Procedures Installing the Cabinet Install the PGND cable Installing Power / Transmission Cables Installing the Input Power Cable for the Cabinet Installation Checklist NodeB WCDMA V200R015 Commissioning the scenarios of NodeB commissioning the process of Automatic OMCH Establishment NodeB commissioning Procedure based on M2000 (PnP) NodeB commissioning Procedure based on USB+M2000 NodeB commissioning Procedure based on LMT+M2000 NodeB WCDMA V200R015 Commissioning Practice Guide N/A OWB34 BTS3900 WCDMA V200R015 Initial Data Configuration NodeB WCDMA V200R015 Initial Data Configuration Introduction to the CME Configuring a Single NodeB Configuring NodeBs in batch by using a summary data file NodeB Data Consistency Check and Exporting NodeB WCDMA V200R015 Initial Data Configuration Practice Guide
- 171. COMMERCIAL IN CONFIDENCE 171 Duration 5 working days Class Size Min 6, Max 1
- 172. COMMERCIAL IN CONFIDENCE 172 1.7.42 WCDMA RAN16.0 BSC6900/6910 Operation and Maintenance Training Training Path Target Audience Field engineer System engineer Site maintainer Prerequisites Basic knowledge of mobile communications At least 1 year working experience in WCDMA wireless network operation and maintenance Objectives On completion of this program, the participants will be able to: Detail the system structure of BSC6900 Detail the functions of the components of BSC6900 Detail the signal flows in BSC6900 List the typical hardware configuration of BSC6900 Master board replacement procedure Replace the faulty board correctly and ensure RNC work normally Set the alarm collection template, and collect the alarm by the template Set the KPI collection template, and collect the KPI by the template Collect the counters of board and link load by U2000, check the RNC load according to the specific threshold Collect the counters of SPU subsystem by U2000 Check the SPU subsystem performance master the transmission detection methods and their operation Detect the transmission performance and connectivity by the transmission methods Master the signaling tracing operation, collect the interface and link signaling message master the procedure of handling the TOPN alarms Handle the common alarms according to the procedures master the procedure of Backing Up and Restoring Data Perform the restoration of data correctly when OMU board is damaged, OMU database BSC6900/BSC6910 WCDMA R16 Routine Operation and Maintenance OWC65 3dLecture, Lab, eLab BSC6900/BSC6910 WCDMA R16 Product Description OWC64 1d Lecture
- 173. COMMERCIAL IN CONFIDENCE 173 collapses, or the OMU upgrade fails Training Content OWC64 BSC6900/BSC6910 WCDMA R16 Product Description BSC6900 WCDMA V900R016 Product Description BSC6900/BSC6910 System Overview BSC6900/BSC6910 Hardware Structure Cabinets Subracks Subsystems and Boards Cables BSC6900/BSC6910 Signal Flows BSC6900/BSC6910 Typical Configuration BSC6910 WCDMA V100R016 Product Description BSC6900/BSC6910 System Overview BSC6900/BSC6910 Hardware Structure Cabinets Subracks Subsystems and Boards Cables BSC6900/BSC6910 Signal Flows BSC6900/BSC6910 Typical Configuration OWC65 BSC6900/BSC6910 WCDMA R16 Operation and Maintenance BSC6900/BSC6910 WCDMA V900R016 Routine Operation and Maintenance Alarms collection procedure and operation By U2000 Daily KPI collection procedure and operation SPU subsystem performance counters SPU performance check procedure and operation RNC link and board load counter collection procedure and operation of RNC link and board load counter RNC board replacement procedure and operation ATM/IP transmission detection method and operation interface and link signaling tracing TOPN alarms Handling Procedure system data backup procedure and operation BSC6900/BSC6910 WCDMA V900R016 Routine Operation and Maintenance Student Book Duration 4 working days Class Size Min 6，max 12 Training Timetable(Optional)
