LTE-Advanced (LTE-A) Mobile Technologies Market Report 2015-2020 report
| LTE-Advanced (LTE-A) Mobile Technologies Market Report 2015-2020 The Leading Companies Developing Next Generation 4G Networks & The 5G Roadmap Publication date: 04 December 2014 Numbe r of Pages: 188 ------------------------------------------------------------ |
| In the last 6 years, the global mobile telecoms industry has been shaped by the introduction of 4G LTE technology. This mobile technology has not only changed the way we communicate, but it has also affected our lives in many different ways from the type of media we watch to the amount of devices we buy. Due to this, the number of deployments and subscriptions of 4G have been booming in the last two years, Visiongain calculates that between 2012 and 2014 the number of 4G LTE subscriptions increased by almost five times, as the Chinese deployment of 4G radically changed the global market in 2014. Visiongain expects that by 2015, 12.3% of 4G subscribers will be using LTE-Advance d (LTE-A) technology. However, LTE technology does not constitute 100% of all global 4G subscriptions; since 2013 there have been a number of networks launching LTE-Advanced especially in the APAC region. LTE-A consists of several improvements over standard LTE, but the main advancement is carrier aggregation (CA) which enables different frequencies to be combined and treated as one channel of bandwidth, delivering greater performance. This technology will allow network operators to cope with the dramatic increases in mobile data and to improve their mobile broadband coverage. The increasing mobile video consumption, connected cars, cloud applications and IoT are expected to be some of the most important drivers behind 4G LTE-Advanced technology. It is expected to be deployed in most of the developed economies and the number of subscribers is expected to increase at a much faster rate than 4G LTE subscribers in the next five years. Japan and South Korea are the leaders in terms of 4G LTE and LTE-A subscribers, but in the next three years other countries such as China and the US will take the lead on this technology. 4G LTE subscriptions are expected to represent the great majority of 4G connections in the next five years. LTE is suitable for a wider market than LTE-A which is expected to be deployed massively in developed markets such as the US. Additionally, deploying and adopting LTE technology is expected to have lower costs for both operators and users, LTE service and mobile handsets costs are also expected to be cheaper than those for LTE-A. For instance, one of the most thriving 4G LTE markets is China, which in 2014 alone is expected to add almost 100 million LTE subscriptions. Overall, Visiongain expects the number of global 4G subscriptions to increase dramatically between 2015 and 2020, taking over existing 2G and 3G markets. LTE will be connecting the majority of the devices and LTE-A will be thriving in highly developed markets such as Japan and South Korea. This new report presents in-depth analysis of the fastest growing 4G markets, regions and countries based upon the latest information and expected changes in the global market, the most recent changes in regulations and the largest opportunities for deploying LTE-A networks. What is the future of the LTE-A technology? Visiongain's comprehensive analysis quantifies the potential. The report delivers solid conclusions benefiting your analysis and illustrates new opportunities for revenue streams helping you