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Nokia under transition (as reported by the company)

Note and updates: stock price is up 3.17%  as per above (those numbers are in US$)
– see more: Nokia trying the first Lumia month in China with China Telecom exclusive [March 28, 2012]
– Nokia seeks to retake China market share [Reuters, March 28, 2012]: “Shares in Nokia rose 3 percent to 4.116 euros, helped also after Sweden’s Swedbank lifted its rating to “buy” from “neutral”.
– Are Nokia’s Largest Shareholders Betting on a Turnaround With New Releases in China? [Wall St. Cheat Sheet, March 28, 2012]

279 institutional firms indicated owning shares of Nokia Corporation (NYSE:NOK) in both Q3 2011 and Q4 2011. These firms reported owning a total of 348.305 million shares on 09/30/2011 and 382.757 million shares [out of 3.74B, i.e. ~10%] on 12/31/2011. The shares closed at $5.66 on 09/30/2011 and $4.82 on 12/31/2011, for an aggregate market value of $1.971 billion and $1.845 billion, respectively.

– Nokia: The Recovery Begins; One Analyst Turns Bullish [Forbes, March 30, 2012]

… Town Hall Investment Research analyst Jamie Townsend this morning upped his rating onNokia to Buy from Avoid.

His view: for Nokia, the turnaround has begun. And for that he credits the company’s still unfolding new relationship with Microsoft, and its decision to adopt Windows Phone 7 as the operating system for its high-end smartphones.

“Our renewed enthusiasm is primarily driven by Nokia’s smartphone business and our belief that long term the company is now poised to slowly reestablish itself as a meaningful player in smartphone markets around the world,” Townsend writes in a research note. “While we believe that Q1 and Q2 2012 will continue to show the struggle between the death of Symbian and the rise of WP7, we also believe the pieces are now in place for a gradual reversal in the market share losses experienced in the last three years. Specifically, we are expecting positive unit surprises in the U.S. and Western Europe over the next two quarters, albeit coming off a very low base and expectations. While only a wild card right now, we also believe that some sort of partnership between Microsoft, Nokia and RIM is now a real possibility.”

“We believe that there are two issues for RIM that relate to NOK,” he writes. “First, we believe that RIM is now where NOK was approximately a year ago. There was no longer any doubt as to the declining state of the smartphone business but also no clear path to recovery. As we know from Nokia’s last year, the recovery required bold action and the a long lead time to the actual point of product improvement. We believe investors should wait until the recovery is clear which in our view is not yet the case with RIM, but is now on the near horizon for NOK.”

“Second, RIM management on the quarterly conference call made it abundantly clear that the company is seeking a new partnership that will allow it to enhance its consumer appeal but allow it to focus its attention on its core historical strength with the enterprise,” he adds. “We believe that this strategy carries a number of risks, but also believe that Nokia/Microsoft represents the most likely candidate for such a partnership. We have no data points to support that this will happen or that Nokia/Microsoft would want it to, but believe it to be a real possibility over the next six months. Should it occur we believe it would be perceived as a meaningful positive for NOK shares.”

NOK this morning is up 7 cents, or 1.2%, to $5.49.

End of updates

According to the below excerpts from the Nokia 2011 fiscal year report [March 8, 2012]

Current strategic business units, their responsibilities and accountabilities:

[F-9] As of April 1, 2011, the Group’s operational structure featured two new operating and reportable segments: Smart Devices and Mobile Phones, which combined with Devices & Services Other and unallocated items form Devices & Services business.

As of October 1, 2011, the Group formed a Location & Commerce business which combines NAVTEQ and Nokia’s social location services operations from Devices & Services. Location & Commerce business is an operating and reportable segment. From the third quarter 2008 until the end of the third quarter 2011, NAVTEQ was a separate reportable segment of Nokia. As a consequence, Nokia currently has four operating and reportable segments: Smart Devices and Mobile Phones within Devices & Services, Location & Commerce and Nokia Siemens Networks.

Prior year segment specific results for 2009 and 2010 have been regrouped and recasted for comparability purposes according to the new operational structure.

[F-26] Nokia’s reportable segments represent the strategic business units that offer different products and services. The chief operating decision maker receives monthly financial information for these business units. Key financial performance measures of the reportable segments include primarily net sales and contribution/operating profit. Segment contribution for Smart Devices and Mobile Phones consists of net sales as well as its own, directly assigned costs and allocated costs but exclude major restructuring projects/programs and certain other items that are not directly related to the segments. Operating Profit is presented for Location & Commerce and Nokia Siemens Networks. Nokia evaluates the performance of its segments and allocates resources to them based on operating profit/contribution.

Smart Devices focuses on smartphones and smart devices and has profit-and-loss responsibility and end-to-end accountability for the full consumer experience, including product development, product management and product marketing. ([52] Nokia’s portfolio of smartphones covers price points ranging from around EUR 100 to more than EUR 500, excluding taxes and subsidies. During 2011, we shipped approximately 77.3 million smartphones.)