- 174. COMMERCIAL IN CONFIDENCE 174 1.7.43 WCDMA RAN16.0 BSC6900/6910 Configuration Training Training Path Target Audience Field engineer System engineer Site maintainer Prerequisites Successful completion of the following program(s): BSC6900/BSC6910 WCDMA RAN16 RNC Operation Training Objectives On completion of this program, the participants will be able to: Describe BSC6900/BSC6910 commissioning procedure Outline OMU software functions Complete BSC6900/BSC6910commissioning Complete BSC6900/BSC6910application software installation Detail the Procedure of BSC6900/BSC6910 Data Configuration Perform Global Data Configuration Perform Equipment Data Configuration Perform Interface Configuration Perform Cell Configuration Outline RNC data configuration procedure based on CME and LMT Complete RNC data configuration based on CME and LMT Training Content OWC66 BSC6900/BSC6910 WCDMA R16 Installation and Commissioning BSC6900/BSC6910 WCDMA V900R016 Installation / Commissioning BSC6900/BSC6910 O/M System Introduction BSC6900/BSC6910 Software Installation BSC6900/BSC6910 Commissioning BSC6900/BSC6910 Commissioning Introduction BSC6900/BSC6910 Commissioning Procedure BSC6900/BSC6910 WCDMA R16 Initial Data Configuration OWC67 4dLecture, Lab, eLab BSC6900/BSC6910 WCDMA R16 Installation and Commissioning OWC66 1dLecture, Lab
- 175. COMMERCIAL IN CONFIDENCE 175 BSC6900/BSC6910 WCDMA V900R016 Installation Practice Guide BSC6900/BSC6910 WCDMA V900R016 Commissioning Practice Guide OWC67 BSC6900/BSC6910 WCDMA R16 Data Configuration BSC6900/BSC6910 WCDMA V900R016 Initial Data Configuration Based on CME Introduction of CME BSC6900/BSC6910 Data Configuring Configuration Procedure Based on CME Configuring Global Data Based on CME Configuring Device Data Based on CME Configuring Interface Data Based on CME Cell Data Configuration BSC6900 WCDMA V900R016 Initial Data Configuration Based on CME Practice Guide BSC6910 WCDMA V100R016 Initial Data Configuration Based on CME Practice Guide BSC6900/BSC6910 WCDMA V900R016 Initial Data Configuration Based on LMT Data Configuration Overview Preparation Global Data Configuration Equipment Data Configuration Configuring the System Information Configuring a Cabinet Configuring a Subrack Configuring a Board Configuring the Clocks Configuring the Time Configuring the IP Address of the EMS Server Interface Data Configuration Iub Interface Data Configuration (ATM) Iub Interface Data Configuration(IP only for BSC6900) Iub Interface Data Configuration(Transmission Resource Pool ) Iub Interface Data Configuration(ATM/IP Dual Stack Mode) Iu-CS Interface Data Configuration (ATM) Iu-CS Interface Data Configuration (IP only for BSC6900) Iu-CS Interface Data Configuration (Transmission Resource Pool) Iu-PS Interface Data Configuration (IP only for BSC6900) Iu-PS Interface Data Configuration(Transmission Resource Pool) Iur Interface Data Configuration (IP only for BSC6900) Iur Interface Data Configuration(Transmission Resource Pool) BSC6900/BSC6910 Cell Data Configuration BSC6900 WCDMA V900R016 Initial Data Configuration Based on LMT Practice Guide BSC6910 WCDMA V100R016 Initial Data Configuration Based on LMT Practice Guide
- 176. COMMERCIAL IN CONFIDENCE 176 Duration 5 working days Class Size Min 6，max 12 Training Timetable(Optional)
- 177. COMMERCIAL IN CONFIDENCE 177 1.7.44 WCDMA RAN16.0 RAN Reconfiguration Training Training Path Target Audience Field engineer System engineer Site maintainer Prerequisites Successful completion of the following courses: WCDMA RAN16 RNC Configuration Training WCDMA RAN16 NodeB Training NodeB WCDMA V200R016 Resource Distribution Adjusting OWB64 0.5dLecture, Lab WCDMA R16 Interface Capacity Expansion OWC81 0.67d Lecture, Lab NodeB WCDMA V200R016 Migration Data Configuration OWB62 1d Lecture, Lab NodeB WCDMA V200R016 Capacity Expanding OWB61 0.33d Lecture, Lab BSC6900 WCDMA V900R016 Migration Data Configuration OWC80 1d Lecture, Lab WCDMA R16 Dynamic Data Configuration OWC79 1d Lecture, Lab BSC6900/BSC6910 WCDMA R15 Hardware Expanding OWC78 0.5d Lecture, Lab