to remain competitive. This definitive report will benefit your decision making and help to direct your future business strategy. What makes this report unique? Visiongain's research methodology involves an exclusive blend of primary and secondary sources providing informed analysis. This methodology allows insight into the key drivers and restraints behind market dynamics and competitive developments. Th e report therefore presents an ideal balance of qualitative analysis combined with extensive quantitative data including global submarkets, regional and national markets forecasts from 2015-2020. Why choose visiongain business intelligence? Visiongain's increasingly diverse sector coverage strengthens our research portfolio. The growing cross-sector convergence of key verticals and the interplay of game changing technologies across hitherto unrelated industries are creating new synergies, resulting in new business opportunities for you to leverage. As such, visiongain's team of London based in-house analysts offer a wealth of knowledge and experience to inform your strategic business decisions. Let visiongain guide you. Who is the report for? Visiongain's report is for anyone requiring analysis of the global LTE-A technology potential. You will discover market forecasts, technological trends, predictions and regulatory overview providing you with independent analysis derived from our extensive primary and secondary research. Only by purchasing this report will you receive this critical business intelligence revealing where revenue growth is likely and where the lucrative potential market prospects are. Don't miss this key opportunity to gain a competitive advantage. ------------------------------------------------------------ |
| Table of Contents 1. Executive Summary 1.1 Market Definition 1.2 Market Segmentation 1.3 LTE-A Drivers & Constraints 1.4 Benefits of This Report 1.5 Methodology 1.6 Frequently Asked Questions (F AQ) 2. The Evolution of Mobile Telecoms Systems 2.1 First Generation (Analog) or 1G 2.2 Second Generation (Digital) or 2G 2.3 Third Generation (WCDMA in UMTS, CDMA2000 & TD-SCDMA) or 3G 2.4 Fourth Generation (All-IP) or 4G 2.4.1LTE Is Not 4G? 2.4.2 LTE-Advanced 2.4.2.1 Carrier Aggregation (CA) 2.4.2.2 Enhanced MIMO 2.4.2.3 Relays 2.4.2.4 Heterogeneous Networks (HetNets) 2.4.2.5 Small Cells 2.4.3 LTE-B The Second Phase of LTE-A 2.4.3.1Expected Improvements 3. Global Trends and Drivers of Next Generation Network 3.1 Increasing Adoption of Mobile Broadband Devices 3.2 M2M Connections Forecast 2015-2020 3.2.1 Growth in Global Connected Cars Sales 3.3 Changing Consumer Habits and Preferences 3.3.1 The Global Shift Towards VoD 3.3.2 OTT Voice/Message Consumption 3.4 Dramatic Increase in Data Consumption 4. Global LTE & LTE-Advanced Subscriptions Forecast2015-2019 4.1 Global LTE Subscriptions Forecast 4.2 Global LTE-Advanced Subscriptions Forecast 2015-2019 5. Regional 4G& LTE-Advanced Subscriptions Forecast 2014-2019 5.1 Regional 4G Subscriptions Forecast 2014-2019 5.2 LTE-Advanced Subscriber Forecast 2014-2019 5.3 North American 4G & LTE-A Subscription Forecast 2015-2020 5.3.1United States 4G & LTE-Advanced Subscriptions Forecast 2014-2019 5.4 Asia Pacific 4G & LTE-Advanced Subscriptions Forecast 2015-2019 5.4.1Japanese 4G & LTE-Advanced Subscriptions Forecast 2015-2019 5.4.1.1The Japanese Connected Cars Market Driving the Adoption For LTE-A 5.4.2 South Korean 4G & LTE-Advanced Subscription Market Forecast 2015-2019 5.4.3 Chinese LTE & LTE-Advanced Subscription