Mobile Phones focuses on mass market feature phones and related services and applications and has profit-and-loss responsibility and end-to-end accountability for the full consumer experience, including development, management and marketing of feature phone products, services and applications. ([54] Nokia’s portfolio of feature phones covers a wide range of price points from the Nokia 100, our most affordable device which costs about EUR 20, excluding taxes and subsidies, through to devices with more premium features costing upwards of EUR 100, excluding taxes and subsidies. During 2011, we shipped approximately 339.8 million feature phones.)

Devices & Services Other includes net sales of Vertu, spare parts and related cost of sales and operating expenses, as well as intellectual property related royalty income. Operating expenses of Devices & Services Other also include common research and development. Other income and expenses include major restructuring projects/programs related to the Devices & Services business as well as other unallocated items.

Location & Commerce develops a range of location-based products and services for consumers, as well as platform services and local commerce services for the Group’s feature phones and smartphones ([96] in support of our strategic goals) as well as ([96] a portfolio of products for the broader Internet ecosystem, including products for our direct competitors) for other device manufacturers, application developers, Internet service providers, merchants, and advertisers. Location & Commerce also continues to serve NAVTEQ’s existing customers both in terms of provision of content and as a business-to-business provider of map data ([56]providing comprehensive digital map information and related location-based content and services for mobile navigation devices, automotive navigation systems, Internet-based mapping applications and government and business solutions). Location & Commerce has profit and loss responsibility and end-to-end accountability for the full consumer experience.

Nokia Siemens Networks provides a portfolio of mobile, fixed and converged network technology, as well as professional services including managed services, consultancy and systems integration, deployment and maintenance to operators and service providers.

[F-71] Nokia Siemens Networks B.V., the ultimate parent of the Nokia Siemens Network group, is owned approximately 50% by each of Nokia and Siemens and consolidated by Nokia. Nokia effectively controls Nokia Siemens Networks as it has the ability to appoint key officers and the majority of the members of its Board of Directors, and accordingly, Nokia consolidated Nokia Siemens Networks.

Business and segment information:

2009 2010 2011
Devices & Services
Net sales (EUR in M) 27853 29134 23943
Operating profit (EUR in M) 3564 3540 884
Gross margin 33.10% 29.90% 27.70%
Operating margin -1% 12.20% 3.70%
Volume (units in M) 431.8 452.9 417.1
ASP (EUR) 64 64 57
Smart Devices
Net sales (EUR in M) 12649 14874 10820
Gross margin 37.20% 30.80% 23.70%
Contribution margin 11.40% 9.30% -3.80%
Volume (units in M) 67.8 103.6 77.3
ASP (EUR) 187 144 140
Mobile Phones
Net sales (EUR in M) 14644 13696 11930
Gross margin 28.50% 28.00% 26.10%
Contribution margin 15.30% 17.00% 12.40%
Volume (units in M) 364 349.2 339.8
ASP (EUR) 40 39 35
Location & Commerce
Net sales (EUR in M) 756 869 1091
Operating profit (EUR in M) -594 -663 -1526
Gross margin 82.70% 80.60% 80.40%
Operating margin -78.60% -76.30% -139.90%
Nokia Siemens Networks
Net sales (EUR in M) 12574 12661 14041
Operating profit (EUR in M) -1639 -686 -300
Gross margin 27.10% 26.80% 27.10%
Operating margin -58% -5.40% -2.10%
Nokia Group
Net sales (EUR in M) 40984 42446 38659
Operating profit (EUR in M) 1197 2070 -1073
Gross margin 32.40% 30.20% 29.30%
Operating margin 2.90% 4.90% -2.80%

The overall market situation and the related Nokia strategies and actions:

Devices & Services:

[87] In 2011, the global mobile device market benefited from continued strength in key growth markets, such as the Middle East and Africa, Greater China and Latin America and, according to our estimate, industry mobile device volumes increased by 11% during the year. Smartphones continued to capture the major part of the volume and value growth, as well as the public focus, in the mobile device market. We estimate that our mobile device volume market share was 26% in 2011, compared to an estimated 32% in 2010, with the decline primarily driven by market share losses in the smartphones segment.

In February 2011, we announced our new strategy for our Devices & Services business, which has three core elements.

First, in smartphones, we announced our partnership with Microsoft, discussed below, to bring together our respective complementary assets and expertise to build a new global mobile ecosystem for smartphones. Under the partnership, formalized in April 2011, we are adopting and licensing Windows Phone from Microsoft as our primary smartphone platform. We launched our first Nokia products with Windows Phone under the Lumia brand in October 2011.

Second, in feature phones, our strategy continues to be to leverage our innovation and strength in growth markets to connect the next billion people to the Internet and information. Through our investments in developing assets designed to bring a modern mobile experience – software, services and applications – we believe we have the opportunity to connect the “next billion” aspirational consumers around the world to the Internet and information, especially in key emerging markets.