- 178. COMMERCIAL IN CONFIDENCE 178 Objectives On completion of this program, the participants will be able to: Describe the procedure of expanding the RNC capacity Perform how to add an RNC board Perform how to add an EPS Upon completion of this course, you will be able to: Perform how to Increase Frequencies on the UMTS Network Perform how to Reconfigure the Parameters of Physical NodeBs Perform how to Reconfigure the Data of Cells and Neighboring Cells in Batches Perform how to Reconfigure Cell Algorithm Parameters Describe the procedure of the RNC migration data reconfiguration Perform the RNC migration data reconfiguration Perform how to add WBBP Board Perform how to add RF Unit Detail the scenarios of NodeB migration data reconfiguration Detail the procedure of NodeB migration data reconfiguration Perform the NodeB migration data reconfiguration Upon completion of this course, you will be able to: Detail the scenarios of Interface Capacity Expansion Detail the procedure of Interface Capacity Expansion Perform the Iub/Iur/Iu Capacity Expansion in different transmission Mode Training Content OWC78 BSC6900/BSC6910 WCDMA RAN16 Expanding BSC6900/BSC6910 WCDMA RAN16 Expansion Based on LMT Overview of Expanding the RNC Capacity Adding a SPUa or SPUb Board for BSC6900 Adding a DPUb or DPUe Board for BSC6900 Adding an EGPUa Board for BSC6910 Adding an Interface Board Adding a Subrack BSC6900/BSC6910 WCDMA RAN16 Expansion Based on LMT Practice Guide OWC79 WCDMA RAN16 Dynamic Data Reconfiguration WCDMA RAN16 Dynamic Data Reconfiguration Based on CME Changing Signaling Points Reconfiguring a Cell Modifying an SCCPCH figuring Neighboring Cells Reconfiguring the NodeB Clock Source or the Clock Working Mode WCDMA RAN16 Dynamic Data Reconfiguration Based on CME Practice Guide OWC80 BSC6900 WCDMA V900R016 Migration Data Configuration BSC6900 WCDMA V900R016 Migration Data Configuration Based on LMT
- 179. COMMERCIAL IN CONFIDENCE 179 RNC Migration Scenarios Adjusting the Connection Between the RNC and MSC (IP to IP over the Iu-CS interface) Adjusting the Connection Between the RNC and MSC Without Changing the ATM Transmission Scheme on the Iu-CS Interface) Adjusting the Connection Between the RNC and MSC (ATM to IP over the Iu-CS Interface) BSC6900 WCDMA V900R016 Migration Data Configuration Based on LMT Practice Guide OWB61 NodeB WCDMA V200R016 Expanding NodeB WCDMA V200R016 Expansion Based on CME Adding a Baseband Board to a 3900 Series Base Station Adding an RF Unit NodeB WCDMA V200R016 Expansion Based on CME Practice Guide OWB62 NodeB WCDMA V200R016 Migration Data Configuration NodeB WCDMA V200R016 Migration Data Configuration Based on CME (Only for BSC6900) NodeB Reparenting Scenarios Reparenting NodeBs Under an RNC Reparenting NodeBs Between RNCs of the Same Version NodeB WCDMA V200R016 Migration Data Configuration Based on CME Practice Guide (Only for BSC6900) OWC81 WCDMA RAN16 Interface Capacity Expansion WCDMA RAN15 Interface Capacity Expansion Based on LMT Iub Interface Capacity Expansion Iub Interface Capacity Expansion in ATM Transmission Mode Iub Interface Capacity Expansion in IP Transmission Mode for BSC6900 Iub Interface Capacity Expansion IP Pool Iur Interface Capacity Expansion Iur Interface Capacity Expansion in ATM Transmission Mode Iur Interface Capacity Expansion in IP Transmission Mode for BSC6900 Iur Interface Capacity Expansion IP Pool Iu-CS Interface Capacity Expansion Iu-CS Interface Capacity Expansion in ATM Transmission Mode Iu-CS Interface Capacity Expansion in IP Transmission Mode for BSC6900 Iu-CS Interface Capacity Expansion IP Pool Iu-PS Interface Capacity Expansion Iu-PS Interface Capacity Expansion in IP Transmission Mode for BSC6900 Iu-PS Interface Capacity Expansion IP Pool WCDMA RAN16 Interface Capacity Expansion Based on LMT Practice Guide OWB64 NodeB WCDMA V200R016 NodeB Resource Distribution Adjusting NodeB WCDMA V200R016 NodeB Resource Distribution Adjusting Based on LMT (Only for BSC6900) Reconfiguring resource management based on NodeBs
- 180. COMMERCIAL IN CONFIDENCE 180 Reconfiguring resource management based on cells Reconfiguring resource management based on NCPs or CCPs NodeB WCDMA V200R016 NodeB Resource Distribution Adjusting Based on LMT Practice Guide (Only for BSC6900) Duration 5 working days Class Size Min 6，max 12 Training Timetable(Optional)
