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LTE Ecosystem Report 2012-2017NEW YORK, July 12, 2012 /PRNewswire via COMTEX/ -- Reportlinker.com announces that a new market research report is available in its catalogue: LTE Ecosystem Report 2012-2017 http://www.reportlinker.com/p0567588/LTE-Ecosystem-Report-2012-2017.html#utm_source=prnewswire&utm_medium=pr&utm_campaign=Wireless_Technology Report Details The mass deployment of 3G networks has accelerated the adoption of smart devices, conditioning users to access wireless data services on a daily basis. The growing strain on current 3G networks due to increased mobile traffic has driven operators to start deploying 4G networks in order to cope with future demand. As a result, LTE has emerged as the prime candidate for 4G networks, prompting mass commitment and adoption on a global level. Visiongain has calculated that $10.84bn will be spent on LTE infrastructure in 2012. The number of LTE subscribers is set for dynamic growth in the next five years, as operators build and trial LTE in order to cope with the increasing amounts of data traffic on their networks. The successful launch of a number of LTE networks in the US, Asia and Europe is driving ever greater adoption of 4G services. A wide range of mobile services will be enabled by the deployment of LTE, including streaming video-on-demand, video conferencing, high quality VoIP, high-speed upload of user-generated content, consistent low-latency online gaming, paid dynamic content such as e-newspapers and e-magazines, video-based mobile advertising, on-demand music download and storage, application sharing and cloud-based services. For these services to be rendered available, operators need to build out LTE networks, which are based on an all-IP network architecture for packet-switched rather than circuit-switched voice services. Governments worldwide have held 4G spectrum auctions or are planning to in the coming years, and many Tier1 mobile operators are building, trialling and deploying commercial LTE services. This is generating significant revenue growth for the LTE infrastructure market. Markets in North America and Asia Pacific will experience strong growth along with Europe. Middle Eastern nations will also show signs of a dynamic LTE market, as their governments are keen to roll-out the latest and fastest cellular networks. LTE spending in the rest of the world, such as in Latin American and Africa, will be much less significant, despite a favourable growth rate. The increased adoption of broadband networks and the decreasing prices of smart devices will eventually change the situation in the long term. Unique Selling Points Comprehensive analysis of the prospects for the LTE market from 2012-2017. Analysis and forecasting informed by extensive expert consultation with industry leaders. You will be able to read full transcripts of interviews from 2 leading companies involved within the LTE market. 