Forecast 2015-2019 5.5 European 4G & LTE-Advanced Subscriptions Forecast 2014-2019 5.5.1 The Need for LTE-A to Unleash the Potential of IoT in Europe 5.6 Rest of the World (ROW) 4G & LTE-Advanced Subscriptions Forecast 2014-2019 5.7 LTE & LTE Advanced Handsets Shipments Forecast 2015-2019 6. Global Mobile Operators Revenues & Subscriptions Forecast 2015-2020 6.1Global 2G Subscriptions & Revenues Forecast 2015-2019 6.2 Global 3G Revenues and Subscriptions Forecast 2015-2019 6.3 Global 4G Subscriptions and Revenues Forecast 2015-2019 6.4 The Consequences of OTT Media Delivery Services on Global Mobile Revenues 6.4.1 Decreasing Revenues for Voice and SMS 6.4.2 Increasing Revenues from Upgrading Customers 6.4.3 Decreasing Churn Rate 7. An Introduction to 5G 7.1 5G Technology Drivers 7.1.1 Internet of Things 7.1.2 M-Health and Telemedicine 7.1.3 Extreme Video, virtual Reality and Gaming Applications 7.1.4 Public Safety 7.1.5 Education 7.2 5G requirements 7.2.1 User Driven Requirements 7.2.1.1 Improved Battery Life 7.2.1.2 Per-User Data rate and Latency 7.2.1.3 Resilience 7.2.1.4 Mobility 7.2 .1.5 Intelligent Networks 7.2.2 Network Driven Requirements 7.2.2.1 Scalability 7.2.2.2 Large Network Capacity and Cost Efficiency 7.2.2.3 Network Flexibility 7.2.2.4 Energy & Coverage Efficiency 7.3 Expected Technological Developments for 5G 7.4 Current Research and Standards Projects on 5G 8. Leading Companies in the Global LTE-A Market 8.1 Ericsson 8.1.1 Ericsson's RBS 6000 Series eNodeB 8.1.2 Recent LTE-A Trials & Contracts 8.1.3 Ericsson LTE Broadcast Solution Awards 8.2 Nokia Solutions and Networks (NSN) 8.2.1 NSN Debuts Smallest 4G Small Cells 8.2.2 NSN LTE Contracts In 2013 8.2.3 NSN LTE-A Contracts & Trials 8.3 Alcatel-Lucent 8.3.4 Recent Alcatel-Lucent LTE Contracts 8.4 Huawei 8.4.1 Huawei Won a Total of 241 LTE contracts by 2013 8.4.2 Huawei LTE-A Contracts & Trials 8.5 Samsung Electronics Co., Ltd 8.5.1 Samsung 4G Base Stations 8.5.2 Samsung Macro Base Stations 8.5.3 Sma ll Cell Range 8.5.4 Samsung Electronics and KT Join Forces 8.5.5 Samsung Mobile Connected Devices 8.6 SK Telecom 8.7 LG U+ 8.8 Royal KPN N.V. 8.9 EE Limited (Formerly Everything Everywhere Limited) 8.10 Other Key Players in the LTE-A Value Chain 9. Conclusions 10. Glossary ------------------------------------------------------------ |
| List of Tables Table 2.2: Comparison of 1G-2G-3G-4G Table 2.3: List of all 3GPP Releases between 2000-2012 Table 2.4: Original ITU Requirements for 4G Table 2.5: Main Advantages and Challenges of Deploying 4G LTE-ATable 2.6: Description of different small Cells Technologies Table 3.6 Regional Mobile Cellular Penetration per 100 Inhabitants 2014 (%) Table 3.14: Global OTT Voice/Message Subscriptions Forecast 2014-2019 (Billions Subscriptions, Global AGR% and CAGR %) Table 4.1: Global 4G Subscriptions Forecast 2015-2020 (Millions, AGR %, CAGR %) Table 4.4: Global LTE-Advanced Subscriptions Forecast 2015-2020 (Millions, AGR % and CAGR) Table 4.7: Networks With Commercial LTE-A Networks Deployed As Of October 2014 (Country, Operator and Date) Table 5.7: North American 4G Subscriptions Forecast 2015-2020 (Millions, AGR % and CAGR) Table 5.8: North American LTE-Advanced Subscriptions Forecast 2015-2020 (Millions, AGR % and CAGR) Table 5.9: North American LTE-Advanced Subscriptions Forecast 2015-2020 (Millions, AGR %) Table 5.13: US 4G Penetration and LTE-Advanced Subscriptions forecast (4G Penetration %, AGR%, Millions) Table 5.14: US LTE-Advanced Subscriptions Forec ast 2015-2020 (Millions, AGR % and CAGR) Table 5.18: APAC 4G Subscriptions Forecast 2015-2020 (Millions, AGR % and CAGR) Table 5.19: APAC LTE-Advanced Subscriptions Forecast 2015-2020 (Millions, AGR % and CAGR) Table 5.28: Japanese 4G Penetration and LTE-Advanced Subscriptions forecast (4G Penetration %, AGR%, Millions) Table 5.29: Japanese LTE-Advanced Subscriptions Forecast 2015-2020 (Millions, AGR % and CAGR) Table 5.36: South Korean 4G Penetration and LTE-Advanced Subscriptions forecast (4G Penetration %, AGR%, Millions) Table 5.37: South Korean LTE-Advanced Subscriptions Forecast 2015-2020 (Millions, AGR % and CAGR) Table 5.43: Chinese 4G Penetration and LTE-Advanced Subscriptions Forecast (4G Penetration %, AGR%, Millions) Table 5.44: Chinese LTE-Advanced Subscriptions Forecast 2015-2020 (Millions, AGR % and CAGR) Table 5.51: European 4G Subscriptions Forecast 2015-2020 (Millions, AGR % and CAGR) Table 5.52: European LTE-Advanced Subscriptions For ecast 2015-2020 (Millions, AGR % and CAGR) Table 5.58: Global and Regional IoT Market Forecast 2015-2020 ($ Billion in N.A, APAC, Europe, MEA and LATAM) Table 5.59: Rest of The World 4G Subscriptions Forecast 2015-2020 (Millions, AGR % and CAGR) Table 5.61: Rest of The World LTE-Advanced Subscriptions Forecast 2015-2020 (Millions, AGR % and CAGR) Table 5.66: Global 4G Handsets Shipments Forecast 2015-2020 (Millions, AGR % and CAGR) Table 5.68: Global 4G LTE Handsets Shipments Forecast 2015-2020 (Millions, AGR % and CAGR) Table 5.70: Global 4G LTE-A Handsets Shipments Forecast 2015-2020 (Millions, AGR % and CAGR) Table 6.1: Global Mobile Operators Revenue Forecast 2015-2020 ($ Billions, AGR %, CAGR% and Cumulative) Table 6.3: Global Mobile Cellular Connections Forecast 2015-2020 (Billions, AGR %, CAGR %) Table 6.6: Global Mobile 2G Connections Forecast 2015-2020 (Billions, AGR % and CAGR %) Table 6.8: Global Mobile Operators Revenue From 2G Services Fore cast 2015-2020 ($ Billions, AGR %, CAGR% and Cumulative) Table 6.12: Global Mobile Operators Revenue From 3G Services Forecast 2015-2020 ($ Billions, AGR %, CAGR% and Cumulative) Table 6.15: Global Mobile Operators Revenue From 4G Services Forecast 2015-2020 ($ Billions, AGR %, CAGR% and Cumulative) Table 8.1 Ericsson Company Overview (Revenues, IR Contact, Total Employees, Employees in R&D, Number of Patents, Headquarter, Ticker and Website) Table 8.2: Ericsson's LTE and LTE-A Contracts by Region (FY 2013) Table 8.3 NSN Company Overview (Revenues, IR Contact, Total Employees, R&D Spending, Headquarter, Ticker and Website) Table 8.4 NSN LTE Contracts 2013 Table 8.5 Alcatel-Lucent Company Overview (Revenues, IR Contact, Total Employees, Headquarter, Ticker and Website) Table 8.6 Huawei Company Overview (Revenues, Media Contact, Total Employees, Headquarter, Ticker, R&D Investment and Website) Table 8.7 Samsung Company Overview (Revenues, Total E mployees, Headquarter, Ticker and Website) Table 8.8 SK Telecom Overview (Revenues, Total Employees, Headquarters, Ticker and Website) Table 8.9 LG U+ Overview (Revenues, Headquarters, Ticker and Website) Table 8.10 KPN Overview (Revenues, Headquarters, Employees, Ticker and Website) Table 8.11 EE Overview Table 8.12: Key Players in the 4G Small Cells Value Chain Table 8.13: Global Companies with 4G Networks Active Table 8.15: Selected Global Smartphone Manufacturers ------------------------------------------------------------ |