Third, we believe we must also invest to take advantage of future technology disruptions and trends. Through ongoing research and development, we plan to explore and lead next-generation opportunities in devices, platforms and user experiences to support our industry position and longerterm financial performance.

The competitive landscape for that is the following:

[60] The mobile device market continues to undergo significant changes, most notably due to the broad convergence of the mobile telecommunications, computing, consumer electronics and Internet industries. With the traditional feature phone market continuing to mature, a major part of volume and value growth in the industry has been in smartphones offering access to the Internet. Additionally, other large handheld Internet-centric computing devices, such as tablets and e-readers, have emerged, trading off pocketability and some portability for larger screen sizes, but in many cases offering both cellular and non-cellular connectivity in the same way conventional mobile devices do. Due to their larger size, such devices are not replacing conventional mobile devices, but are generally purchased as a second device. Nevertheless, larger-screened Internet-enabled devices have captured a significant share of consumer spend across the broader market for mobile products and digital content and in different ways. For example, some competitors seek to offer hardware at a low price to the consumer with the aim of capturing value primarily through the sale of content.

The increasing demand for wireless access to the Internet has had a significant impact on the competitive landscape of the market for mobile products and digital content. Companies with roots in the mobile devices, computing, Internet and other industries are increasingly competing directly with one another, making for an intensely competitive market across all mobile products and services. At the same time, and particularly in the smartphone and tablets segments, success for hardware manufacturers is increasingly shaped by their ability to build, catalyze or be part of a competitive ecosystem, where different industry participants, such as hardware manufacturers, software providers, developers, publishers, entertainment providers, advertisers and e-commerce specialists are forming increasingly large communities of mutually beneficial partnerships in order to bring their offerings to the market. A vibrant ecosystem creates value for consumers, giving them access to a rich and broad range of user experiences. As a result, the competitive landscape is increasingly characterized in terms of a “war of ecosystems” rather than a battle between individual hardware manufacturers or products.

At the heart of the major ecosystems is the operating system and the development platform upon which devices are based and services built. In smartphones, our competitors are pursuing a wide range of strategies. Many device manufacturers are utilizing freely available operating systems, the development of which is not paid for from device sales revenue or software license fees. The availability of Google’s Android platform has made entry into and expansion in the smartphone market easier for a number of hardware manufacturers which have chosen to join Android’s ecosystem, especially at the mid-to-low range of the smartphone market. For example, some competitors’ offerings based on Android are available for purchase by consumers for below EUR 100, excluding taxes and subsidies, and thus address a portion of the market which has been traditionally dominated by feature phone offerings, including those offered by Nokia. Accordingly, lower-priced smartphones are increasingly reducing the addressable market and lowering the price points for feature phones.

In general, we believe product differentiation with Android is more challenging, leading to increased commoditization of these devices and the resulting downward pressure on pricing. In addition, there is uncertainty in relation to the intellectual property rights in the Android ecosystem, which we believe increases the risk of direct and indirect litigation for participants in that ecosystem. Google, HTC, LG, Motorola, Samsung and Sony Ericsson are among competitors which have deployed the Android operating system on their smartphones. Samsung is among our strongest competitors, competing with us across a broad range of price points.

Other companies favor proprietary operating systems, including Apple, whose popular high-end iPhone models use the iOS operating system, and Research in Motion (RIM), which deploys Blackberry OS on its mobile devices. Both Apple and RIM have developed their own application stores, through which users of their products can access applications.

Apple, which has already gained a strong position in the market for high-end smartphones and tablets, has also used the strength of its ecosystem to further expand its offering of digital content through other interfaces such as television sets. Similarly, Google has sought to extend the Android ecosystem with its Google TV Internet-based television service.

Nokia currently offers smartphones based on the Symbian, MeeGo and Windows Phone operating systems, and we are transitioning to using Windows Phone as our primary smartphone platform. Users of Symbian-based Nokia products can access digital content and third-party applications through Nokia Store, while users of our Windows Phone devices can access the Microsoft-run Marketplace for digital content and third-party applications. The Windows Phone operating system is also being deployed on smartphones by others, including HTC and Samsung.

The significant momentum and market share gains of the global ecosystems around the Apple and Android platforms have increased the competitive barriers to additional entrants looking to build a competing global smartphone ecosystem, such as Nokia with the Windows Phone platform. At the same time, other ecosystems are being built which are attracting developers and consumers, and which may result in potential fragmentation among ecosystem participants and the inability of new ecosystems to gain sufficient competitive scale.

We also face intense competition in feature phones where a different type of ecosystem from that of smartphones is emerging involving very low-cost components and manufacturing processes, with speed to market and attractive pricing being critical success factors. In particular, the availability of complete mobile solutions chipsets from low-cost reference design chipset manufacturers has lowered the barriers of market entry and enabled the very rapid and low-cost production of feature phones by numerous manufacturers in China and India, which are gaining significant market share in emerging markets, as well as bringing some locally relevant innovations to market. Such manufacturers have also demonstrated that they have significantly lower gross margin expectations than we do.