- 181. COMMERCIAL IN CONFIDENCE 181 1.7.45 WCDMA RAN16.0 RAN Troubleshooting Training Training Path Target Audience Field engineer System engineer Site maintainer Prerequisites Successful completion of the following courses: WCDMA RAN16 RNC Configuration Training WCDMA RAN16 NodeB Training Objectives On completion of this program, the participants will be able to: Describe the OMU Maintenance and Operation Know how to collect the fault information for different faults Know how to handle RNC equipment-related faults Know how to handle NodeB-related faults Know how to handle ATM Transmission Faults Know how to handle IP Transmission Faults BSC6900/BSC6910 WCDMA R16 PS Troubleshooting OWC77 1dLecture, Discussion WCDMA R16 Transmission Troubleshooting OWC76 1.5dLecture, Discussion NodeB WCDMA V200R016 Troubleshooting OWB60 1dLecture, Lab BSC6900/BSC6910 WCDMA R15 Troubleshooting OWC75 1dLecture, Discussion WCDMA RAN15.0 Fault Information Collecting OWC74 0.5dLecture, Lab
- 182. COMMERCIAL IN CONFIDENCE 182 Describe the PS Fault Troubleshooting flow Know how to handle PS faults Training Content OWC74 WCDMA RAN16.0 Fault Information Collecting WCDMA RAN16.0 Fault Information Collecting OMU Overview Accident information collecting WRAN problems information collecting HSPA Rate Problems Voice Quality Problems Cell Flow Problems RNC Fault information collecting Equipment Problems Traffic Problems Upgrade Problems Loading Problems NodeB Fault information collecting RTWP Problems License CE Problems Clock Problems Hardware and OM Problems RF Problems WCDMA RAN16.0 Fault Information Collecting Student Book OWC75 BSC6900/BSC6910 WCDMA R16 Troubleshooting BSC6900/BSC6910 WCDMA R16 Troubleshooting OMU Service Abnormality Equipment Troubleshooting Service Setup Failure Troubleshooting PS Relocation and Inter-RAT Handover Failure Troubleshooting BSC6900/BSC6910 WCDMA R16 Troubleshooting Student Book OWB60 NodeB WCDMA V200R016 Troubleshooting NodeB WCDMA V200R016 Troubleshooting RTWP Fault CE Fault Clock Reference Fault CPRI Link Fault RF Channel Failure NodeB WCDMA V200R016 Troubleshooting Student Book OWC76 RAN16.0 Transmission Troubleshooting RAN16.0 Transmission Troubleshooting ATM Transmission Faults Troubleshooting
- 183. COMMERCIAL IN CONFIDENCE 183 ATM QoS Faults E1/T1 Faults IMA Faults SAAL Faults IP Transmission Faults Troubleshooting FE/GE Transmission Fault IP Layer Fault Signaling Link Fault User Plane Fault IP Clock Fault RAN16.0 Transmission Troubleshooting Student Book OWC77 BSC6900/BSC6910 CS and PS Troubleshooting BSC6900/BSC6910 PS Troubleshooting HSPA+ and HSPA Data Transmission HSUPA Data Transmission Fault Analysis HSDPA Data Transmission Fault Cell Setup Failure BSC6900/BSC6910 PS Troubleshooting Student Book Duration 6 working days Class Size Min 6，max 12 Training Timetable(Optional)
- 184. COMMERCIAL IN CONFIDENCE 184 1.7.46 WCDMA RAN15.0-RAN16.0 Product Delta Training Training Path Target Audience Field engineer System engineer Site maintainer Prerequisites Successful completion of the following courses: WCDMA RAN16 RNC Configuration Training WCDMA RAN16 NodeB Training Objectives On completion of this program, the participants will be able to: Describe New hardware and the functions Describe new O/M functions Describe important new features Understand the values and benefit of the features Training Content OWC68 WCDMA RAN15-RAN16 Delta for Hardware WCDMA RAN15.0-RAN16.0 Delta for New Maintainability and Testability Feature BSC6900/BSC6910 Evolution Overview Enhanced RNC Platform: BSC6910 BSC6900/BSC6910 Hardware and Capacity Expansion BSC6900/BSC6910 Typical Hardware Configuration New boards in BBU New RF modules NodeB Capability Improvement WCDMA RAN14-RAN15 Delta for New Feature OWC70 0.67dLecture WCDMA RAN14-RAN15 Delta for Operation and Maintenance OWC69 0.67dLecture WCDMA RAN15-RAN16 Delta for Hardware OWC68 0.17dLecture