88 tables, charts and figures that quantify, analyse and forecast the changing dynamics of the LTE market between 2012-2017. Forecasts and analysis for the global LTE market between 2012-2017 Forecasts and analysis for 3 LTE submarkets from 2012-2017. Forecasts and analysis for 10 leading national LTE subscriber markets for the period 2012-2017 Analysis of the forces that influence and characterise the LTE ecosystem. Profiles of 32 leading companies operating within the LTE ecosystem. Methodology This report has been compiled by combining information obtained from a very wide and rich mixture of primary and secondary research sources, producing a broad industry overview. Visiongain sought opinions from leading figures in the LTE market to underpin the analysis of market drivers and restraints. The study draws on a diverse range of official corporate and governmental announcements, media reports, policy documents, industry statements and expert opinion as a basis for discussing and predicting developments in the LTE market between 2012 and 2017. Visiongain considers that this methodology results in an accurate, objective mixture of analyses and forecasts. Why you should buy LTE Ecosystem Report 2012-2017 You will receive a comprehensive analysis of the LTE ecosystem from 2012-2017 The analysis and forecasting has been informed by extensive expert consultation with industry leaders. Within the report, you will be able to read full transcripts of interviews from 2 leading companies involved within the LTE market: Fujitsu Ericsson. You will find 88 tables, charts, and graphs that quantify, analyse and forecast the LTE market from 2012-2017. You will find forecasts and analysis of 3 global LTE submarkets over the period 2012-2017: LTE infrastructure revenues LTE service revenues. LTE subscribers The LTE infrastructure revenues are forecast for the key regions form 2012-2017 Asia-Pacific North America Latin America Middle East & Africa Europe The LTE service revenues are forecast for the key regions form 2012-2017 Asia-Pacific North America Latin America Middle East & Africa Europe You will be presented with the 10 leading national LTE subscriber forecasts for the period 2012-2017: Sweden Germany Russia India South Korea Japan China United States Brazil Saudi Arabia. You will receive a SWOT analysis that examines the LTE market from 2012-2017. You will gain profiles of 32 leading companies operating within the LTE market. What is the structure of the report? Executive Summary Chapter 1 provides an introduction to LTE technology. Chapter 2 provides an analysis of the LTE ecosystem, including the value chain and the different primary and secondary market players. Chapter 3 provides forecasts and analysis of subscriber growth, infrastructure revenues and service revenues over the period 2012 to 2017 for the global and regional LTE market. Chapter 4 provides forecasts and analysis of subscriber growth over the period 2012 to 2017 for the national LTE markets of the following countries: Sweden Germany Russia India South Korea Japan China United States Brazil Saudi Arabia. Chapter 5 features two interviews from leading companies: Fujitsu Ericsson. Chapter 6 provides the conclusions, a SWOT analysis discussing the main strengths, weaknesses, opportunities and threats, and finally recommendations for market players. Chapter 7 provides additional tables. Chapter 8 is a glossary of acronyms used in the report. Visiongain is a trading partner with the US Federal Government CCR Ref number: KD4R6 Table of Contents Executive Summary E.1 Market Drivers E.1.1 Mass Market Adoption E.1.2 Lower Costs for Operators E.1.3 Industry Support E.1.4 Low Standards Competition E.2 Market Restraints E.2.1 Fragmentation of the Radio Spectrum E.2.2 Low Technology Maturity E.2.3 Back End Integration E.2.4 High Costs for End Users E.3 The Aim & Scope of the Report E.4 Structure of the Report E.5 Methodology 