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Global LTE Phone Shipments Will Surge Tenfold to a Record 67 Million Units in 2012

3 Apr
Global LTE Phone Shipments Will Surge Tenfold to a Record 67 Million Units in 2012

Summary

Global LTE handset shipments will surge tenfold to 67 million units in 2012. It is a breakout year for 4G technology. Which countries and operators will drive the growth? Which handset vendors can gain the most share? What might Apple do with its iPhone? This report analyzes the benefits of, and barriers to, LTE handset adoption. It goes on to provide quarterly forecasts for global LTE handset shipments from 2010 to 2012.

Analysis

The world’s first LTE handset was launched commercially, by Samsung, at second-tier CDMA operator MetroPCS in the USA during Q4 2010. Global LTE handset shipments subsequently grew from 0.1 million units in 2010 to 7 million during 2011 as South Korea and Japan joined the fray. LTE accounted for less than 1% of total worldwide handset shipments in both 2010 and 2011.

In 2011, a majority of the world’s LTE handset shipments was attributed to Verizon Wireless of the USA. North America’s largest CDMA carrier has been aggressively migrating to faster 4G networks and devices to outcompete rivals like Sprint and ATT.

Key vendors supplying first-generation LTE handsets last year were headquartered mostly in Asia. Samsung (38% share), HTC (29%), LG (16%), Motorola (8%), Pantech (6%) and Fujitsu (3%) were the world’s top 6 LTE phone makers in 2011. Android was the best-selling LTE platform. Qualcomm was the number one LTE chipset supplier. FD-LTE was the leading sub-technology. The most common LTE phone band was 0.7GHz.

Some of the most popular LTE handset models worldwide during 2011, from Samsung, HTC and LG, are displayed in Exhibit 1. Black slates and large touchscreens have been the main formfactors for early 4G models, with differentiation mostly achieved through hardware thinness or lightness.

Exhibit 1: Popular LTE Handset Models Worldwide in 2011

 

We forecast global LTE handset shipments to surge tenfold from 7 million units in 2011 to a record 67 million during 2012. LTE penetration will quadruple from 1% of all worlvdwide handset volumes in 2011 to 4% in 2012. LTE will be found in 10% of all smartphones shipped globally during 2012. It is set to be a breakout year for 4G.

In addition to LTE leader Verizon Wireless USA, our WOS (Operators) service expects multiple big carriers in several countries to expand their LTE networks this year. They will be evolving in major smartphone markets, such as AT&T USA, NTT Docomo Japan, SK Telecom South Korea, KT South Korea, LG Uplus South Korea, Telstra Australia, Rogers Canada, Three Italy, T Mobile Germany, Orange France, Telefonica Spain and Everything Everywhere UK. These and other carriers will be a major factor in propelling global LTE handset shipments to rise tenfold during 2012.

At recent mobile industry events, such as CES and MWC, there were multiple LTE handsets announced or launched. Prominent handset vendors leading the push into LTE phones in 2012 will include Samsung, HTC, LG, Nokia, Motorola, Pantech, Fujitsu, Sharp, NEC Casio, Sony and Apple. We currently assume that Apple will launch an LTE-active / LTE-ready iPhone5, probably with a Qualcomm radio, in multiple regions worldwide during the fourth quarter of 2012. If Apple executes effectively, then it stands a reasonable chance of overtaking Samsung to become the world’s number one LTE phone vendor by the end of the year.

For carriers, LTE network deployment not only benefits them in terms of switching to a more cost-efficient infrastructure, but it also means offering their customers higher throughput (Mbps), better quality of service (QoS), potentially generating millions of dollars of extra roaming revenues, and opportunities to cross-sell advanced cloud-based services across multiple screens.

For handset vendors, integrating high-speed LTE capabilities into their new models will allow them to differentiate in important high-value 4G smartphone markets, enable popular cloud services like HD video, strengthen their hardware ASPs, and possibly boost profits.

For component vendors, LTE phones can provide opportunities to sell premium parts, as well as generating fresh revenue streams through future IPR payments. Key component players to monitor over the coming years will include Qualcomm, Intel (Infineon), ST-Ericsson, MediaTek, Renesas Mobile, Samsung, NVidia, Huawei, InterDigital, LG Display and others.

For software, services, apps, cloud and mobile advertising providers, LTE phones offer the chance to deliver premium content or campaigns at high speed to affluent consumers or businesses in major cities of North America, developed Asia and Western Europe. For example, the BBC may be able to expand its mobile iPlayer streaming video-TV service in the UK and elsewhere.

