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    March 2010
    M T W T F S S
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    • 09Mar

      The handset chip market has gone through some rapid changes over the past 3 years and only a handful of the remaining players have long-term viability and sustainable profitability. We estimate that the total cellular baseband revenues in 2008 were $11.15 billion and $11.04 billion in 2009 (provisional).

      Some of the highlights of Strategy Analytics’ Quarterly Baseband Share Tracker for Q3 2009,

      * Qualcomm was the market leader with 38 % revenue share and 19 % unit share;
      * MediaTek was second only to Qualcomm in terms of unit and revenue share;
      * Broadcom and Infineon are improving market share and expanding at their respective key customers. We estimate Broadcom’s cellular baseband revenues grew 350 % in 2009. However, Broadcom is still a minor player in the cellular baseband market but is expected to be an important player in 2010;
      * ST-Ericsson ranked fourth with close to 10 % baseband revenue market share;
      * Texas Instruments’ baseband revenues were down almost 33 % on a Y-o-Y basis in Q3 2009.

      Q3 2009 Cellular Baseband Processor Market Volume and Value Share

      With Texas Instruments and Freescale exiting from the cellular baseband market, Strategy Analytics believes that Qualcomm, ST-Ericsson, MediaTek, Infineon and Broadcom are well positioned to remain long-term players. However, new entrants are likely to appear as demand increases for LTE and TD-SCDMA chips.

      - Sravan Kundojjala

    • 25Feb

      Broadcom is definitely the one company to watch out for in 2010 in the cellular baseband market. Broadcom is emerging as a tier-1 cellular baseband supplier and currently has both EDGE and 3G design-wins at Samsung and Nokia. We note that together Nokia and Samsung command approximately 60 percent of the handset market. Most recently Broadcom also came up with a low-cost HSPA chip BCM21553 which can help it to score design-wins at other vendors as well.

      According to Strategy Analytics’ cellular baseband market share estimates, Broadcom’s cellular baseband revenue grew 350 % in 2009 as the company scored some high volume handset design-wins at Samsung and also started ramping up at Nokia in the second half of 2009. We believe Broadcom is well positioned to be a tier-1 baseband supplier in 2010 and we expect baseband to be one of the growth drivers for Broadcom in 2010.

      - Sravan Kundojjala

    • 25Feb

      The combination of radar, sensor, onboard processing and communications electronics provide critical “see all”, “know all” capabilities in Airborne Early Warning and Control (AEW&C) platforms that provide a fundamental building block of a national defense or combat strategy. 

      The Boeing E-3D Sentry AWACS and Northrop Grumman E-2C Hawkeye represent the operational state of the art, while new platforms include the Boeing Wedgetail and Saab Erieye. 

      These new platforms are looking to make extensive use of AESA- (active electronically scanned arrays) based technology and coupled with increasing demand from sensor, onboard processing and communications electronics, Strategy Analytics projects that the annual market for electronics will grow by over 50% through 2020. 

      The other interesting dynamic with this market segment is the development time, longevity and expense of the airframe platform. This makes the AEW&C market uniquely suited to the upgrade market and while the number of new platforms is relatively small, we believe the potential market for upgrades to electronics in existing platforms, such as the E-3 and E-2 has the potential to reach $22 billion through 2020. 

      See “Future Trends in Airborne Early Warning & Control Systems.”

    • 24Feb

      The number of mobile operating systems just keeps getting bigger and to our count close to ten platforms are now competing in this space. They include Symbian, Android, iPhone OS, BlackBerry OS, WebOS, MeeGo, bada, Windows Mobile, LiMo Foundation-compliant platforms, Brew Mobile Platform and Linux variants. The question that obviously comes to everyone’s mind is who will win in this mobile software platform market.

      There are some interesting angles to think about this.