We also face competition from vendors of unlicensed and counterfeit products with manufacturing facilities primarily centered around certain locations in Asia and other emerging markets which produce inexpensive devices with sometimes low quality and limited after-sales services that take advantage of commercially-available free software and other free or low-cost components, software and content. In addition, we compete with non-branded feature phone manufacturers, including mobile network operators, which offer mobile devices under their own brand, as well as providers of specific hardware and software layers within products and services at the level of those layers rather than solely at the level of complete products and services and their combinations. In the future, we may face competition from established Internet companies seeking to offer smartphones under their own brand.

Our competitors use a wide range of other strategies and tactics. Certain competitors choose to accept significantly lower profit margins than we are targeting. Certain competitors have chosen to focus on building products and services based on commercially available components and content, in some cases available at very low or no cost. Certain competitors have also benefited from favorable currency exchange rates. Further, certain competitors may benefit from support from the governments of their home countries and other measures which may have protectionist objectives.

Transition:

[88] Year 2011 was a year of transition for Nokia. Prior to the announcement of our partnership with Microsoft in February 2011 and the adoption of Windows Phone as our primary smartphone platform, the Symbian and MeeGo operating systems were our primary smartphone platforms. Following our announcement of the Microsoft partnership, we expected to sell approximately 150 million more Symbian devices in the years to come and to ship one MeeGo device. However, the demand for our Symbian devices began to deteriorate. The consequent decline in our Smart Devices net sales and profitability was a result of both a decline in our Symbian smartphone volume market share and pressure on pricing as competitors aggressively capitalized on our platform and product transition. Towards the end of 2011, the competitiveness of our Symbian devices continued to deteriorate as changing market conditions created increased pressure on Symbian, which further adversely affected our Smart Devices net sales, profitability, market share and brand perception. In certain markets, there has been an acceleration of the trend towards lower-priced smartphones with specifications that are different from Symbian’s traditional strengths, which has contributed to a faster decline in our Symbian volumes than we anticipated. We expect this trend to continue in 2012.

To endeavor to maximize the value of our Symbian asset going forward, we expect to continue to ship Symbian devices to specific regions and distribution channels, as well as to continue to provide software support to our Symbian customers, through 2016. The software support for our Symbian customers was outsourced to Accenture commencing from September 2011. As a result of the changing market conditions, combined with our increased focus on Nokia products with Windows Phone, we believe we will sell fewer Symbian devices than previously anticipated.

Towards the end of 2011, we launched the Nokia Lumia 800 and Nokia Lumia 710, our first smartphones based on the Windows Phone platform. During 2011, we also launched the Nokia N9, which was the outcome of efforts in our MeeGo program. Since the start of 2012, we have continued to bring the Lumia experience to several more geographies, including the United States, where we have launched the Nokia Lumia 900, the first LTE device designed specifically for the North American market, which is available exclusively through AT&T. In late February 2012, we announced our intention to bring the Lumia 900 to markets outside the United States and introduced the Lumia 610, our lowest cost Lumia smartphone to date.

During the first half of 2011, our mobile device market share decline was further negatively affected by weakness in our feature phone portfolio primarily due to a lack of a dual SIM offering. During the second half 2011, however, the competitiveness of our feature phones improved when we introduced several dual SIM devices, as well as the new Nokia Asha range of feature phones, which offers a more smartphone-like user experience. These new additions helped us recapture some market share in the feature phone segment.

Year 2012 is expected to continue to be a year of transition, during which our Devices & Services business will be subject to risks and uncertainties, as our Smart Devices business unit continues to transition from Symbian products to Nokia products with Windows Phone and our Mobile Phones business unit continues to bring more smartphone-like features and design to our feature phone portfolio. Those risks and uncertainties include, among others, continued deterioration in demand for our Symbian devices; the timing, ramp-up and demand for our new products, including our Lumia devices; further pressure on margins as competitors endeavor to capitalize on our platform and product transition; and uncertainty in the macroeconomic environment. Mainly due to these factors, we believe that it is not appropriate to provide annual financial targets for 2012.

Longer-term, we target:
• Devices & Services net sales to grow faster than the market, and
• Devices & Services operating margin to be 10% or more, excluding special items and purchase price accounting related items.

Partnership with Microsoft:

[F-26] In February 2011, Nokia announced a partnership with Microsoft to bring together the respective complementary assets and expertise of both parties to build a new global mobile ecosystem for smartphones. The partnership, under which Nokia is adopting and licensing Windows Phone from Microsoft as its primary smartphone platform, was formalized in April 2011.

The Group is paying Microsoft a software royalty fee to license the Windows Phone smartphone platform, which the Group records as royalty expense in its Smart Devices cost of goods sold. Nokia has a competitive software royalty structure, which includes annual minimum software royalty commitments and reflects the large volumes that the Group expects to ship, as well as a variety of other considerations related to engineering work to which both companies are committed. The Group expects that the adoption of Windows Phone will enable it to reduce significantly its operating expenses.