The second half of this year will be a vital period for LTE. We expect global LTE handset shipments to rise sharply in the second half of 2012, as more LTE networks go live and more devices get launched in more countries. The fourth quarter will be the most critical one and the largest, accounting for 52% of the entire year’s worldwide volumes. This is illustrated graphically in Exhibit 2.

While Japan and South Korea will represent significant volume opportunities, the United States will be easily the most important LTE handset market during the second half of 2012. Verizon Wireless and AT&T will be the most important carriers. We believe the period between September and December will quickly become crowded for handset vendors, and it will be marked by intense competition for marketshare between several big brands such as Apple, Samsung, LG, HTC, Motorola, RIM, Nokia, Sony and others. Even wildcards, like Amazon, Dell, HP or Nintendo, cannot be discounted from springing a competitive surprise in this year or next. Ultimately, those brands who most impress Verizon Wireless and AT&T with their differentiated offerings of new hardware, software, services, pricing and marketing will be the ones who attract the highest LTE subsidies and will thus stand the greatest chance of success.

Exhibit 2: Global LTE Handset Shipments Forecast by Quarter in 2012

 

Of course, the LTE handset segment is expanding at a rapid rate this year, but there will undoubtedly be growing pains in this early phase. Many LTE phones and data plans will be relatively expensive, which means operators will need to invest generous subsidies to make 4G more affordable for subscribers. Some carriers, like T Mobile, desire to spend less on subsidies, but the arrival of pricey LTE phones will make that goal seem further away than ever in the near-term. The development of VOLTE technology for richer voice services has been relatively glacial so far, and VOLTE deployments at carriers worldwide will remain tiny this year. Meanwhile, consumers will be concerned about LTE usability issues, such as shortened battery life, excessive device weight, occasionally unreliable voice call quality, or sudden bill shock caused by high data consumption.

Conclusions & Implications

We forecast global LTE handset shipments to surge tenfold from 7 million units in 2011 to 67 million in 2012. The United States, Japan and South Korea are the three most important countries to prioritize in 2012. Western Europe will become more important in 2013.

We expect global LTE handset shipments to rise sharply in the second half of 2012. More devices will get launched in more countries. The fourth quarter will be the most critical and largest, accounting for 52% of the entire year’s volumes. Stakeholders must maximize performance in this period.

We currently assume Apple will execute effectively on an LTE iPhone5 in H2 2012. Apple stands a reasonable chance of overtaking Samsung to become the world’s number one LTE phone vendor by the end of the year.

Despite niggling issues like expensive phones and sudden bill shocks, LTE is here to stay and ready for take-off. Consumers and operators want faster and more cost-effective mobile connectivity. LTE is a market that no device vendor, component maker, operator or service developer can afford to ignore.

Contact Information:

The author of this Insight, Neil Shah, can be reached at: NShah@strategyanalytics.com.

Other Contacts:

Matt McKee +1 617 614 0745 MMckee@strategyanalytics.com

Linda Sui +1 617 614 0735 LSui@strategyanalytics.com

Alex Spektor +1 617 614 0726 ASpektor@strategyanalytics.com

Scott Bicheno +44 1908 423 600 SBicheno@strategyanalytics.com

Thomas Kang: +82 10 2874 8133 TKang@strategyanalytics.com

Neil Mawston: +44 1908 423 628 NMawston@strategyanalytics.com

  • Our blogs for this topic and others can be read and commented on here.

 

   

LTE Spectrum and Network Strategies: Strategic Options for Mobile Operators in Dynamic 4G Mobile Markets

3 Apr

The LTE spectrum auctions across Europe are the start of LTE becoming market reality. Operators are focusing on one

of two spectrum strategic options: major investments into 800 MHz or smart hybrid multiband solutions with >1GHz

spectrum on 1800, 2600 FDD and TDD bands. These options are linked to their network deployment strategies and are

increasingly implemented via network cooperation agreements. By choosing smart spectrum and network deployment

strategies, operators can improve their position in dynamic 4G markets.

Spectrum auctions in Europe indicate LTE will quickly

have a significant impact on market dynamics

In reaction to the explosion in mobile data traffic and to improve

access in rural areas, the European Union ensured that the Digital

Dividend, 800 MHz spectrum previously used by analogue terrestrial

TV, would be used for mobile data networks. Most countries are

auctioning off new 2600 MHz spectrum at the same time, and also

enable operators to refarm 900 and 1800 MHz bands for usage via

UMTS/HSPA or LTE. The availability of this new spectrum is creating

a range of opportunities for incumbent and challenger operators alike

to improve their competitive market position.

Arthur D. Little has identified auction patterns and a variety of smart

network deployment strategies. In this Viewpoint, we will review

the lessons learned and assess possible auction and network

deployment strategic options for mobile operators in 4G markets.