      • Can the smartphone market size accommodate this many platforms?
      • Do consumers care about operating systems?
      • Is it a zero-sum game or can there be a more than one winner?
      • Everyone is talking about carriers becoming dumb pipes but what about handset OEMs? Will Google and Microsoft make handset OEMs as dumb pipes or add value?
      • Should every handset vendor build their own OS? Can they cope with incremental mobile OS R&D costs?
      • Can horizontal and vertical business models co-exist in the mobile industry?
      • Is there enough developer support to address every OS?
      • How many platforms operators can support?

      We think R&D capabilities, scale, brand, and strong partner and developer ecosystem are necessary ingredients to sustain a long-term smartphone OS and only few of the above mentioned platforms check most of the boxes. Strategy Analytics estimates that smartphone OS vendors currently spend close to $100-$200 million on R&D on average and this is expected to grow incrementally.

      Nokia (Symbian and MeeGo): 2010 will be remembered as a software transition year for Nokia and 2011 will see a settled software platform strategy with both Symbian and MeeGo (Maemo) getting much waited Qt UI and app frameworks. Nokia has a unique software strategy and is the only vertical vendor who is open sourcing its proprietary platforms. Nokia already has scale, brand, and R&D capabilities and if the company can excite the developer community and consumers with Qt then it should keep its smartphone lead for a long time to come. Nokia is well positioned to democratize the iPhone and BlackBerry experience to the masses. Nokia’s software transition will be watched closely as competitors becoming stronger.

      Microsoft: We believe Microsoft can not afford to lose in the mobile platform market given its synergistic importance to its other businesses and Windows Phone 7 Series (WP7 Series) announcement just reiterates that. It remains to be seen how WP7 Series platform will fare in terms of price points, hardware requirements, OEM support, developer and consumer reaction which can decide whether Microsoft can get the scale that is required to sustain a long-term smartphone OS. Microsoft will face a strong challenge from Google as both companies are targeting the same OEMs. Microsoft may position older Windows Mobile versions for low-end smartphone market but it remains to be seen how OEMs will react given more appealing nature of WP7 Series platform.

      Android: Google and its partners executed very well so far and 2010 could be the Year of Android. Unlike Microsoft’s WP7 Series platform, Android can also run on low-end chipsets which can increase its addressable market. Android and Symbian are the only mobile OSs that are targeting mass-market smartphone segment currently. This gives edge to Android to gain scale as handset OEMs push Android to feature phones. However some key risks like fragmentation and future Google moves that may cause friction to OEMs and operators will be watched closely. We also believe that the expanding size of the smartphone market should create enough opportunity for horizontal software platform players as Google and Microsoft currently lack high volume handset customers.

      BlackBerry OS: RIM continued to gain with its market leading “Push” technology and security features. However, its web browsing and touch screen experience needs to be addressed. RIM already trying to fix the web browsing problem with new WebKit-based browser but touchscreens remain a challenge.

      iPhone OS: Apple continues to win mindshare from developers and consumers alike and is well positioned to be a long-term player in the smartphone OS market. Apple’s web browser is equally capable even if the trend shifts to web applications in the future. Apple may come under pressure from Android and resurgent Microsoft in the future but the growing size of the smartphone market should give enough room for iPhone OS to grow.

      LiMo Foundation: Being a middleware platform and because of its governance structure, the LiMo Foundation currently lacks a direct relation with the developer community and currently depends on its operator partners for ecosystem. 52 LiMo-compliant handsets have been announced so far and 24 major global carriers are members of the Foundation. We believe that the LiMo Foundation’s middleware platform is technically closer to Nokia’s MeeGo and it remains to be seen how the Foundation will pursue its strategy given global OEMs are currently choosing Android.

      Palm’s WebOS: Despite seeming to have one of the best mobile platforms, Palm’s limited geographical reach, and limited R&D budget could prevent the company from scaling as much as its competitors Nokia and Apple. Palm’s lack of brand-awareness outside North America is not helping the matters. We believe Palm’s lack of scale could hurt it in the future as its competitors become even stronger.