- 185. COMMERCIAL IN CONFIDENCE 185 OWC69 WCDMA RAN15-RAN16 Delta for O/M WCDMA RAN15.0-RAN16.0 Delta for New Maintainability and Testability Feature Fault Management Assistant Enhancement of Batch Configuration Capturing Packets Tracing Message on Sr Interface Monitoring EVQI Monitoring the Number of Random Access Acknowledgements per Second in a Cell Feature O&M Swap Efficiency Improvement Terminal Black List in RAN16.0 OWC70 WCDMA RAN15-RAN16 Delta for New Feature WCDMA RAN15.0-RAN16.0 Delta for New Feature New hardware and platform RNC in pool UMTS network sharing solution Multi-RAT carrier Joint shutdown UL CE resource pool for 12 cells WB-AMR improvement 160/192 HSPA Users per cell Differentiated service based on application resource reservation Duration 1.5 working days Class Size Min 6，max 12 Training Timetable(Optional)
- 186. COMMERCIAL IN CONFIDENCE 186 1.7.47 WCDMA RAN16.0 RAN Patch Upgrade Training Training Path Target Audience Field engineer System engineer Site maintainer Prerequisites Successful completion of the following program(s): BSC6900/BSC6910 WCDMA RAN16 RNC Operation Training WCDMA RAN16 NodeB Training Objectives On completion of this program, the participants will be able to: Describe the upgrade procedure Describe the preparations before upgrade Perform how to upgrade the RNC Describe the verification operations after upgrade. Describe how to roll the version back to the one before upgrade. Describe the upgrade procedure Perform the upgrade of NodeB Describe the verification operations after upgrade. Describe how to roll the version back to the one before upgrade Training Content OWC71 BSC6900/BSC6910 WCDMA R16 RNC Upgrading BSC6900 WCDMA V900R016 Upgrading Version requirements for upgrade Upgrade Process Preparations for Upgrade Upgrade Operations Post-Upgrade Verification and Processing Version Rollback NodeB WCDMA V200R016 Software Patch and Upgrading OWB59 1dLecture, Lab BSC6900/BSC6910 WCDMA R16 Software Patch and Upgrading OWC71 1dLecture, Lab
- 187. COMMERCIAL IN CONFIDENCE 187 BSC6900 WCDMA V900R016 Upgrading Practice Guide OWB59 NodeB WCDMA V200R016 Upgrading NodeB WCDMA V200R016 Upgrading NodeB Upgrade Guide based on LMT NodeB Upgrade Guide based on U2000 NodeB Upgrade Guide based on U2000+SME NodeB WCDMA V200R016 Upgrading Practice Guide Duration 2 working days Class Size Min 6，max 12 Training Timetable(Optional)
- 188. COMMERCIAL IN CONFIDENCE 188 1.7.48 WCDMA RAN16.0 Emergency Maintenance Training Training Path Target Audience Field engineer System engineer Site maintainer Prerequisites Successful completion of the following courses: WCDMA RAN16 RNC Configuration Training WCDMA RAN16 NodeB Training Objectives On completion of this program, the participants will be able to: Describe Brief Guide to troubleshoot emergency fault Collect fault information for troubleshooting Grasp some typical emergency faults troubleshooting Master basic skills for heavy traffic precaution Understand preparations for heavy traffic precaution Master parameter adjustment of heavy traffic precaution Deal with typical heavy traffic caused fault Describe Brief Guide to troubleshoot emergency fault Collect fault information for troubleshooting Grasp some typical emergency faults troubleshooting Master basic skills for heavy traffic precaution Understand preparations for heavy traffic precaution Master parameter adjustment of heavy traffic precaution Deal with typical heavy traffic caused fault Training Content OWC72 WCDMA RAN16.0 Emergency Maintenance WCDMA RAN16.0 Emergency Maintenance Emergency maintenance overview WCDMA R16 Heavy Traffic Precaution OWC73 0.5dLecture, Lab WCDMA R16 Emergency Maintenance OWC72 0.5dLecture, Lab