In recognition of the contributions that the Group is providing, the Group will receive quarterly platform support payments from Microsoft. ([90] In the fourth quarter of 2011, we received the first quarterly payment of USD 250 million (approximately EUR 180 million).) The received platform support payments are recognized over time as a benefit to our Smart Devices costs of goods sold. The total amount of the platform payments is expected to slightly exceed the total amount of the minimum software royalty commitments.

The Microsoft partnership also recognizes the value of intellectual property and puts in place mechanisms for exchanging intellectual property rights.

[89] We are contributing our expertise on hardware, design and language support to the Microsoft partnership, and plan to bring Nokia products with Windows Phone to a broad range of price points, market segments and geographies. We and Microsoft are closely collaborating on joint marketing initiatives and on a shared development roadmap on the future evolution of mobile products. The goal for both partners is that by bringing together our complementary assets in search, maps, locationbased services, e-commerce, social networking, entertainment, unified communications and advertising, we can jointly create an entirely new consumer proposition. We are also collaborating on our developer ecosystem activities to accelerate developer support for the Windows Phone platform on our mobile products. Although Microsoft will continue to license Windows Phones to other mobile manufacturers, the Microsoft partnership allows us to customize the Windows Phone platform with a view to differentiating Nokia smartphones from those of our competitors that also use the Windows Phone platform.

Specific initiatives include the following:

  • Contribution of our mapping, navigation, and certain location-based services to the Windows Phone ecosystem. We aim to build innovation on top of the Windows Phone platform in areas such as imaging, while contributing our expertise on hardware design and language support, to help drive the development of the Windows Phone platform. Microsoft will provide Bing search services across our mobile device portfolio and will contribute its strength in productivity tools, advertising, gaming, social media and a variety of other services. We believe that the combination of navigation with advertising and search services will enable better monetization of our navigation assets and create new forms of advertising revenue.
  • Joint developer outreach and application sourcing to support the creation of new local and global applications, including making Windows Phone developer registration free for all Nokia developers.
  • Planning towards opening a new Nokia-branded global application store that leverages the Windows Marketplace infrastructure. Developers would be able to publish and distribute applications to hundreds of millions of consumers that use Windows Phone, Symbian and Series 40 devices.
  • Contribution of our expertise in operator billing to ensure participants in the Windows Phone ecosystem can take advantage of our billing relationships with 112 operators in 36 markets.

Strategy for the trend: Continued Convergence of the Mobile Communications, Computing, Consumer Electronics and Internet Industries

[90] Value in the mobile handset industry continues to be increasingly driven by the convergence of the mobile communications, computing, consumer electronics and Internet industries. As consumer demand and interest for smartphone and tablets with access to a range of content has accelerated, new opportunities to create and capture value through innovative new service offerings and user experiences have arisen, with a greater emphasis and importance on software and ecosystem-driven innovation, rather than standalone devices. These opportunities seek to capitalize on various elements of ecosystems such as search services, maps, location-based services, e-commerce, social networking, entertainment, communications and advertising. Capturing these opportunities requires capabilities to manage the increased complexity and to provide an integrated user experience where all these various elements interact seamlessly either in one device or across multiple devices and electronic products. We expect these new opportunities to continue to emerge in 2012.

We believe that we are well-positioned with our new strategy and partnership with Microsoft, including our collective goal to build a new global mobile ecosystem for smartphones, to capture a number of these opportunities.

In Mobile Phones, we plan to leverage our innovation and strength in growth markets to connect the next billion people to the Internet and information. We also plan to drive third party innovation through working with our partners to engage in building strong, local ecosystems for our feature phones.

Strategy for the trend: Increasing Importance of Competing on an Ecosystem to Ecosystem Basis

[91] The increasing importance of ecosystems is, to a large degree, driven by the convergence trends mentioned above and the implications for the competencies and business model adjustments required for longer-term success. In the market for smartphones, we have seen significant momentum and emphasis on the creation and evolution of new ecosystems around major software platforms, including Apple’s iOS platform and Google’s Android platform, bringing together devices, software, applications and services. A notable recent development has been the increased affordability of devices based on the Android smartphone platform, which has enabled them to compete with a portion of the market that has traditionally been dominated by feature phone offerings. As Android is available free of charge and a significant part of the source code is available as open source software, entry and expansion in the smartphone market has become easier for a number of hardware manufacturers that have chosen to join Android’s ecosystem. Additionally, the success of an ecosystem and its ability to continue to grow may also depend on the support it lends to different kinds of devices. With multiple products available to suit different needs, such as mobile devices, tablets, computers and televisions, there is demand for greater seamless interaction between these devices. A number of vendors across different ecosystems are pursuing multi-screen strategies to capitalize on these opportunities.

Our partnership with Microsoft brings together complementary assets and competencies with the aim of creating a competitive smartphone ecosystem. We believe that together with Microsoft we will succeed in attracting the necessary elements for the creation of a successful ecosystem and that by extending the price points, market segments and geographies of our Windows Phone smartphones, we will be able to significantly strengthen the scale and attractiveness of that ecosystem to developers, operators and partners.