1. Introduction to LTE Technology 1.1 A Brief History of LTE Development 1.2 LTE: A Solution to Increasing Mobile Data Traffic 1.3 From Homogeneous to Heterogeneous Networks 1.4 LTE Network Architecture 1.4.1 eNodeB 1.4.2 Evolved Packet Core 1.4.3 Services Network 1.5 LTE Release 8/ 9 and 10 (LTE-Advanced) 1.6 Orthogonal Frequency Division Multiplexing 1.7 Smart Antennas & Multiple Input Multiple Output 1.7.1 Advanced DL MIMO Techniques 1.7.2 Advanced UL MIMO Techniques 1.8 Spectrum Utilisation 1.9 Carrier Aggregation 1.10 Relaying 1.11 Femtocells 1.12 Coordinated Multipoint 1.13 Backhaul Solutions 1.14 Supporting Voice on LTE 1.14.1 Circuit Switched Fallback 1.14.2 Voice over LTE Generic Access (VoLGA) 1.14.3 IP Multimedia Subsystem 1.14.4 Voice over IMS 1.14.5 Voice Call Continuity 1.15 LTE FDD vs. TDD 1.16 LTE vs. WiMAX 1.17 LTE Standards, Regulations, Forums and Alliances 2. The LTE Ecosystem 2.1 Value Chain 2.1 Primary Players in the LTE Value Chain 2.1.1 Alcatel Lucent 2.1.2 Cisco Systems 2.1.3 Ericsson 2.1.5 Fujitsu 2.1.6 Hitachi 2.1.7 Huawei 2.1.8 NEC 2.1.9 Nokia Siemens Networks 2.1.10 Qualcomm 2.1.11 Samsung 2.1.12 ZTE 2.2 Supporting Players in the LTE Value Chain 2.2.1 Acme Packet 2.2.2 Agilent Technologies 2.2.3 Aricent 2.2.4 BridgeWave Communications 2.2.5 Broadcom 2.2.6 EDX Wireless 2.2.7 Mindspeed Technologies 2.2.8 RadSys 2.2.9 Rohde & Schwarz 2.2.10 Tatara Systems 2.3 Operator Strategies 2.3.1 AT&T 2.3.2 China Mobile 2.3.3 Etisalat 2.3.4 O2 & Telefonica 2.3.5 TeliaSonera 2.3.6 T-Mobile & Deutsche Telekom 2.3.7 Verizon Wireless 2.3.8 Vodafone 2.3.9 Zain 2.4 LTE Value Propositions for Operators 2.5 LTE Challenges for Operators 2.5.1 Acquiring the Spectrum and its Harmonisation 2.5.2 Spectrum Allocation Issues 2.5.3 How to Increase LTE Coverage while Keeping CapEx Low? 2.5.4 Reducing Interference 2.5.5 Spectrum Refarming 2.5.6 Backhaul Costs and Options 2.5.7 Evolving to an all IP Network 2.5.8 Interoperability Issues 2.5.9 LTE Handset Availability Issues 2.5.10 Lack of Availability of Trained Employees 2.6 Risks for Operators with LTE 2.6.1 Vendor Complacency May Reduce LTE's Advancement 2.6.2 All Operators May not Achieve Similar Returns with LTE 2.6.3 Operators and Vendors Need to Make Significant R&D Investments 2.7 LTE Robustness from a Technology Perspective 2.7.1 Reduced Cost per Bit 2.7.2 OpEx Saving with LTE 2.7.3 CapEx Saving with LTE 2.7.4 Cost of LTE Deployments 2.7.5 Data ARPU 3. The Global LTE Market 2012-2017 3.1 Global LTE Subscriber Forecast 2012-2017 3.2 Regional LTE Subscriber Forecast 2012-2017 3.3 Regional LTE Subscriber Forecast Market Share 3.4 Regional LTE Subscriber Forecast AGR & CAGR 3.5 Global LTE Infrastructure Revenue Forecast 2012-2017 3.6 Regional LTE Infrastructure Revenue Forecast 2012-2017 3.7 Regional LTE Infrastructure Revenue Forecast by Market Share 3.8 Regional LTE Infrastructure Revenue Forecast AGR & CAGR 3.9 Global LTE Service Revenue Forecast 2012-2017 3.10 Regional LTE Service Revenue Forecast 2012-2017 3.11 Regional LTE Service Revenue Forecast by Market Share 3.12 Regional LTE Service Revenue Forecast AGR & CAGR 3.13 Global LTE Handset Forecast 2012-2017 4. Leading National LTE Markets 2012-2017 4.1 Sweden 4.2 Germany 4.3 Russia 4.4 India 4.5 South Korea 4.6 Japan 4.7 China 4.8 United States 4.9 Brazil 4.10 Saudi Arabia 5. Expert Opinion 5.1 Fujitsu 5.1.1 Primary Drivers 5.1.2 Business Opportunities 5.1.3 LTE vs. Fixed-line Broadband 