Auction results indicate operators highly value 800 MHz

spectrum, but alternative auction and spectrum strategies

have also emerged

LTE auctions have already been completed in Germany, France,

Spain, Portugal, Italy, Sweden, the Netherlands, Belgium, and

Switzerland (see Figure 1). Competition for the 800 MHz spectrum

has dominated auction results, especially in markets in which four

mobile operators compete for three licenses of 10 MHz each on the

800 MHz band. While prices for 800 MHz skyrocketed in Germany,

Italy and France bidders in other countries managed to keep the

auction fee rather low.

In Germany, e-plus chose not to acquire 800 MHz spectrum due

to the demanding obligations to cover remote areas, as well as the

high price. Deutsche Telekom, Vodafone and Telefónica Germany

(O2) paid €1.2 billion for 10 MHz paired

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ADL_LTE_Spectrum_Network_Strategies

 

First U.S. DoD Operational Deployment of 4G LTE With Navy Pilot

3 Apr

RESTON, Va. (March 29, 2012) – Oceus Networks today announced that the U.S. Navy has selected the company’s market-leading Xiphos™ mobile communications networking solution for a pilot for a new Navy portable maritime C2 system, making this the first operational deployment of 4G LTE for the U.S. Department of Defense.

The pilot will be conducted over the next year with the Kearsarge Expeditionary Strike Group, homeported in Norfolk, Va. The Xiphostactical cellular solution will provide high capacity secure wireless broadband for real time access to Intelligence, Surveillance and Reconnaissance (ISR) data for intra-ship communications over the horizon, and inter-ship communications via commercial hand-held devices.

“The Xiphos 4G LTE solution provides orders of magnitude greater capability over what is currently deployed,” said Douglas C. Smith, President and CEO of Oceus Networks. “This pilot is a result of more than two years of work with the Navy, and we’re honored to be partnering with the Navy to bring these new capabilities into operational deployment for the warfighter.”

Oceus’ mobile ruggedized networks can be placed aboard ships, installed in tactical warfighter vehicles, mounted on UAV’s and other aerial platforms, and can be soon soldier back-packed into austere environments — wherever secure robust high-speed voice, video and data communications capabilities are needed.

Available today, the Xiphos family of ruggedized and mobile 4G LTE networks, which are commonly known as full-featured cellular base stations, currently supports up to hundreds of simultaneous sessions, has data rates scalable from 37 to 350 Mbps, and has a terrestrial range up to 62 miles radius per node, enabling networks to cover the Navy’s tactical area of operations. The Xiphos family of systems are built on the 4G LTE commercial standards allowing the Navy to fully leverage the commercial investment in this technology.

http://4g-portal.com/first-u-s-dod-operational-deployment-of-4g-lte-with-navy-pilot?goback=%2Egde_136744_member_104681358

LTE: a real disruptive technology and business opportunity?

3 Apr

presents an in-depth analysis about the promising technology LTE taking into account not only technology aspects but also business aspects. In detail, this report points out the key drivers that are continuously changing the Telecom market and analyzes LTE and its evolution, LTE Advanced, as technological response to the emerging market needs. In addition, it provides an overview about current trends in spectrum allocation, global status of the LTE ecosystem and worldwide initiatives to date. Finally, it explores LTE business case implications for incumbent and greenfield mobile operators through an accurate scenario and sensitivity analysis.

Topics Covered

  • Emerging needs of the Telecom market
  • LTE technology primer
  • Candidate spectrum bands and licensing experience to date
  • Availability of LTE equipments (eNodeB, UE, EPC components, wireless backhauling)
  • Operator plans, commitments, trials, deployments, launches
  • Critical factors for the LTE business case

 

Benefits of the report

  • Value added: A set of guidelines and figures are provided to approach LTE and fully seize opportunities offered
  • Accurate: The analysis is based on a superior business case modeling specific for LTE networks in incumbent and greenfield scenarios
  • Unbiased: Assumptions are based on the standards, suggested by experience and gathered through audits with operators, vendors, manufacturers and regulators
  • Plus: TEA|LTE is a unique and innovative application to perform LTE business case analyses taking into account all critical factors (market, technical, economic and financial) since the outset

 

Questions addressed

  • Which are the Telecom market dynamics?
  • How do LTE and its evolution LTE Advanced work?
  • How to formulate properly spectrum licensing policies?
  • Which are LTE equipments ready to support commercial deployments?
  • How are mobile operators currently moving towards LTE?
  • How to best achieve LTE profitability in incumbent and greenfield scenarios?