- 189. COMMERCIAL IN CONFIDENCE 189 Brief guide to troubleshoot fault Learning about fault symptoms Collecting fault information Measures for accident recovery Typical emergency fault scenarios Upgrade-related Faults Operation-related Faults Dysfunctional Iub Interface Dysfunctional Iu Interface Congestion on the Iu Signaling Plane UE Access Restricted by the License Low Success Rate of SCCP Connection Establishment WCDMA RAN16.0 Emergency Maintenance Practice Guide OWC73 WCDMA RAN16.0 Heavy Traffic Precaution WCDMA RAN16.0 Heavy Traffic Precaution The overview of the heavy traffic precaution Pre-Festival network evaluation and expansion Important KPIs General overview and basic skills introduction General overview Back up and restore Configuration Data View the CPU Usage of SPU and DPU Preparation and suggestions on parameter adjustment before a heavy traffic Preparation before heavy traffic Parameter adjustment before heavy traffic Emergency measures for heavy traffic fault Final preparations CPU overload on the SPU Traffic volume over an SPU subsystem is 0 CPU overload on the MPU CPU overload on the Interface board Congestion on the Iu Signaling Plane CN overload WCDMA RAN16.0 Heavy Traffic Precaution Practice Guide Duration 1 working day Class Size Min 6，max 12 Training Timetable(Optional)
- 190. COMMERCIAL IN CONFIDENCE 190 1.7.49 WCDMA RAN16.0 NodeB Operation and Maintenance Training Training Path Target Audience Field engineer System engineer Site maintainer Prerequisites Basic knowledge of mobile communications At least 1 year working experience in WCDMA wireless network operation and maintenance Objectives On completion of this program, the participants will be able to: Describe the hardware structure of 3900 series NodeB Detail the functions of different subsystems and boards of NodeB Describe the cables connection of NodeB Describe the expansion and networking of NodeB Grasp the hardware structure of MBTS Grasp the BTS local maintenance Maintain site on local terminal Execute the tasks of field maintenance Describe the structure of operation and maintenance system Grasp alarm operation by U2000 Perform MBTS Device maintenance Grasp the operation of Transport connectivity and performance Test NodeB WCDMA V200R016 Initial Data Configuration OWB58 1dLecture, Lab, eLab NodeB WCDMA V200R016 Installation and Commissioning OWB57 1dLecture, Lab NodeB WCDMA V200R016 Operation and Maintenance OWB56 2dLecture, Lab, eLab NodeB WCDMA V200R016 Product Description OWB55 1dLecture
- 191. COMMERCIAL IN CONFIDENCE 191 Grasp check of Transport Link Perform operation of Carrier Resource CELL Grasp the operation of MBTS Tracing Management Grasp the operation of MBTS Monitoring Management Perform Right, log and License Management Understand the MBTS installation procedure Detail the scenarios of NodeB commissioning Understand the process of Automatic OMCH Establishment Understand the Procedure based on different scenarios Perform NodeB commissioning based on U2000 (PnP) Perform NodeB commissioning based on USB+U2000 Perform NodeB commissioning based on LMT+U2000 Understand CME process Outline NodeB data configuration procedure based on CME Perform single NodeB data configuration Perform NodeBs data configuration in batch Training Content OWB55 3900 Series WCDMA NodeB V200R016 Product Description NodeB WCDMA V200R016 Product Description 3900 Series NodeB Overview 3900 Series NodeB Hardware Board and Module of the BBU3900 RF Module Power Module FAN and SLPU BTS3900 Expansion and Networking OWB56 BTS3900 WCDMA V200R016 Operation and Maintenance NodeB WCDMA V200R016 Field Operation and Maintenance Checking hardware LEDs Cable connections Site local maintenance Replacing boards Routine maintenance list NodeB WCDMA V200R016 Field Operation and Maintenance Practice Guide NodeB WCDMA V200R016 Operation and Maintenance Connecting to BTS O/M System Alarm Management by U2000 MBTS Device maintenance Hardware maintenance via U2000 Hardware Maintenance via LMT