      Samsung bada: Samsung bada’s definition and market positioning remains still subjective given its kernel-configurable nature. It remains to be seen how Samsung’s bada will keep pace with Android, iPhone OS, Symbian and others. Like Android and Symbian Samsung’s bada also expected to target mass-market smartphones.

      Qualcomm BREW Mobile Platform (BMP): We believe Qualcomm is positioning BREW as a low-end smartphone platform but it will face a stiff challenge from Android and Symbian as they are also trying to address the feature phone market. Qualcomm’s BMP is also not supported by other chipset vendors but Qualcomm is expected to leverage its existing relations with operators and handset OEMs.

      Despite the desire of OEMs to control their platforms, we continue to believe that the growing R&D costs to develop a smartphone OS and ecosystem around it could potentially force them to consolidate their efforts around licensable operating systems while also building OS-agnostic differentiating layers on top of that. Examples include Nokia (Qt / OVI), Motorola (Moto Blur), Sony Ericsson (UX), HTC (Sense UI), Samsung (TouchWiz) and LG (S-Class).

    • 04Feb

      Strategy Analytics was pre-briefed on Nujira’s recent announcements on Tuesday 26th January. The presentation was given by Tim Haynes, CEO and Julian Hildersley, VP Handset Products & Strategy and focused on recent progress they company has made in further commercializing their envelope tracking technology.

      Nujira’s High Accuracy Tracking (HAT™) Modulator technology as used in their Coolteq products dynamically control the power supply to the circuit in line with the transmission performance required, enabling the creation of highly efficient RF PAs for 3G and 4G cellular base stations, handsets and TV broadcast transmitters.

      Nujira has been successful in introducing its technology to the industry and current engagements encompass cellular infrastructure (12 OEM’s engaged in trials), digital TV broadcasting (DVB, 2 OEM JVs), cellular handsets (one customer signed up) and a OEM trial for military radio.

      Nujira is targeting both CPE and infrastructure markets, but the company is adopting different strategies to commercialize its technology in these areas. While we do not see Nujira’s Coolteq technology translating to overnight changes in the wireless landscape, by partnering with leading GaAs and GaN technology suppliers, the company has developed a sound strategy for commercialization.

      Clients of the GaAs service can read more in the insight Nujira’s Partners with RFMD and TriQuint to Target Higher Efficiency and Broadband Requirements

      Asif Anwar

    • 04Feb

      As Seoul Semiconductor targets the US market with a 100 lm/W LED (which effectively incorporates a rectifier within the device) aimed at general lighting applications, and Cree reports breaking the 200 lm/W barrier with a laboratory demonstration, demand for highly efficient GaN-based emitters is at an all-time high.

      A major reason for that is rooted in Seoul’s own backyard: Samsung is largely responsible for a recent ramp of chip production required to service its own LED-backlit TVs, while Seoul is a key supplier to LG Display for the same application.

      The major LED consumers are finding ways to cut down the number of chips needed in key applications (for example, the 2.6mm-thick 42-inch TV that LG Display showed off at January’s Consumer Electronics Show required only 264 LEDs in its ultra-thin backlight), but it is clear that the rapid success of LED backlights in TVs, coupled with rising interest in general lighting applications, is placing the LED supply chain under some strain. Orders for the MOCVD equipment required to make LED epiwafers are through the roof, and the industry appears to have entered a sustained period of capacity-constrained supply, potentially limiting overall LED market growth. Responding to the ramping needs of LED makers, Veeco has just launched a new, higher-yielding version of its K465 tool, while Aixtron is investing up to $40M in a research facility to develop next-generation deposition equipment.

      The current strong cycle of demand for LEDs looks like a precursor for a much larger one in the future that will be focused on general lighting. Seoul begins mass production of its 100 lm/W LEDs  in the current quarter, but by the time the lighting market really takes off for the likes of Osram, Cree and the rest, the LED industry’s supply chain may look a little different.