5.1.4 Regional Growth 5.1.5 VoLTE 5.1.6 Main Obstacles 5.1.7 Fujitsu LTE Products 5.2 Ericsson 5.2.1 Primary Drivers 5.2.2 Business Opportunities 5.2.3 LTE vs. Fixed-line Broadband 5.2.4 Regional Growth 5.2.5 VoLTE 5.2.6 Main Obstacles 5.2.7 Ericsson LTE Products 6. Conclusion 6.1 LTE's Economic Potential 6.2 SWOT Analysis of the LTE Ecosystem 6.2.1 Strengths 6.2.2 Weaknesses 6.2.3 Opportunities 6.2.4 Threats 6.3 Recommendations for Operators 6.3.1 Technology Deployment Strategies 6.3.2 Embrace User Friendly Tariffs 6.3.3 Provide Uniform User Experience 6.3.4 Ensure the Availability of Affordable LTE Devices 6.3.5 Offer Ubiquitous Coverage 6.3.6 Manage Diverse Networks Efficiently 6.3.7 Develop Partnership with Application Developers 6.3.8 Design Networks Efficiently 6.4 Recommendations for Vendors 6.5 Recommendations for Device Manufacturers 6.6 Key Findings of the Report 6.6.1 Global LTE Subscriber Forecast 6.6.2 Regional LTE Subscriber Forecast 6.6.3 Regional LTE Subscriber Forecast by Market Share 6.6.4 Regional LTE Subscriber Forecast AGR & CAGR 6.6.5 Global LTE Infrastructure Revenue Forecast 6.6.6 Regional LTE Infrastructure Revenue Forecast 6.6.7 Regional LTE Infrastructure Revenue Forecast by Market Share 6.6.8 Regional LTE Infrastructure Revenue Forecast AGR & CAGR 6.6.9 Global LTE Service Revenue Forecast 6.6.10 Regional LTE Service Revenue Forecast 6.6.11 Regional LTE Service Revenue Forecast by Market Share 6.6.12 Regional LTE Service Revenue Forecast AGR & CAGR 6.6.13 LTE Handset Forecast 6.6.14 Leading National LTE Markets 7. Additional Tables 8. Glossary Appendix A- About visiongain Appendix B - Visiongain report evaluation form List of Charts, Figures and Tables Chart 2.1 Breakdown of Operator Revenues (Cost and Profit Analysis) 2012 (%) Chart 2.2 CapEx Breakdown of a Typical western European Operator 2012 (%) Chart 2.3 Global Data ARPU Growth Forecast LTE Operators 2012-2017 (USD) Chart 3.1 Global LTE Subscribers Forecast 2012-2017 (Million Subscribers) Chart 3.2 Regional LTE Subscribers Forecast 2012-2017 (Million Subscribers) Chart 3.3 Regional LTE Subscribers Share Forecast 2012 (%) Chart 3.4 Regional LTE Subscribers Share Forecast 2017 (%) Chart 3.5 Regional LTE Subscribers Forecast 2013-2017 (AGR %) Chart 3.6 Global LTE Infrastructure Revenue Forecast 2012-2017 (Billion USD) Chart 3.7 Regional LTE Infrastructure Revenue Forecast 2012-2017 (Billion USD) Chart 3.8 Regional LTE Infrastructure Revenue Market Share Forecast 2012 (%) Chart 3.9 Regional LTE Infrastructure Revenue Market Share Forecast 2017 (%) Chart 3.10 Regional LTE Infrastructure Revenue Forecast 2013-2017 (AGR %) Chart 3.11 Global LTE Service Revenue Forecast 2012-2017 (Billion USD) Chart 3.12 Regional LTE Service Revenue Forecast 2012-2017 (Billion USD) Chart 3.13 Regional LTE Service Revenue Market Share Forecast 2012 (%) Chart 3.14 Regional LTE Service Revenue Market Share Forecast 2017 (%) Chart 3.15 Regional LTE Service Revenue Forecast 2013-2017 (AGR %) Chart 3.16 Global LTE Handset Shipments Forecast 2012-2017 (Million Units) Chart 4.1 Leading National LTE Subscribers Forecast 2012-2017 (Million Subscribers) Chart 4.2 Leading National LTE Subscriber Share Forecast 2012 (%) Chart 4.3 Leading National LTE Subscriber Share Forecast 2017 (%) Chart 4.4 Swedish LTE Subscribers Forecast 2012-2017 (Thousand Subscribers) Chart 4.5 German LTE Subscribers Forecast 2012-2017 (Thousand Subscribers) Chart 4.6 