| List of Charts Chart 1.1: %Share of 4G Subscript ions Forecast for 2015 In South Korea, Japan and The United States (LTE vs. LTE-A) Chart 3.1: Global Mobile Connected Devices Forecast 2015-2020 (Billion of Connected Mobile Devices, AGR %) Chart 3.2: Global Average Smartphone Cost 2008-2014 ($) Chart 3.3: Global Smartphone Shipments and Smartphone Penetration 2009-2013 (Millions) Chart 3.4: Global Average Smartphone and Smartphone Penetration 2009-2014 ($ and %) Chart 3.5: Global Smartphone Shipments Forecast 2014-2020 (Millions, AGR %) Chart 3.7: Regional Mobile Cellular Penetration per 100 Inhabitants 2014 (%) Chart 3.8: Global M2M Connections Forecast 2015-2020 (Millions, AGR %) Chart 3.9: Global Connected vs. Not-Connected Cars Sales Forecast 2015-2020 (Millions, AGR %) Chart 3.10: Share of Global Online Video Consumption on Mobile Devices 3Q2011-4Q2013 (%) Chart 3.11: Number of Households Worldwide Using a VoD Service 2010-2019 (Million Households) Chart 3.12: Netflix's Subscription Growth in n on-US Markets Q42011-Q32014 (Million Subscriptions, AGR %, *= Expected) Chart 3.13: Netflix's Global Subscribers Q42013-Q32014*(Million Subscriptions) Chart 3.15: Global OTT Voice/Message Subscription Forecast 2014-2019 (Billion Subscriptions, Global AGR %) Chart 3.16: Global Number of Photos Shared in Selected Social Networks 2009-2014 (Million Photos a Day) Chart 3.17: Global Mobile Data Traffic 2010-2014 (ExaBytes, Monthly) Chart 3.18: Monthly Data Traffic Forecast for Global Smartphone and Single Smartphone Connection 2014-2020 (ExaBytes and Megabytes) Chart 3.19: Global Mobile Data Traffic by Type 2015 vs.2020 (% of Total Mobile Data Traffic) Chart 4.2: Global 4G Subscriptions Forecast 2015-2020 (Millions, AGR %) Chart 4.3: Global 4G Subscriptions 2011-2015 (Millions) Chart 4.5: Global LTE-Advanced Subscriptions Forecast 2015-2020 (Millions, AGR %) Chart 4.6: Global LTE-Advanced vs. LTE Subscriptions Forecast 2015-2020 (Millions, AGR %) Chart 4. 8: LTE-Advanced Subscriptions Forecast 2015-2020 for China, Japan, US, South Korea and The Rest of The world (Millions) Chart 4.9: Share of Global LTE-Advanced Subscriptions Forecast 2015-2017-2020 for China, Japan, US, South Korea and The Rest of The World (% Share) Chart 5.2: Regional Subscriptions Forecast 2015-2020 (Millions, AGR%) Chart 5.3: Regional Share of Global 4G Subscriptions Forecast 2015-2018-2020 (% Share) Chart 5.4: Regional Share of Global LTE-A Subscription Forecast 2015-2020 (Millions, AGR% and CAGR %) Chart 5.5: Regional Share of Global LTE-A Subscription Forecast 2015-2020 (Millions, Global AGR %) Chart 5.6: Regional Share of Global LTE-A Commercial Launches in 2014 Chart 5.10: SVoD Subscriptions Forecast for US and Canada 2014-2019 (Million Subscriptions) Chart 5.11: North American 4G Subscriptions LTE vs. LTE-Advanced Forecast 2015-2017-2020 (% Share) Chart 5.12: North American 4G Subscription Share LTE-Advanced vs. LTE Subscriptions Forecast 2015-2017-2020 (% Share) Chart 5.15: US 4G Penetration and LTE-Advanced vs. LTE Subscriptions Forecast 2015-2020 (Millions, Penetration %) Chart 5.16: US Share of Global LTE-Advanced Subscriptions Forecast 2015-2017-2020 (% Share) Chart 5.17: Fixed Broadband Penetration and Mobile Cellular Subscriptions per 100 People in US vs. The Developed Region 2004-2014(%) Chart 5.20: APAC LTE-Advanced Subscriptions Forecast 2015-2020 (Millions, AGR %) Chart 5.21: APAC 4G Subscriptions Forecast 2015-2020 LTE vs. LTE-Advanced (Millions, 4G AGR) Chart 5.22: APAC 4G Subscriptions LTE vs. LTE-Advanced Forecast 2015-2017-2020 (% Share) Chart 5.23: APAC Share of Global LTE-Advanced Subscriptions Forecast 2015-2017-2018 (% Share) Chart 5.24: Regional Share of Mobile Gamers in 2014 (% Share of Global Gamers) Chart 5.25: Number of WeChat Users 2011-2014 (Millions) Chart 5.26: Number of Line Corp. registered subscribers 2011-2014 (Millions) Chart 5.27: Global Sh are of Line Corp. Subscribers in its Main Markets in 2014 (%) Chart 5.30: Japanese LTE-Advanced Subscriptions Forecast 2015-2020 (Millions, AGR % and CAGR) Chart 5.31: Japanese 4G Penetration and LTE-Advanced vs. LTE Subscriptions Forecast 2015-2020 (Millions, AGR %) Chart 5.32: Japanese 4G Subscriptions LTE vs. LTE-Advanced Forecast 2015-2017-2020 (% Share) Chart 5.33: Japanese Share of Global LTE-Advanced Subscriptions Forecast 2015-2017-2020 (% Share) Chart 5.34: Fixed Broadband Penetration and Mobile Cellular Subscriptions per 100 People Japan vs. The APAC Region 2004-2014(%) Chart 5.35: Japanese Connected Car Market Forecasts 2015-2020 ($bn, AGR%, CAGR %) Chart 5.38: South Korean LTE-Advanced Subscriptions Forecast 2015-2020 (Millions, AGR %) Chart 5.39: South Korean 4G Penetration and LTE-Advanced vs. LTE Subscriptions Forecast 2015-2020 (Millions, Penetration %) Chart 5.40: South Korean 4G Subscriptions LTE vs. LTE-Advanced Forecast 2015-2017-2020 ( % Share) Chart 5.41: South Korean Share of Global LTE-Advanced Subscriptions Forecast 2015-2017-2018 (% Share) Chart 5.42: Fixed Broadband Penetration and Mobile Cellular Subscriptions per 100 People in South Korea vs. The APAC Region 2004-2014 (Penetration %) Chart 5.45: Chinese LTE-Advanced Subscriptions Forecast 2015-2020 (Millions, AGR %) Chart 5.46: Chinese 4G Penetration and LTE-Advanced vs. LTE Subscriptions Forecast 2015-2020 (Millions, Penetration %) Chart 5.47: Chinese 4G Subscriptions LTE vs. LTE-Advanced Forecast 2015-2017-2020 (% Share) Chart 5.48: Chinese Share of Global LTE-Advanced Subscriptions Forecast 2015-2017-2018 (% Share) Chart 5.49: Mobile Cellular Subscriptions in South Korea, China and Japan 2004-2014 (Subscriptions per 100 Inhabitants) Chart 5.50: 4G Penetration in China, Japan, South Korea and The US 2012-2014 (%) Chart 5.53: European LTE-Advanced Subscriptions Forecast 2015-2020 (Millions, AGR % Chart 5.54: European 4G Subsc riptions Forecast 2015-2020 LTE vs. LTE-Advanced (Millions, 4G AGR) Chart 5.55: European 4G Subscriptions Forecast LTE vs. LTE-Advanced 2015-2017-2020 (% Share) Chart 5.56: Smartphone Subscriptions in the Largest European Markets 2012-2014 (Millions Subscriptions in: Sp, It, UK, Gr, Fr, Pl and Nth. Chart 5.57: Regional IoT Market Forecast 2015-2020 ($ Billion in N.A, APAC, Europe, MEA and LATAM) Chart 5.60: RoW Share of Global 4G Subscriptions Forecast 2015-2017-2020 (% Share) Chart 5.63: Rest of The World LTE-Advanced Subscriptions Forecast 2015-2020 (Millions, AGR %) Chart 5.64: Rest of The World 4G Subscriptions Forecast 2015-2020 LTE vs. LTE-Advanced (Millions, 4G AGR) Chart 5.65: RoW 4G Subscriptions LTE vs. LTE-Advanced Forecast 2015-2017-2020 (% Share) Table 5.67: List of Notable Handsets with LTE-Advanced Capabilities (With theoretical Speeds of at least 150Mbps) Chart 5.66: Global 4G Handsets Shipments Forecast 2015-2020 (Millions, AGR %) Chart 5.69: Global 4G LTE Handsets Shipments Forecast 2015-2020 (Millions, AGR %) Chart 5.71: Global 4G LTE-A Handsets Shipments Forecast 2015-2020 (Millions, AGR %) Chart 5.72: Global 4G Handsets Shipments Forecast 2015-2020 LTE vs. LTE-A (Millions) Chart 5.73: Global 4G Handsets Shipments Forecast 2015-2017-2020 LTE vs. LTE-A (%) Chart 6.2: Global Mobile Operators Revenue Forecast 2015-2020 ($ Billions, AGR %, Chart 6.4: Global Mobile Cellular 2G, 3G and 4G Connections Forecast 2015-2020 (Billions, Global AGR %) Chart 6.5: Global Mobile Cellular 2G, 3G and 4G Connections Forecast 2015-2017-2020 (%) Chart 6.7: Global Mobile 2G Connections Forecast 2015-2020 (Billions and AGR %) Chart 6.9: Global Mobile Operators Revenue From 2G Services Forecast 2015-2020 ($ Billions, AGR %) Chart 6.10: Global Mobile 3G Connections Forecast 2015-2020 (Billions, AGR % and CAGR %) Chart 6.11: Global Mobile 3G Connections Forecast 2015-2020 (Billions and AGR %) Chart 6.13: Global Mobile Operators Revenue From 3G Services Forecast 2015-2020 ($ Billions, AGR %) Chart 6.14: Global Mobile Cellular 2G, 3G and 4G Connections Forecast 2015-2020 (Billions) Chart 6.16: Global Mobile Operators Revenue From 4G Services Forecast 2015-2020 ($ Billions, AGR %) Chart 6.17: Global Mobile Cellular 2G, 3G and 4G Revenue Forecast 2015-2020 (Billions, Global AGR %) Chart 6.18: Global Mobile Cellular 2G, 3G and 4G Revenue Forecast 2015-2017-2020 (%) Chart 6.19: Estimates of Potential Global SMS and Voice Revenues With and Without the Effects of OTT Providers in 2014 and 2019 ($Billions, % Change) Chart 6.20: Regional Expected Difference in ARPU Obtained by Telcos From Customers Migrating From Feature Phone to Smartphone (ARPU in $) Chart 8.14: Global Share of Smartphone Sales 2011-2014 (%) ------------------------------------------------------------ |
| List of Figures Figure 1.2: Global 4G Market Definition Figure 1.3: Graphical Representation Of The Different Forecasts Presented In This Report (Forecast for Period 2015-2020) Figure 1.4: Global 4G Subscriptions Forecast 2015-2020 Segmentation Figure 1.5: Global Mobile Operators Revenue and Subscriptions Segmentation Figure 2.1: Illustration of Mobile Telecoms Technology Evolution and 3GPP Technology Evolution Between 1990 to 2014 ------------------------------------------------------------ |
| Companies Mentioned in this report 3 4M Wireless A1 Australia A1 Telekom Accelicon Technologies Acer Adams NetWorks Aero2 Agilent AirHop Airvana Alaska Communications Alcatel-Lucent Alfa Altair Semiconductor Altel Alvarion Amazon Anritsu Antel Appalachian Wireless Apple Inc Argela Ascom Asus AT&T Aviat AVM Axis Technologies Azercell Babilon-Mobile Barnes & Noble BASE Batelco Belair Networks Belgacom/Proximus Bell Labs Bell Mobility BendBroadband Bharti Airtel Bhutan Telecom BitWave Semiconductor Blu Bluegrass Cellular Bouygues Telecom Bridgewater Systems BTC C Spire Wireless Casio CAT Celcom Axiata Cellcom Chariton Valley Chat Mo bility China Mobile China Telecom China Unicom Chungwa Telecom Claro CM HK CMCC China Colorado Valley Commnet Wireless/NTUA Continuous Computing - Trillium CoolPad Copper Valley Telecom Corning MobileAccess Cosmote COTA Cricket Crown Castle (NextG) CSL Custer Telephone Dell Deltanode Deltenna DesignArt Networks Deutsche Telekom Dialog Digicel Digitel Dio DNA DoCoMo Pacific Dopod DST Dtac Du eAccess Eastlink Econet Wireless EE Elisa EMT Emtel Energy Australia Entel Movil E-Plus Ericsson ETC Etisalat Evolve Broadband ExteNet Systems Fastlink (Regional Telecom) Fjarskipti (Vodafone Iceland) Flickr Free Freescale Fujitsu GCT Semiconductor Gemtek Getronics Gigabyte Gionee Globe GTA HP Huawei ICEE Icera (NVIDIA) iConnect IDC Infinet Infrastructure Networks InnerWirele ss INQ Intel IPWireless IT&E Italia Jolla Juniper Networks KDDI Kineto Wireless KMW Korea Telecoms KPN KT Corp Kyocera Lenovo LG LG U+ LIME Line Corp LMT Lyrtech M1 Magyar Telecom