      While the leading merchant MOCVD tool suppliers Aixtron and Veeco are scaling up efforts to service that demand, the unprecedented market pull for LEDs appears set to bring additional competition. That comes in the form of another Korean firm: Jusung Engineering. In mid-January, Jusung installed a “beta” MOCVD tool at Epivalley, also in Korea, and clearly senses an opportunity to muscle in on Aixtron and Veeco territory with its high-capacity (124×2-inch) tool. Applied Materials appears to have similar plans and we may see the market landscape for tool suppliers change significantly over the next few years.

      For more on this topic, see TV Backlights and their Impact on the LED Industry

    • 02Feb

      AESA RADAR is fast becoming the must-have capability for next-generation defense platforms. A wide range of military applications of AESA RADAR are coming into service, creating a long-tail of engineering demand and associated revenues. We presented a webinar on AESA radar last Thursday (28/1/10) in conjunction with Microwave Journal. The presentation provides an overview of the basic theory behind radar technology and discusses some of the key enablers for AESA radar and the present and future impact of this technology on the defense industry.

      View the recording at:
      www.mwjournal.com/StrategyAnalyticsWebinarJan2010
      We’d welcome any comments.

      Clients of the Advanced Defense Systems (ADS) service can also download the material at http://www.strategyanalytics.com/

    • 28Jan

      Strategy Analytics Exclusive Presentations at MWC 2010

      Strategy Analytics is delighted to announce our presence at Mobile World Congress, the premier event for the wireless industry. We will be hosting our annual exclusive breakfast presentations, and invite you to attend one of our sessions that will showcase our latest research into the dynamics of the wireless market.

      This invitation-only breakfast event will provide insights into the critical threats and opportunities facing the wireless industry in 2010.


      Mobile Broadband Traffic, Revenue & New Connected Devices

      Date
      Tuesday 16th and Wednesday 17th February 2010*

      Location
      Expo Hotel, Calle Mallorca 1-23, Barcelona (same as last year)
      (10min walking distance from the Fira de Barcelona where the MWC is taking place)

      Registration Breakfast
      08:00

      Session
      08:30 - 10:00

      * Please note that this year the sessions on the two days will be identical, giving you the choice to select the more convenient time for you.

      Managing the Traffic: Revenue Imbalance Notebooks/Netbooks, Feature Phones, Smart phones & Other Connected Devices

      • Presentation One: A brave new world of connected devices. Which devices? Which OS? Which Brands for connected netbooks, notebooks, MIDs, ebooks?
      • Presentation Two: The future of Apps: On/Off Portal & Managing the Tsunami of choices facing consumers
      • Presentation Three: Managing the traffic explosion from over 1.3B broadband accounts
      • SpecTRAX Global Handset Specification Database Demonstration

      Each presentation is a unique opportunity to hear an objective market view from some of our senior analysts. Our events are free of charge but as we have limited space we ask you to register in advance by going to our website at: www.strategyanalytics.com/MWC2010.html

      Please remember to indicate on which date you would like to attend. Please also note that copies of our presentation will only be made available to attendees and clients.

      You will have the opportunity to meet our analysts after each presentation and/or can arrange a separate meeting during the Congress. Please feel free to forward this invitation to any of your colleagues if you think they would be interested. If you are not going to be in Barcelona or if the timing is inconvenient, we would be happy to meet you at another time, just let us know!

      If you have any questions, please do not hesitate to contact us, otherwise we look forward to seeing you at the MWC in Barcelona!

    • 20Jan

      I was asked recently how many phones were HD-capable, and realised that the question is actually quite complex.

      I should start with a definition for what I believe constitutes HD, as many handsets already claim some sort of High Defintion credentials, but very few actually deliver it…

      - True HD, 1080p, is a 16:9 ratio screen with a resolution of 1920×1080 pixels and a frame rate of 60 frames per second (or 24 fps for Blu-ray players);

      - 1080i is the same resolution, but the image is interlaced, effectively halving the frame rate;

      - 720p is also 16:9, but with a resolution of 1280×720 pixels.