Russian LTE Subscribers Forecast 2012-2017 (Thousand Subscribers) Chart 4.7 Indian LTE Subscribers Forecast 2012-2017 (Million Subscribers) Chart 4.8 South Korean LTE Subscribers Forecast 2012-2017 (Million Subscribers) Chart 4.9 Japanese LTE Subscribers Forecast 2012-2017 (Million Subscribers) Chart 4.10 Chinese LTE Subscribers Forecast 2012-2017 (Million Subscribers) Chart 4.11 US LTE Subscribers Forecast 2012-2017 (Million Subscribers) Chart 4.12 Brazilian LTE Subscribers Forecast 2012-2017 (Thousand Subscribers) Chart 4.13 Saudi Arabian LTE Subscribers Forecast 2012-2017 (Thousand Subscribers) Figure 1.1 IMT-2000 and IMT-Advanced Mobility vs. Peak Data Rate Figure 1.2 LTE Network Architecture Figure 1.3 MIMO Adaptive Switching Scheme Figure 1.4 LTE-Advanced Main MIMO Modes Figure 1.5 Femtocell Architecture Figure 1.6 LTE Voice Options Figure 2.1 LTE Value Chain Table 1.1 LTE Drivers and Restraints Table 1.2 ITU-R Family of IMT-2000 Terrestrial Radio Interfaces Table 1.3 Salient Characteristics of LTE Table 1.4 Possible Channel Bandwidths in a LTE Network Table 1.5 LTE Antenna Configuration Table 1.6 Features of LTE-A DL MIMO Table 1.7 Features of LTE-A UL MIMO Table 1.8 FD LTE Bands and Frequencies for Uplink and Downlink Table 1.9 TD LTE Bands and Frequencies for Uplink and Downlink Table 1.10 Carrier Aggregation Band or Band Combination (Operator, Duplex Mode) Table 1.11 Difference between FDD-LTE and TD-LTE Table 1.12 Issues with WiMAX Table 1.13 Organisations Working on 4G and LTE Standardisation Table 2.1 Primary Players in the LTE Value Chain (Device, Infrastructure & Chipset) Table 2.2 Supporting Players in the LTE Value Chain (Femtocell, Test Equipment, Components and Software, Network Elements, IMS) Table 2.3 EDX Wireless Product Portfolio Table 2.4 LTE Value Proposition for Operators Table 2.5 LTE Frequency Bands and their Advantages/Disadvantages Table 3.1 Global LTE Subscribers Forecast 2012-2017 (Million Subscribers, AGR & CAGR %) Table 3.2 Regional LTE Subscribers Forecast 2012-2017 (Million Subscribers) Table 3.3 Regional LTE Subscribers Share Forecast 2012-2017 (%) Table 3.4 Regional LTE Subscribers Forecast 2013-2017 (AGR %) Table 3.5 Regional LTE Subscribers Forecast 2012-2017 (CAGR %) Table 3.6 Global LTE Infrastructure Revenue Forecast 2012-2017 (Billion USD, AGR & CAGR %) Table 3.7 Regional LTE Infrastructure Revenue Forecast 2012-2017 (Billion USD) Table 3.8 Regional LTE Infrastructure Revenue Market Share Forecast 2012-2017 (%) Table 3.9 Regional LTE Infrastructure Revenue Forecast 2012-2017 (CAGR %) Table 3.10 Regional LTE Infrastructure Revenue Forecast 2013-2017 (AGR %) Table 3.11 Global LTE Service Revenue Forecast 2012-2017 (Billion USD, AGR & CAGR %) Table 3.12 Regional LTE Service Revenue Forecast 2012-2017 (Billion USD) Table 3.13 Regional LTE Service Revenue Market Share Forecast 2012-2017 (%) Table 3.14 Regional LTE Service Revenue Forecast 2012-2017 (CAGR %) Table 3.15 Regional LTE Service Revenue Forecast 2013-2017 (AGR %) Table 3.16 Global LTE Handset Shipments Forecast 2012-2017 (Million Units, AGR & CAGR %) Table 4.1 Leading National LTE Subscribers Forecast 2012-2017 (Million, AGR %) Table 4.2 Leading National LTE Subscriber CAGR Ranking 2012-2017 (%) Table 4.3 Leading National LTE Subscriber Share Forecast 2012 & 2017 (%) Table 4.4 Swedish LTE Subscribers Forecast 2012-2017 (Thousand Subscribers, AGR & CAGR %) Table 4.5 German LTE Subscribers Forecast 