Strategy for the trend: Increased Pervasiveness of Smartphones and Smartphone-like Experiences Across the Price Spectrum

[91] During the past year, we saw the increasing availability of more affordable smartphones, particularly Android-based smartphones, connected devices and related services which were able to reach lower price points contributing to a decline in the average selling prices of smartphones in our industry.

This trend affects us in two ways.

First, it puts pressure on the price of our smartphones and potentially our profitability, as we need to price our smartphones competitively. We currently partially address this with our Symbian device offering in specific regions and distribution channels, and we plan to introduce and bring to markets new and more affordable Nokia products with Windows Phone in 2012, such as the Nokia Lumia 610 announced in February 2012.

Second, lower-priced smartphones put pressure on our higher-end feature phone offering from our Mobile Phones unit. We are addressing this with our planned introductions in 2012 of smarter, competitively priced feature phones with more modern user experiences, including software, services and application experiences. In support of our Mobile Phones business, we also plan to drive third party innovation through working with our partners to engage in building strong, local ecosystems.

Strategy for the trend: Increasing Challenges of Achieving Sustained Differentiation and Impact on Overall Industry Gross Margin Trends

[91] Although we expect the mobile device industry to continue to deliver attractive revenue growth prospects, we are less optimistic about the gross margin trends going forward. The creation and momentum of new ecosystems, especially from established Internet players with disruptive business models, has enabled handset vendors that do not have substantial software expertise or investment in software development to develop an increasingly broad and affordable range of smartphones and other connected devices that feature a certain user interface, application development and mobile service ecosystems. At the same time, this has significantly reduced the amount of differentiation in the user experience in the eyes of consumers. Our ability to achieve sustained differentiation with our mobile products is a key driver of consumer retention, net sales growth and margins. We believe that as it becomes increasingly difficult for many of our competitors to achieve sustained differentiation, overall industry gross margin trends may be depressed going forward.

Through our partnership with Microsoft and development of the Windows Phone ecosystem, we will focus more of our investments in areas where we believe we can differentiate and less on areas where we cannot, leveraging the assets and competencies of our ecosystem partners. Areas where we believe we can achieve sustained product differentiation and leadership include distinctive design with compelling hardware, leading camera and other sensor experiences and leading location-based products and services. Other ways for us to differentiate our products include using our localization capabilities, global reach, strong brand and marketing. We believe that our first Lumia devices reflect a number of these new and differentiated experiences on Windows Phone. We expect to continue to introduce new and more differentiated products from our Lumia product family in multiple markets throughout 2012.

In the Mobile Phones business, we believe our competitive advantages – including our scale, brand, quality, manufacturing and logistics, strategic sourcing and partnering, distribution, research and development and software platforms and intellectual property – continue to be important to our competitive position. Additionally, we plan to extend our Mobile Phones offerings and capabilities during 2012 in order to bring a modern mobile experience – software, services and applications – to aspirational consumers in key growth markets as part of our strategy to bring the Internet and information to the next billion people. At the same time, we plan to drive third party innovation through working with our partners to engage in building strong, local ecosystems.

Finally, we believe that we must invest in new projects to drive differentiation and take advantage of future technology disruptions and trends. Through ongoing research and development, we plan to explore and lead next-generation opportunities in devices, platforms and user experiences to support our industry position as well as our ability to further differentiate over the longer-term. For example, new web technologies such as those commonly referred to as HTML5 may lead to less operating system-centric ecosystems. It is important to be able to drive such industry developments, which we believe will define the future of our industry.

Strategy for the trend: Emergence of New Business Models

[92] We believe that the traditional industry monetization model – capturing the value of the overall experience through the sale of a mobile device – will continue to dominate in the near to medium term. However, we are also seeing the emergence of new indirect monetization models where the value is captured through indirect sources of revenue such as advertising revenue through applications rather than the actual sale of a device. These indirect monetization models could become more prominent in our industry in the longer-term. Accordingly, we believe that developing a range of indirect monetization opportunities, such as advertising-based business models, will be part of successful ecosystems over the coming years. Obtaining and analyzing a complex array of customer feedback, information on consumer usage patterns and other personal and consumer data over the largest possible user-base is essential in gaining greater consumer understanding. We believe this understanding is a key element in developing new monetization opportunities and generating new sources of revenue, as well as in facilitating future innovations, including the delivery of new and more relevant user experiences ahead of the competition.

The exploration of new revenue streams is a key element of our partnership with Microsoft. We are jointly developing new services with Microsoft to drive innovation and new sources of revenue from our ecosystem. We believe that our ability to understand the specific needs of different geographic markets and consumer segments and to localize services and applications appropriately will be a key competitive differentiator. To support this, in the coming years we plan to invest in local advertising platforms to further enhance and enrich our localized offerings. Supported by our scale, we believe that we have the opportunity to deliver more compelling and relevant local services and to build new monetization models for Nokia and the Windows Phone ecosystem.