- 192. COMMERCIAL IN CONFIDENCE 192 Software and File Management clock maintenance Antenna Test MBTS Transmission Layer Maintenance Transport connectivity and performance Test Transport Link Maintenance MBTS Radio Layer maintenance Basic Concept Carrier Resource Management CELL Management MBTS Tracing Management MBTS Monitoring Management MBTS System Management Right Management Log Management License Management NodeB WCDMA V200R016 Operation and Maintenance Practice Guide OWB57 BTS3900 WCDMA V200R016 Installation and Commissioning NodeB WCDMA V200R016 Hardware Installation MBTS System Overview MBTS Installation Procedures Installing the Cabinet Install the PGND cable Installing Power / Transmission Cables Installing the Input Power Cable for the Cabinet Installation Checklist NodeB WCDMA V200R016 Commissioning the scenarios of NodeB commissioning the process of Automatic OMCH Establishment NodeB commissioning Procedure based on U2000 (PnP) NodeB commissioning Procedure based on USB+U2000 NodeB commissioning Procedure based on LMT+U2000 NodeB WCDMA V200R016 Commissioning Practice Guide OWB58 BTS3900 WCDMA V200R016 Initial Data Configuration NodeB WCDMA V200R016 Initial Data Configuration Introduction to the CME Configuring a Single NodeB Configuring NodeBs in batch by using a summary data file NodeB Data Consistency Check and Exporting NodeB WCDMA V200R015 Initial Data Configuration Practice Guide
- 193. COMMERCIAL IN CONFIDENCE 193 Duration 5 working days Class Size Min 6，max 12 Training Timetable(Optional)
- 194. COMMERCIAL IN CONFIDENCE 194 1.8 WBT 1.8.1 BSC6900 V900R013 WCDMA Product Description(WBT) Training Path Target Audience Field engineer System engineer Site maintainer Prerequisites Basic knowledge of mobile communications At least 1 year working experience in WCDMA wireless network operation and maintenance Objectives On completion of this program, the participants will be able to: Detail the features and capacity of BSC6900 Detail the system structure of BSC6900 Detail the functions of the components of BSC6900 List the typical hardware configuration of BSC6900 Training Content OWC60 BSC6900 V900R013 WCDMA Product Description (WBT) BSC6900 V900R013 WCDMA Product Description(WBT) BSC6900 System Overview BSC6900 Hardware Structure Cabinets Subracks Subsystems and Boards Cables BSC6900 Typical Configuration Duration 1 hour Class Size No limit BSC6900 V900R013 WCDMA Product Description (WBT) OWC60 1HWBT
- 195. COMMERCIAL IN CONFIDENCE 195 1.8.2 WCDMA BSC6900 Operation and Maintenance(WBT) Training Path Target Audience Field engineer System engineer Site maintainer Prerequisites Basic knowledge of mobile communications At least 1 year working experience in WCDMA wireless network operation and maintenance Objectives On completion of this program, the participants will be able to: Detail the structure of operation and maintenance subsystem Perform the RNC routine operation Perform the RNC routine maintenance Training Content OWC61 WCDMA BSC6900 Operation and Maintenance(WBT) WCDMA BSC6900 Operation and Maintenance(WBT) O/M Subsystem Overview Web LMT introduction Alarm Management Device Panel Management Routine Maintenance MML Management of Operation Rights Log Management Performance Monitoring Tracing Management Duration 0.5 hour Class Size No limit WCDMA BSC6900 Operation and Maintenance (WBT) OWC61 0.5HWBT
- 196. COMMERCIAL IN CONFIDENCE 196 1.8.3 WCDMA BSC6900 V900R013 Initial Data Configuration Based on CME(WBT) Training Path Target Audience Field engineer System engineer Site maintainer Prerequisites Basic knowledge of mobile communications At least 1 year working experience in WCDMA wireless network operation and maintenance Objectives On completion of this program, the participants will be able to: Master how to use the CME on Data Configuration Detail the Procedure of BSC6900 Data Configuration Perform Global Data Configuration Perform Equipment Data Configuration Perform Interface Configuration Perform Cell Configuration Outline RNC data configuration procedure based on CME Training Content OWC62 WCDMA BSC6900 V900R013 Initial Data Configuration Based on CME(WBT) WCDMA BSC6900 V900R013 Initial Data Configuration Based on CME(WBT) Introduction of CME BSC6900 Data Configuring base on CME Procedure of data configuration of BSC6900 Preparation Global Data Configuration Equipment Data Configuration Interface Data Configuration Cell Data Configuration Duration 1 hour Class Size No limit WCDMA BSC6900 V900R013 Initial Data Configuration Based on CME (WBT) OWC62 1HWBT