2012-2017 (Thousand Subscribers, AGR & CAGR (%) Table 4.6 Russian LTE Subscribers Forecast 2012-2017 (Thousand Subscribers, AGR & CAGR (%) Table 4.7 Indian LTE Subscribers Forecast 2012-2017 (Million Subscribers, AGR & CAGR %) Table 4.8 South Korean LTE Subscribers Forecast 2012-2017 (Million Subscribers, AGR & CAGR %) Table 4.9 Japanese LTE Subscribers Forecast 2012-2017 (Million Subscribers, AGR & CAGR %) Table 4.10 Chinese LTE Subscribers Forecast 2012-2017 (Million Subscribers, AGR & CAGR %) Table 4.11 US LTE Subscribers Forecast 2012-2017 (Million Subscribers, AGR & CAGR %) Table 4.12 Brazilian LTE Subscribers Forecast 2012-2017 (Thousand Subscribers, AGR & CAGR %) Table 4.13 Saudi Arabian LTE Subscribers Forecast 2012-2017 (Thousand Subscribers, AGR & CAGR %) Table 6.1 LTE's Economic Potential Table 7.1 List of Global LTE Commitments by Country and Operator (January 2012) Companies Listed 3 3 Denmark 3 Italia 3 UK 8ta A1 Telekom Ablaze Accelicon Technologies AceAxis Acme Packet Aeroflex Agilent Labs Agilent Technologies Agri-Valley Broadband Aircel Aircell Airspan Airvana AirWalk Comm AIS - TOT Al Madar Alaska Communications Alcatel Lucent Alfa Group Algar Telecom Alpha Altair Semiconductor Altera Alvarion America Movil (AM) Andorra Telecom Anritsu Antel Appalachian Wireless Apple Aricent Armentel Army Arqiva Asiaspace AT&T AT&T Mobility Augere AuthenTec Avea Aviat Bakrie Telecom Base Telecom Batelco Bayan Telecommunications Bayanat BayRICS Beeline Belgacome (Proximus) Bell Mobility BeST (life) Bharti Airtel Bite BitWave Semiconductor Bluegrass Cellular Bouygues Telecom BreakingPoint Bridgewaters Systems BridgeWave Communications Brighthouse Networks Broadcom BSNL BTC C Spire Wireless Carolina West Wireless Cavium Networks Celcom Cell C Cellcom Cellular South CenturyTel Chariton Valley Comms China Mobile China Telecom Chunghwa Telecom Cisco Systems City of Charlotte Council Claro Clear Mobitel Clearwire Cognovo Radio Comcast Commnet Wireless Continous Computing Convergence Technologies Cosmote Cox Communications Cross Telephone CSL Limited CTBC Custer Telephone Datang Dedicado Deutsche Telekom Group Dialog Axiata DiGi Direct TV Dish Network DNA DPC/AIS Du E Plus eAccess EDX Wireless Elisa Emirates Telecommunications (Etisalat) Emobile EMT Energy Australia Ausgrid Entel Movil Entel PCS ERA/T Mobile Ericsson Etex Telephone Co-op Etihad Etisalat (Mobily) Etisalat Misr ETS-Lindgren Everything Everywhere/BT EXFO Fitel Flextronics FPT Telecom Franklin Wireless Freescale Fujitsu Ltd. GCT Semiconductor Gemtek Genband Glo Mobile Global Mobile Globe H3G Hi Silicon Hi3G Hitachi HSL HTC Huawei Hutchison 3 ICE Icera (NVIDIA) Indosat Infineon (Intel) Infinet Ip.access IPG Communications Juniper Networks Kcell KDDI Kordia KPN KPN Base KT Lattelecom Leap Wireless / Cricket LG Electronics LG U+ LG UPlus LightSquared Lightsquared Lime Microsystems LMT M1 Magticom Magyar Telekom Marvell Maxim Maxis MediaTek MegaFon MetroPCS MIMON MindSpeed Mobikom Austria Mobile TeleSystems Mobinil Mobistar Mobitel Mobyland and CentreNet Moldcell Monaco Telecom Mosaic Telecom Motorola Mobility Movicel Movistar MTC M-Tel MTN MTNL MTS MTS Allstream MTS-Ukraine NBN Co Ncell NEC Net4Mobility Nokia Nokia Siemens Networks Nomor Nortel Northwest Cell NSN-Motorola NTT DoCoMo NVN Co O2 O2 Secure Wireless OAO Voentelecom Oi Omantel Omnitel Open mobile Optus Orange Orange America Orange Slovakia Orange TBC P1 Networks Panasonic