Strategy for the trends in: Supply Chain, Distribution and Operator Relationships

[93] The industry in which we operate is one of the fastest growing and most innovative, with a broad range of industry participants contributing product and technological innovations. In particular, the role of component suppliers has grown in importance. At the same time, much of the value creation for consumers has shifted from hardware to software. Nevertheless, we believe that there continues to be substantial room to innovate in hardware. From that perspective and in order to deliver market-leading innovations and sustainable differentiation through hardware, it is critical to have good relationships with high quality suppliers. With good supplier relationships, allied with the strength of our world-class manufacturing and logistics system, we believe we are well-positioned to deliver high-quality hardware as well as to respond quickly to customer and consumer demand.

Amid rapid change in the industry, we have also seen new sourcing models emerge. Especially in smartphones, our competitors have shifted from traditional multi-sourcing strategies where you have multiple suppliers for each component, to more focused sourcing strategies where they integrate key strategic suppliers closer to their operations as well as use advance cash payments to secure supply for several quarters in advance in order to have more unique and differentiated components as well as more predictability in their sourcing. This means that we also need to look for new and more innovative ways of sourcing key components, particularly in our Smart Devices business.

Our own manufacturing network continues to be a valuable asset, especially in our high-volume Mobile Phones business. We realized, however, that we need to adjust our manufacturing to meet the lower overall demand for our products and increase our speed to market for our mobile products. In 2011 and in February 2012, we announced our plans to adjust our manufacturing capacity and renew our manufacturing strategy to focus product assembly primarily in Asia to better reflect how our global networks of customers, partners and suppliers have evolved. The changes included the closure of our manufacturing facility in Cluj, Romania at the end of 2011. We also announced planned changes at our facilities in Komárom, Hungary, Reynosa, Mexico and Salo, Finland. These three facilities are planned to focus on smartphone product and sales package customization, serving customers mainly in Europe and the Americas, while our smartphone assembly operations will be transferred to our facilities in AsiaBeijing, China and Masan, South Korea – where the majority of our component suppliers are based. With these adjustments to our manufacturing network, we are aiming to continue to generate meaningful benefits relative to our competitors.

As in any global consumer business, distribution continues to be an important asset in the mobile device industry. We believe the breadth of our global distribution network is one of our key competitive advantages. We have the industry’s largest distribution network with more than 850,000 points of sale globally. Compared to our competitors, we have a substantially larger distribution and care network, particularly in China, India and the Middle East and Africa.

During 2011, the importance of operator-driven distribution increased. Whereas in the past operators dominated distribution only in the large western markets in Europe and the United States, they have recently been growing their share of distribution in large growth markets such as China, a traditionally strong market for us. We have been historically more successful where our mobile products are sold to consumers in open distribution through non-operator parties. It is therefore increasingly important to not only have a large number of points of sale globally, but also to have good relationships with key operators in each region.

Strategically, we want to be the preferred ecosystem partner for operators. By creating a new global mobile ecosystem with Microsoft and focusing on driving operator data plan adoption in lower price points with our feature phone offering, we believe we will be able to create a greater balance for operators and provide attractive opportunities to share the economic benefits from services and applications sales compared to other competing ecosystems, thereby improving our long-standing relationships with operators around the world.

Strategy for the trends related to: Speed of Innovation, Product Development and Execution

[94] As the mobile communications industry continues to undergo significant changes, we believe that speed of innovation and product development are important drivers of competitive strength. For example, a number of our competitors have been able to successfully leverage their software expertise to continuously bring innovations to market at a pace faster than typical hardware cycles. This has placed increasing pressure on all industry participants to continue to shorten product creation cycles and to execute in a timely, effective and consistent manner.

In February 2011, we announced our new strategy, including changes to our operational structure, company leadership, decision-making, ways of working and competencies designed to accelerate our speed of execution in an intensely competitive environment. The changes to our ways of working fall into six categories:

  • globally accountable business units;
  • a revised services mission;
  • local empowerment;
  • simplified decision-making;
  • a performance-based culture with consistent behavior; and
  • a new leadership structure with new leadership principles.

We believe under the new operational structure and with these new ways of working we can deliver noticeable improvements to our speed of innovation, product development and execution of both our Smart Devices and Mobile Phones business units.

Strategy for the trends related to: More Active Licensing Strategies of Patents and Intellectual Property

[94] Success in our industry requires significant research and development investments, with intellectual property rights filed to protect those investments and related inventions. In recent years, we have seen new entrants in the industry as new ecosystems have lowered the barriers to entry. In 2011, we saw intensified and more active licensing and enforcement strategies of patents and intellectual property emerge through a series of legal disputes between several industry participants as patent holders sought to protect their intellectual property against infringements by new entrants. It is not only traditional industry participants that have sought to safeguard their intellectual property; non-manufacturing patent licensing entities owning relevant technology patents have also actively been enforcing their patents against new entrants. These companies’ sole business model is to buy patents from the innovators and to maximize the value from those patents. As a result, the industry’s focus on patents and intellectual property has increased significantly and patent portfolios have become increasingly valuable for industry participants. Increased activity has also created lucrative opportunities to monetize patents by selling them to others. We expect this trend to continue in 2012. We believe we are well-positioned to both protect our existing business as well as generate incremental value to our shareholders through our industry-leading patent portfolio.

