 | 1. The Taiwanese WiMAX Industry, 4Q 2009
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 | 1.1 Industry Statistics
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 | 1.2 Industry Development Analysis
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 | 1.2.1 Taiwanese WiMAX CPE Makers' Second-half Shipment Volume Boosted by Positive Outlook on Subscriber Growth
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 | 1.2.2 Indoor CPE and USB Dongle Major Shipments in 2009; WiMAX-enabled Mobile Phones and MID to Take Market Focus in 2010
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 | 1.2.3 Yota of Russia Achieves Significant Subscriber Growth in 3Q 2009
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 | 1.2.4 Expansion of Subscriber Base to Provide Growth Momentum for WiMAX CPE Shipment Volume in 2010
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 | 1.2.5 Full-year 2009 Shipment Volume Forecasted to Top 2.7 Million Units
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 | 2. Opportunities for Taiwanese WiMAX Equipment Makers
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 | 2.1 Introduction
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 | 2.2 Taiwanese WiMAX CPE Shipment Volume
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 | 2.3 Current Product Development of Taiwanese WiMAX Equipment Makers
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 | 2.4 Taiwanese WiMAX CPE Shipment Outlook
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 | 3. The Worldwide WiMAX Subscriber Market in 3Q 2009
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 | 3.1 Current Status of the Worldwide WiMAX Subscriber Market
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 | 3.1.1 2.5GHz and 3.5GHz Users Account for Over 80%
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 | 3.1.2 Pre-WiMAX Subscriber Base Continues to Shrink; 802.16e Subscriber Share Reaches 30%
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 | 3.1.3 ISPs Aggressive towards WiMAX Deployment; Emerging WiMAX Carriers on the Rise
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 | 3.1.4 Existing Equipment Vendors Manage to Maintain Market Share with Pre-WiMAX; Newcomers Seek to Break into the Market with 802.16e Technology
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 | 3.2 Development of Worldwide WiMAX Subscriber Market by Region
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 | 3.2.1 Growth in Western Europe Slows; Growth in North America Contingent on Mobile WiMAX Service Expansion
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 | 3.2.2 Malaysia and Japan See Significant Growth; India Still Awaits Spectrum Auctions
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 | 3.2.3 802.16d Users Continue to Grow; Emerging Carriers Focus on 802.16e Service
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 | 3.2.4 Pending Spectrum Auctions, Latin American Market Ready for Takeoff
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 | 3.2.5 WiMAX Has Just Begun in the Middle East, Pakistan, and Africa; Saudi Arabia and Pakistan Show Significant Development Potential Market
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 | 3.3 Conclusion
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 | 3.3.1 Worldwide Subscriber Base Projected to Top Six Million by Year-end 2009; Development Differs in Mature and Emerging Markets
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 | 3.3.2 Mobile WiMAX Subscriber Base Sees Rapid Growth; New Carriers on the Rise
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 | 4. Current Product Development of Major Mobile WiMAX Chipset Suppliers: Intel, Beceem, Sequans
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 | 4.1 An Overview of the Global WiMAX Market Development
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 | 4.2 Current Status of Taiwan's WiMAX CPE Industry
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 | 4.3 Three Major Chipset Suppliers' Product Development
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 | 4.3.1 Intel's WiMAX Chipset Development
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 | 4.3.2 Beceem's WiMAX Chipset Development
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 | 4.3.3 Sequans's WiMAX Chipset Development
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 | 4.4 Three Major Chipset Suppliers' Future Product Development Trends
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 | 4.4.1 Multi-band Chipsets to Become Mainstream
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 | 4.4.2 Different Technology Integration Strategies for Respective Suppliers' Multi-mode Products
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 | 4.5 MIC Perspective
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 | 4.5.1 Multi-mode Chipsets Expected to Advance the Development of Diverse Applications
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 | 4.5.2 Intel Leverages Platform Resources; Sequans Focuses on Support for Card Products; Beceem Highlights Voice Functionality
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 | 5. Development of WiMAX Policies and Emerging Opportunities in Brazil
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 | 5.1 Brazil: Overall Introduction
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 | 5.2 Brazil's Telecommunications Regulatory Authorities
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 | 5.2.1 ANATEL
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 | 5.3 Development of Brazil's WiMAX Policies
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 | 5.3.1 Brazil's WiMAX Spectrum and License Policies
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 | 5.3.2 Certification of WiMAX Devices in Brazil
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 | 5.3.3 Tax Rates for WiMAX Devices in Brazil
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 | 5.4 MIC Perspective
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 | 5.4.1 Mobile WiMAX Service Takeoff Still Awaits Release of New Spectrums
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 | 5.4.2 Lengthy Certification Process and High Tax Rates Continue to Plague Overseas Equipment Vendors