Panasonic Mobile Communications Panhandle Telephone Co-op Pantech PCCW Peoples Telephone Co-op Personal Picochip Piltel Pioneer Cellular Public Service Wireless Qtel Qualcomm Qualcomm India RadiSys Rakon Reliance Industries Renesas Electronics RFMD RIM Rogers Wireless Rohde & Schwarz Roskomnadzor Rostelecom Rosum S and R Communications S&T Telephone Cooperative Safaricom Samsung Group Sao Paulo Military Police Sasktel Scartel Sequans Communications Sercom SFR Shanghai Bell Siemens Signav SingTel SK Telecom Sky Brazil Slovak Telecom Smart Communications Smartone Vodafone Smarts Samsung Electronics Softbank Mobile Sonaecom / Optimus Sonus Networks Sony Sony Ericsson SpectrumCo SpeedConnect SpiderCloud Spirent Sprint Starcomms Starhub STC ST-Ericsson Strata Networks Sunrise Swisscom Tata Elxis Tatara Systems TDC Tekelec TelaSonera Telcel Telcordia Tele 2 Tele2 Russia Tele2 Sweden Telecom Italia Telecom NZ Telefonica Telefonica Germany Telenet TeleNor Telenor Magyarorszag Telenor Sweden Telia TeliaSonera Telkomsel Telstra Telus Texas Energy Network Texas Instruments T-Hrvatski Telekom Thumb Cellular Tikona Digital Time Warner Cable TMN T-Mobile T-Mobile Austria T-Mobile Croatia T-Mobile Czech Republic T-Mobile German T-Mobile Hungary T-Mobile Macedonia T-Mobile Netherlands T-Mobile Slovensko T-Mobile UK T-Mobile USA Triatel True Move TTK Tunisiana Turkcell TVA Brazil U Mobile UCell UK Broadband UME EPM United Wireless Unitel US Cellular VDC Verizon Wireless VHA Videotron Viettel3 Vimpelcom VIPNet Viva Viva Bahrain Viva Cell-MTS Vivid Wireless Vivo Vodacom Vodafone Vodafone NZ Vodafone Portugal Vodafone Qatar Vox WBS Wind Mobile Woosh XL Axiata Xplorenet Yoigo Yota Zain Zain Bahrain Zain Kuwait Ziggo4 ZTE List of Organisations Mentioned 3GPP: 3rd Generation Partnership Project ANATEL: Agencia Nacional de Telecomunicacoes, Brazil ARIB: Association of Radio Industries and Businesses, Japan ATIS: Alliance for Telecommunications Industry Solutions, USA CCSA: China Communications Standards Association ETSI: European Telecommunications Standards Institute FAS: Federal Anti-Monopoly Service, Russia FCC: Federal Communications Commission GSA: Global mobile Suppliers Association GTI: Global TD-LTE Initiative IEEE: Institute of Electrical and Electronics Engineers IPR (Intellectual Property Rights) Framework ITU: International Telecommunication Union ITU-R: International Telecommunication Union Radiocommunication Sector ITU Radiocommunication Assembly LTSI: LTE/SAE Trial Initiative Ministry of Industry and Information Technology, China Ministry of Internal Affairs and Communications, Japan MWC: Mobile World Congress 2012 NGMN: Next Generation Mobile Network Alliance NRA: National Regulatory Authority, Sweden OMA: Open Mobile Alliance PTS: Post and Telecom Agency, Sweden Roskomnadzor: Telecom Regulator, Russia Small Cell Forum State Committee for Radio Frequencies, Russia Supreme Court of India TASR: Telecommunications Regulatory Authority of the Slovak Republic TIA: Telecommunications Industry Association Tokyo Airport TTA: Telecommunications Technology Association, Korea TTC: Telecommunication Technology Committee, Japan 3GPP2: 3rd Generation Partnership Project 2 To order this report: Wireless Technology Industry: LTE Ecosystem Report 2012-2017 More Market Research Report Check our Industry Analysis and Insights Contact Nicolas: [email protected]: (805)-652-2626Intl: +1 805-652-2626 SOURCE Reportlinker |