- 197. COMMERCIAL IN CONFIDENCE 197 1.8.4 3900 Series WCDMA NodeB V100R004 Product Description(WBT) Training Path Target Audience Field engineer System engineer Site maintainer Prerequisites Basic knowledge of mobile communications At least 1 year working experience in WCDMA wireless network operation and maintenance Objectives On completion of this program, the participants will be able to: Describe the hardware structure of 3900 series NodeB Detail the functions of different subsystems and boards of NodeB Describe the cables connection of NodeB Describe the expansion and networking of NodeB Training Content OWB54 3900 Series WCDMA NodeB V100R004 Product Description(WBT) 3900 Series WCDMA NodeB V100R004 Product Description(WBT) 3900 Series NodeB Overview 3900 Series NodeB Hardware Board and Module of the BBU3900 RF Module Power Module FAN and SLPU BBU cable connection and RRU cable connection BTS3900 Expansion and Networking3G Spectrum Duration 1 hour Class Size No limit 3900 Series WCDMA NodeB V100R004 Product Description (WBT) OWB54 1HWBT
- 198. COMMERCIAL IN CONFIDENCE 198 1.8.5 WCDMA BTS3900 V100R004 Operation and Maintenance(WBT) Training Path Target Audience Field engineer System engineer Site maintainer Prerequisites Basic knowledge of mobile communications At least 1 year working experience in WCDMA wireless network operation and maintenance Objectives On completion of this program, the participants will be able to: Describe the structure of operation and maintenance system Detail routine operation of NodeB Detail routine maintenance of NodeB Training Content OWB55 WCDMA BTS3900 V100R004 Operation and Maintenance(WBT) WCDMA BTS3900 V100R004 Operation and Maintenance(WBT) NodeB Routine Operation System Management Alarm Management Equipment Management Cell Management Real-time Monitoring Software Management File Management Tracing Management Duration 0.5 hour Class Size No limit WCDMA BTS3900 V100R004 Operation and Maintenance (WBT) OWB55 0.5HWBT
- 199. COMMERCIAL IN CONFIDENCE 199 1.8.6 MBTS 3900 V100R004 WCDMA Initial Data Configuration(WBT) Training Path Target Audience Field engineer System engineer Site maintainer Prerequisites Basic knowledge of mobile communications At least 1 year working experience in WCDMA wireless network operation and maintenance Objectives On completion of this program, the participants will be able to: Outline MBTS data configuration procedure based on CME Complete MBTS data configuration Training Content OWB56 MBTS 3900 V100R004 WCDMA Initial Data Configuration(WBT) MBTS 3900 V100R004 WCDMA Initial Data Configuration(WBT) Introduction to the CME NodeB Data Configuring by GUI mode NodeB Data Configuring by Iub Collaboration Mode NodeB Data Consistency Check and Exporting Duration 0.5 hour Class Size No limit MBTS 3900 V100R004 WCDMA Initial Data Configuration (WBT) OWB56 0.5HWBT
- 200. COMMERCIAL IN CONFIDENCE 200 1.8.7 WCDMA RAN14.0 New Features Overview(WBT) Training Path Target Audience Field engineer System engineer Site maintainer Prerequisites Basic knowledge of mobile communications At least 1 year working experience in WCDMA wireless network operation and maintenance Objectives On completion of this program, the participants will be able to: Describe New hardware and the functions Describe some new O/M functions Describe some important new features Understand the values and benefit of the features Training Content OWC63 WCDMA RAN14.0 New Features Overview(WBT) WCDMA RAN14.0 New Features Overview(WBT) RAN14.0 BSC6900 Capacity Specifications RNC New Hardware: SAUc Nodeb New Board: WBBPf NodeB New Board: UMPT Micro BTS3902E Transmission Resource Pool in RNC Multi-sectors Solution MOCN cell Resource Demarcation Independent Demodulation of Signals from Multiple RRUs in One Cell Intelligent Battery Management Enhanced IP PM Duration 1 hour Class Size No limit WCDMA RAN14.0 New Features Overview (WBT) OWC63 1HWBT
- 201. COMMERCIAL IN CONFIDENCE 201