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 | 6. Current Status and Future Development of WiMAX in Brazil: Industry and Market
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 | 6.1 WiMAX Equipment Industry Chain Development in Brazil
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 | 6.1.1 Chipset Suppliers
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 | 6.1.2 Equipment Providers
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 | 6.1.3 System Integrators
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 | 6.2 Current Development of WiMAX Service Market in Brazil
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 | 6.2.1 Current Status of the Brazilian Broadband Market
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 | 6.2.2 Current Status of WiMAX Subscriber Development in Brazil
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 | 6.2.3 Current Development of Major Brazilian WiMAX Carriers
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 | 6.3 Conclusion
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 | 6.3.1 Taiwanese Vendors Expected to Tap the Brazilian Mobile WiMAX Market through Technology Collaboration or Joint Branding
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 | 6.3.2 Pressing Demand for Value-line 3.5GHz Mobile WiMAX Terminal Devices
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 | 7. Development of WiMAX Policies and Emerging Opportunities in Russia
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 | 7.1 Russia: Overall Introduction
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 | 7.2 Russia's Telecommunications Regulatory Authorities
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 | 7.2.1 Ministry of Communications and Mass Communications of Russian Federation
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 | 7.2.2 Russian Federal Surveillance Service for Mass Communications and Cultural Heritage Protection
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 | 7.2.3 The General Radio Frequency Center
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 | 7.2.4 National Radio Association
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 | 7.3 Development of Russia's WiMAX Policies
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 | 7.3.1 Spectrum and License Policies
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 | 7.3.2 Certification of WiMAX Devices in Russia
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 | 7.4 MIC Perspective
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 | 7.4.1 Business Opportunities for Mobile WiMAX Deployment Emerge; New Mobile WiMAX Spectrum Expected to Be Released
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 | 7.4.2 High Tax Rates and Complicated Certification Process Pose Challenges to Overseas Vendors
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 | 8. Current Status and Future Development of the WiMAX Market in Russia
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 | 8.1 Introduction to Broadband Service Market Development in Russia
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 | 8.2 Current Status of WiMAX Development in Russia
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 | 8.2.1 Current Development of Major Russian WiMAX Carriers
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 | 8.3 Conclusion
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 | 8.3.1 Fixed and Mobile WiMAX Networks Continue to Expand Simultaneously
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 | 8.3.2 High-price Devices Appeal to High-end Customers; Value-line Devices Target the Remote Regions
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 | 9. Profiling Major Players in Russia's WiMAX Industry: InfiNet Wireless and Cedicom
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 | 9.1 InfiNet Wireless
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 | 9.1.1 Development Process
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 | 9.1.2 Products and Services
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 | 9.1.3 Business Model
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 | 9.2 Cedicom
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 | 9.2.1 Development Process
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 | 9.2.2 Technologies and Services
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 | 9.2.3 Business Model
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 | 9.3 MIC Perspective
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 | 9.3.1 Flexibility a Key Feature of Russian System Integrators
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 | 9.3.2 Price Competition Expected to Heighten in the Future
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 | 10. Russian WiMAX Carrier Yota's Current Development
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 | 10.1 Development Process
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 | 10.2 Network Deployment Plans
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 | 10.3 Subscriber Status
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 | 10.4 Application Services
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 | 10.4.1 Yota 4G Internet
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 | 10.4.2 Yota Music
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 | 10.4.3 Yota Yap-Yap
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 | 10.4.4 Yota TV
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 | 10.4.5 Yota Video
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 | 10.4.6 Yota Tariff Plans
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 | 10.5 WiMAX CPE
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 | 10.6 MIC Perspective
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 | 10.6.1 Yota Benefits from Strong Government and Financial Support
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 | 10.6.2 Construction of Its Own Backhaul Network and Collaboration with a Single Equipment Vendor Facilitate Network Deployment
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 | 10.6.3 Rich Multimedia Content Combined with Flat Rates Attract User Subscription