      The highest resolution display on a handset at present is WVGA (800×480 pixels) and there are just under 200 handsets with that spec, the biggest being the HTC HD2 which has a very nice 4.3 inch screen, but WVGA is nowhere near big enough to be classed as HD.My take on HD is that we will see it on phones in certain functions: a)       Capture? Yes: The Samsung i8910 HD (also known (incorrectly) as the Omnia HD) was the first phone capable of capturing 720p HD video and the quality is immense. I think we will see many more phones in the near future being capable of capturing 720p or even 1080p HD;

      b)      Playback on screen? No: The Samsung i8910 HD has a very impressive 3.7 inch, 640×360 pixel OLED screen which gives a fantastic representation of high quality (if not HD) video, but it’s not true HD playback on the screen. In fact it’s only nHD (ninth full 1080 HD) at 640×360 pixels. Converting the Samsung i8910’s specs into dots per inch gives a figure of 198dpi.  I would argue that the highest definition screen we will ever see on a phone is QHD (960 x 540 pixels) or at a real push 720HD (1280×720 pixels) which, on a 4-inch display, would result in 275dpi or 367dpi respectively. Putting a 1080p screen on a phone is a complete waste of time (and money) because the human eye cannot distinguish anything greater than about 300dpi;

      c)       Playback off screen? Yes: We may see more usage of playing content from the phone onto a larger screen using the TV Out or mini HDMI capabilities of the phone, or maybe even using a built-in pico projector. Nokia has been a strong supporter of TV Out and we will certainly see many more phones in future with a mini HDMI port. As for pico projector phones, I’m not sure that they are going to appeal to the network operators because power consumption will be so poor that the phone will be dead after an hour or two, then there’s no revenue stream for the operators;

      d)      Storage: This is where I think there is potential for HD. Using Moores Law, I estimate that in 10 years time the average phone will have 50GB internal memory and some high end phones will have around 1TB of NAND Flash memory, and probably for about the same price as about 32GB of NAND Flash today. What we will do with that memory is another matter. With 1TB you could store about 375 hours of full HD (about 180 movies) so perhaps we will all have our collection of HD movies on our phones ready for viewing when we’re on a business trip for example;

      Battery life will certainly be affected by HD though, so we will probably see much bigger batteries (maybe 2000mAh) in handsets with HD capture or playback.

      Finally, it’s worth noting that several chipset companies have chips in, or close to, production capable of supporting HD capture including TI OMAP 3440 (12MP, 720p); NVIDIA Tegra APX (12MP, 720p); Broadcom 2727 (12MP, 720p); Qualcomm MSM8260 (16MP, 1080p); TI OMAP4 (20MP, 1080p), so it looks like HD capture and storage on phones will be a booming segment.

      Stuart Robinson

    • 13Jan

      Get insights into AESA RADAR’s impact on the RF & microwave industry.

      AESA RADAR is fast becoming the must-have capability for next-generation defense platforms. A wide range of military applications of AESA RADAR are coming into service, creating a long-tail of engineering demand and associated revenues.

      Strategy Analytics has joined up with the Microwave Journal to offer this complimentary webinar on 28th January.

      The present and future impact of AESA on the defense industry can be shown by understanding the theory and enabling technologies that underpin AESA radar, as outlined in this webinar.

      • Radar Types and Application
      • Measuring Radar Signals
      • Phased Array Radar
      • Advantages of AESA Radar
      • Enabling Technologies for AESA Radar
      • AESA Radar Systems
      • Conclusions

      The webinar is free of charge for all attendees, however we do request that you register for the webinar beforehand in order to participate. Register for the event –>>> NOW

      Event Information

      Date: Thursday, 28th January 2010

      Time: 4pm GMT / 11am EST / 8am PST

      Once we have processed your registration, you will receive a confirmation email message with instructions on how to join the event.

      Feel free to tell your colleagues who may be interested in this webinar.

      Steve Entwistle

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