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LTE Devices

IDATE
July 1, 2011
100 Pages - SKU: IDT6501241

Abstract Table of Contents Related Reports

This report provides an overview of the LTE devices market with availability roadmaps for LTE devices for each regions. It also includes a device typology (smartphone, tablet, M2M, dongle, personal hotspot…) and case studies of LTE chipset & devices manufacturers, along with an analysis of the players’ positioning in the LTE battleground. It also proposes detailed forecasts for LTE devices sales revenue & unit shipments.

Key questions

Which type of LTE devices are coming to the market (Only dongles were available last year, but multiple LTE devices are now becoming available)?
What is the impact of the LTE ecosystem on the perspective of the LTE devices markets?
How chipset manufacturers will respond to the need of mobile devices for skills in other areas than baseband?
How LTE devices manufacturers will optimize the integration of 4G into existing devices (technical issues, cost, Intellectual Property Rights, time to market)?
Which are the strategies deployed by the Mobile Network Operators, when mobile devices are also key to promoting their new ultra fast networks?
What is the realistic roadmap for LTE devices with a VoLTE (Voice over LTE) function?

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1. Executive summary: 1.1. General trends with mobile devices; 1.2. Positioning and strategies of main LTE device players; 1.3. Review of LTE devices availability; 1.4. Market forecasts
2. Methodology
3. Introduction
4. General mobile device trends: 4.1. Sensors everywhere; 4.2. Increased power and lower cost platforms; 4.3. Application Storefront: New usages will drive device adoption and data consumption
5. LTE devices: positioning and strategies of main players: 5.1. Chipset manufacturers strategies; 5.2. Devices manufacturer strategies; 5.3. Mobile Networks Operator strategies
6. Case studies: Main devices and chipsets players: 6.1. Chipset manufacturers; 6.2. Devices
7. Review of LTE device availability: 7.1. USB dongles and mobile hotspots; 7.2. Mobile handsets: early developments; 7.3. Tablets: LTE as differentiating advantage?; 7.4. Other devices: a market still in its infancy
8. LTE devices market forecasts: 8.1. Analysis of growth drivers; 8.2. Forecast hypotheses
9. Glossary
Tables: Table 1: Number of LTE devices announced by category; Table 2: Early LTE launches (June 2011); Table 3: Selected LTE commercial services planned for 2011; Table 4: Main baseband vendors ranked by main focus; Table 5: Global baseband market in 2010; Table 6: Expected LTE leaders in 2012; Table 7: Overview of chipset vendors’ strengths and weaknesses; Table 8: Device vendor baseband sourcing; Table 9: Claimed essential patents of all standards with 100 or more claimed USPTO or EPO patents; Table 10: Verizon Wireless tariffs; Table 11: NTT DOCOMO Xi (LTE) tariffs; Table 12: TeliaSonera tariffs (Sweden); Table 13: Telenor LTE tariffs; Table 14: Sonera tariffs - Finland; Table 15: TeliaSonera tariffs - Denmark; Table 16: Mobile Network Operator LTE portfolio; Table 17: MNOs LTE device strategies; Table 18: LTE voice support schemes; Table 19: Main LTE frequency bands by geographical area; Table 20: Main characteristics of frequency bands for LTE; Table 21: Availability dates of LTE spectrum; Table 22: Most likely bands for LTE international roaming; Table 23: Use of frequency bands by LTE device type; Table 24: LTE USB dongles and MiFi devices; Table 25: LTE handsets; Table 26: LTE tablets; Table 27: M2M LTE devices; Table 28: LTE fixed routers
Figures: Figure 1: LTE devices roadmap; Figure 2: Building an ecosystem in time; Figure 3: LTE devices shipments; Figure 4: The future mobile device: How it will look in five years from now; Figure 5: Future mobile devices applications; Figure 6: Key elements for a smartphone; Figure 7: chipset integration process; Figure 8: Acquisition timeline; Figure 9: LG first LTE modem prototype; Figure 10: Towards better technology integration; Figure 11: Samsung Droid Charge (launched May 2011) Tear Down; Figure 12: Number of bands used for each RAN technology in FDD mode; Figure 13: Selling price with no patent pool; Figure 14: Selling price with patent pool; Figure 15: The steps a device takes to market; Figure 16: Mobile WiMAX device availability; Figure 17: LTE devices roadmap; Figure 18: NTT DOCOMO Xi tariffs (commercial launch); Figure 19: LTE Device Evolution; Figure 20: Frequency bands and technologies used by CSL; Figure 21: CS fallback architecture; Figure 22: Voice over IMS; Figure 23: Qualcomm baseband roadmap; Figure 24: ST Ericsson baseband portfolio; Figure 25: ICERA baseband portfolio; Figure 26: Apple mobile devices not ready yet for LTE; Figure 27: HTC Flyer, candidate for LTE support and HTC Thunderbolt LTE smartphone; Figure 28: Nokia focused on regaining smartphone dominance with Windows Phone 7; Figure 29: Playbook tablet, first product from RIM to receive LTE; Figure 30: Samsung Droid Charge and Galaxy Tab 4G prototype for Verizon; Figure 31: ZTE Style S LTE smartphone at CTIA, March 2011; Figure 32: Novatel MiFi 4510L mobile hotspot; Figure 33: Early LTE handsets: Samsung Craft and Galaxy Indulge; Figure 34: HTC Thunderbolt, Verizon, first LTE Smartphone; Figure 35: Motorola Xoom tablet is on the verge of becoming LTE-enabled; Figure 36: Sierra Wireless M2M LTE gateway; Figure 37: ZyXEL LTE fixed router; Figure 38: Kindle store on iPad and Samsung Galaxy Tab; Figure 39: Sony Ericsson Xperia Play, the first PlayStation-certified Android smartphone; Figure 40: Share of smartphones in mobile shipments, 2011-2015 forecast; Figure 41: LTE subscribers forecasts; Figure 42: LTE devices shipments; Figure 43: LTE device revenues, 2011-2015 forecast

LTE Devices

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