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 | 10.6.4 Entering the Overseas Markets Leveraging Low-cost WiMAX-enabled Notebook PCs and CPE
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 | 11. Current Status and Future Development of WiMAX in India: Policies, Industry, and Market
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 | 11.1 India: Overall Introduction
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 | 11.2 India's Telecommunications Regulatory Authorities
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 | 11.2.1 DoT (Department of Telecom)
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 | 11.2.2 TRAI (Telecommunications Regulatory Authority of India)
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 | 11.3 Development of India's WiMAX Policies
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 | 11.3.1 India's Telecommunications and Broadband Policies
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 | 11.3.2 WiMAX Spectrum Policies
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 | 11.3.3 Current Development of India's WiMAX Product Certification
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 | 11.4 Outlook for India's WiMAX Policy Development
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 | 11.4.1 Frequency Interference Arising from Collision with Satellite Services Needs Solving
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 | 11.4.2 Importance of Release 1.5 to Increase; Results of BSNL's FDD WiMAX Deployment Expected to Be Crucial for India's WiMAX Development
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 | 11.5 WiMAX Industry Development in India
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 | 11.5.1 WiMAX Industry Clusters
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 | 11.6 Development of India's WiMAX Equipment Industry Value Chain
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 | 11.6.1 Chipset Suppliers
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 | 11.6.2 Equipment Providers
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 | 11.6.3 System Integration and Testing Service Providers
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 | 11.7 Indian WiMAX Industry Outlook
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 | 11.7.1 Lacking in WiMAX Chipset Capability while Competitive in Equipment Production
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 | 11.7.2 Overseas Companies Plagued by High Tariff; Indian and Taiwanese Companies Expected to Benefit from Collaboration
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 | 11.8 Telecommunications Market Development in India
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 | 11.9 WiMAX Subscriber Development in India
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 | 11.10 Current Development of Major Indian WiMAX Carriers
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 | 11.10.1 BSNL
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 | 11.10.2 MTNL
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 | 11.10.3 Tata Communications
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 | 11.10.4 Reliance Communications
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 | 11.10.5 Aircel
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 | 11.10.6 Bharti Airtel
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 | 11.11 Indian WiMAX Market Outlook
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 | 11.11.1 Indian Carriers Prefer Network Deployment on Franchise Basis
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 | 11.11.2 Initial Market Demand to Consist of Low-price, VoIP-capable Products
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 | 12. Malaysian WiMAX Carrier Packet One Networks' Current Development
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 | 12.1 Development Process
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 | 12.2 Network Deployment Planning
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 | 12.3 Subscriber Status
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 | 12.4 Application Services
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 | 12.5 MIC Perspective
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 | 12.5.1 Government Spur and Support Propel WiMAX Development in Malaysia
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 | 12.5.2 Packet One Networks Taps into the Malaysian and ASEAN Broadband Market with High Speed/Price Ratio
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 | 13. Current Development of UQ Communications' WiMAX Service in Japan
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 | 13.1 UQ Communications: Background
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 | 13.2 UQ Communications' WiMAX Deployment Plans and Strategies
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 | 13.3 UQ Communications' WiMAX Services
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 | 13.4 UQ Communications MVNO Business Model
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 | 13.5 CPE Sales under the MVNO Model
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 | 13.6 Conclusion
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 | 13.6.1 UQ Communications' WiMAX Service Challenged by New-generation PHS and 3Q Services
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 | 13.6.2 Diverse WiMAX Application Services Projected Thanks to MVNO Business Model
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 | 14. Global WiMAX Market Development as of 3Q 2009
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 | 14.1 WiMAX Market Development in Europe as of 3Q 2009
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 | 14.2 WiMAX Market Development in the Americas as of 3Q 2009
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 | 14.3 WiMAX Market Development in Asia as of 3Q 2009
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 | 14.4 WiMAX Market Development in Africa as of 3Q 2009
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 | 14.5 WiMAX Market Development in Oceania as of 3Q 2009
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 | Appendix
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