Max Telecom Maxis Maxwest MediaTek Megafon Meizu Menatelecom Mesaplexx Meteor Metro PCS Microsoft Mid-Rivers Communications MindTree Wireless Minieum Networks MiSpot Mitsubishi Mobiado Mobile TeleSystems OJSC Mobily Mobitel Moldcell Monaco Telecom Mosaic Telecom Motorola Mobility Movicel Movistar MTA MTC MTN MTS Nawras NBN Co Ncell Nec Neonode Neo-Sky LTE TDD Neotel netflix NETGEAR NetHawk Nex-Tech Wireless Nextivity Niu Node-H Nokia Solutions and Networks Nomor Research Nortel Nortex Communications NorthwestCell Norway Nova NSN-Motorola nTelos Wireless NTT DoCoM o Nvidia O2 O2 Oi Omantel Omnitel On OnePlus Ooredoo Open Mobile Oppo Optimus Optiway Optus Orange Orange Business Services Palm Panasonic Panhandle (PTCI) Panorama Antennas Pantech PCCW PCD Peoples Telephone Co-op Personal Phillips picoChip Pioneer Cellular Play Plum Polkomtel Plus POST Powerwave PT Internux PVT/Fuego Wireless Qasara Qtek Qualcomm Real Future Renesas Electronics RFMD Rogers Wireless Rostelecom Royal KPN N.V. Ruckus Wireless S and R Communications Sage Saima Telecom Samsung Electronics Co. Ltd Sanyo Sasktel Sequans Communications Sercomm Setar NV SFR Shentel Si.mobil Siminn SingTel SingTel Mobile SK Group SK Telecom Sky Brazil Skype Slovak Telecoms Smart Communications Smartone Smile Smile Oct Snapchat Softbank Mobile Sony Spectranet Sprint Spri nt Nextel Sprocket Wireless StarHub STC ST-Ericsson Strata Networks Sunrise Communications Sweden (World's first), Swisscom Symmetricom Syringa Wireless T Mobile T Mobile US T Mobile/T-Hrvatski Telekom Taiwan Mobile Tango Tata Elxsi TDC Tecom Tekelec Tektronix Telcel Tele Tele2 Tele2 Sweden Telecom NZ Telefonica Telefonica Movistar Telefonica O2 Telenor Tele-Post Telia Sonera Telkom Mobile Telkomsel Telstra - Australia TELUS Tencent Holdings Thomson Thomson Reuters Thumb Cellular Tigo TIM Brasil TMN (Portugal Telecom) T-Mobile TN Mobile Traffix Systems Tricom Tropper Technologies True Move TSKL U Mobile Ubee Interactive UCell UK Broadband UMX Une-UPM Unitel UPC US Cellular UTStarcom Vainakh Telecom Velocity Verizon Wireless VeryKool Verzo Viber ViewSonic VimpleCom VIPNet Viva Vivacell-MTS Vivo Vizio Vodacom Vodafone Vox Wataniya Wintegra Wipro Xiaomi Xolo Yezz Yoigo Yota Zain Zain Kuwait Zen Mobile Ziggo Zinwave ZyXEL Government Agencies and Other Organisations Mentioned in This Report 3rd Generation Partnership Project (3GPP) 4G Americas 5G Forum 5GPP Centre for Wireless Systems And Applications (CWSA) Electronics & Telecommunications Research Institute (ETRI) European Institute for Innovation Technology (EIT) GSM Association (GSMA) IMT-2020 Promotion Group Institute of electrical and Electronic Engineers (IEEE) Intel strategic research Alliance (ISRA) International Telecommunications Union (ITU) Massachusetts Institute of Technology (MIT) Ministry of Industry and Information Technology of the Chinese Government (MIIT) Mobile and wireless communications Enablers for the Twenty-twenty Information Society (METIS) Next Generation Mobile Networks (NGMN) Purdue University Stanford University Telecommunications Industry Association (TIA) The Alliance for Telecommunications Industry Solutions (ATIS) The Association of Radio Industries and Businesses (ARIB) The WiMAX Forum Tokyo Institute of Technology University of Edinburgh University of Surrey Virginia Polytechnic Institute and State University (Virginia Tech) Wireless World Research Forum (WWRF) ------------------------------------------------------------ |
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