Table of Contents
- Executive Summary
- Mobile Telecommunications Market Overview
- GSM Still Dominates Mobile World
- Bright Future of Mobile Broadband
- Telecom Industry Benefits From Government Investment
- Technology Adoptions in China After 3G Launch
- 3G Accelerating in China
- Analysis of LTE Technology
- Definition
- Key Characteristics
- LTE-FDD: Widely Supported Worldwide
- TD-LTE: Chinese for LTE-TDD
- Architecture Evolution from 3G to LTE/SAE
- Possible Routes to LTE
- Different Ways, Similar Cost
- Option 1: TD-SCDMA to LTE
- Option 2: GSM to LTE
- Option 3: CDMA One to LTE
- Spectrum Analysis
- Global Spectrum Allocation Overview
- Analysis of China' s LTE Spectrum Allocation
- China' s Spectrum Allocation Overview
- Three in Five Frequency Bands Assigned to LTE?
- Driving Forces and Challenges for LTE in China
- Driving Forces
- Fast Growth of Mobile Internet Use and Data Traffic
- Increasing Bandwidth Attracts Subscribers
- Vendors Proactively Promoting LTE
- China' s Concern With IPR
- Challenges
- Spectrum Allocation
- Government Attitudes to TD-SCDMA Performance and Operator Market Share
- Huge Investment in 3G
- LTE Industrial Chain
- Operator LTE Strategy
- China Mobile
- Current Status
- LTE Strategy
- China Unicom
- Current Status
- LTE Strategy
- China Telecom
- Current Status
- LTE Strategy
- Market Forecasts for LTE in China
- Vendor Profiles
- Alcatel-Lucent
- Ericsson
- Huawei
- Nokia Siemens Networks
- Qualcomm
- ZTE
- Methodology
- Glossary
- Related In-Stat Reports
List of Tables
- Table 1. China' s Radio Technology Adoptions After 3G Launch
- Table 2. Detailed Spectrum Allocation for 2G in China
List of Figures
- Figure 1. China' s LTE Subscriber Forecast, 2009 - 2013 (Subscribers in
Thousands)
- Figure 2. Subscribers Connected by Air Link as of End of 2008
- Figure 3. China' s Subscriber Distribution by Air Link
- Figure 4. China' s Mobile 2G and 3G Subscriber Forecasts, 2009 - 2013
(Subscribers in Millions)
- Figure 5. Relationship Between LTE FDD/TDD and TD-LTE
- Figure 6. Architecture Evolution from 3G to LTE/SAE
- Figure 7. Possible Routes to LTE
- Figure 8. Spectrum Allocated to IMT and/or Mobile Use in WRC07
- Figure 9. Spectrum Allocation for 3G in China
- Figure 10. Possible Spectrum Allocation for LTE in China
- Figure 11. Mobile Internet Users in China (in Millions)
- Figure 12. Broadband Technology Uplink/Downlink Speed Comparison
- Figure 13. China' s Mobile GSM Subscriber Growth (Subscribers in Millions)
- Figure 14. China Mobile' s Revenue Growth by Service
- Figure 15. China Mobile' s TD-LTE Work Plan
- Figure 16. China Unicom Subscriber Growth (Subscribers in Millions)
- Figure 17. China Unicom Revenue Growth
- Figure 18. China Telecom Subscriber Growth (Subscribers in Millions)
- Figure 19. China' s LTE Subscriber Forecast, 2009 - 2013 (Subscribers in
Thousands)
- Figure 20. Ericsson' s Evolved Packet Core for Multi-Access
- Figure 21. Roadmap of Ericsson' s Unified HW and SW Solution for LTE
- Figure 22. Nokia Siemens Networks Proposed Roadmap for Radio Evolution to
LTE
- Figure 23. Nokia Siemens Flexi BTS Modules for GSM/EDGE, WCDMA/HSPA, and
LTE
- Figure 24. ZTE' s SDR Base Station Platform
- Figure 25. Evolution of ZTE' s SDR to LTE
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