We are a world leader in the development of mobile devices and mobile communications technologies, which is also demonstrated by our strong patent position. During the last two decades, we have invested more than EUR 45 billion in research and development and built one of the mobile device industry’s strongest and broadest intellectual property right portfolios, with over 10 000 patent families. In 2011, we continued to work hard to enforce our patents against unlawful infringement and realize the value of our intellectual property. Our 2011 initiatives included, among other things, the signing of a patent license agreement with Apple, which we expect will have a positive financial impact on our future business, as well as capitalizing on strong market conditions by divesting several hundred patent families in a series of transactions to non-manufacturing patent licensing entities. Despite such divestments, we have maintained the strength and size of our patent portfolio on a stable level of approximately 10 000 patent families.

Strategy for the trends related to: Uncertain Global Macroeconomic Environment

We are currently experiencing a time of great global macroeconomic uncertainty. This uncertainty can cause unprecedented and dramatic shifts in consumer behavior, which can have significant effects on the mobile device industry. These effects could include, for example, consumers reducing the amount they are willing to spend on mobile products, which would negatively affect industry average selling prices, or consumers postponing purchases of new products, which would negatively affect device replacement cycles. These types of shifts in consumer behavior could potentially have a material adverse effect on our net sales and profitability in 2012.

While negative to the industry overall, we believe that the impact of any dramatic shifts in consumer behavior could be mitigated to a certain extent by our global distribution network, geographically well diversified supply-chain, relatively fragmented customer space and the breadth of our offering, which covers a wide range of price points. Furthermore, during our ongoing transition to Windows Phone as our primary smartphone platform our financial position has continued to be relatively strong. We continuously monitor the strength of our financial position and assess its adequacy in different net sales and profitability scenarios.

Additionally, we have identified and implemented certain precautionary measures designed to limit the possible immediate direct negative consequences resulting from the potential deterioration of the economic situation within the eurozone.

Restructuring in accordance with all that:

[F-64] In April 2011, Nokia announced plans to reduce its global workforce by about 4 000 employees by the end of 2012, as well as plans to consolidate the company’s research and product development sites so that each site has a clear role and mission. In September 2011, Nokia announced plans to take further actions to align its workforce and operations, which includes reductions in Sales and Marketing and Corporate functions in line with Nokia’s earlier announcement in April 2011. The measures also include the closure of Nokia’s manufacturing facility in Cluj, Romania, which – together with adjustments to supply chain operations – has affected approximately 2 200 employees. As a result, Devices & Services recognized a restructuring provision of EUR 456 million in total.

In 2010, Devices & Services recognized restructuring provisions of EUR 85 million mainly related to changes in Symbian Smartphones and Services organizations as well as certain corporate functions that were expected to result in a reduction of up to 1 800 employees globally.

[96] The factors and trends discussed above influence our net sales and gross profit potential. In addition, operational efficiency and cost control are important factors affecting our profitability and competitiveness. We continuously assess our cost structure and prioritize our investments. Our objective remains to maintain our strong capital structure, focus on profitability and cash flow and invest appropriately to innovate and grow in key strategic areas.

We expect that the adoption of Windows Phone as our primary smartphone platform will enable us to reduce significantly our operating expenses. For example, the Microsoft partnership allows us to eliminate certain research and development investments, particularly in operating systems and services, which we expect will result in lower overall research and development expenditures over the longer-term in our Devices & Services business.

We announced in 2011 that we are targeting to reduce our Devices & Services operating expenses by more than EUR 1 billion for the full year 2013, compared to the Devices & Services operating expenses of EUR 5.35 billion for the full year 2010, excluding special items and purchase price accounting related items.

We have announced a number of planned changes to our operations during 2011 and 2012 in connection with the implementation of our new strategy in our Devices & Services business and the creation of our new Location & Commerce business. The planned changes include substantial personnel reductions, site and facility closures and reconfiguration of certain facilities.

Initially, we announced that we are focusing our restructuring work primarily on the research and development teams to ensure that we correctly allocate resources for the new strategy at appropriate cost levels. In addition, we agreed to outsource our Symbian software development and support activities to Accenture, which resulted in the transfer of approximately 2 300 employees to Accenture.

We later announced that we are accelerating structural change in other parts of the organization in order to ensure that we are responsive to the changing dynamics in our industry. This phase includes the alignment of our markets organization and other supporting functions. For sales, this includes a move to simplify our model based around four regions, twenty areas and additional local offices that serve individual countries or territories.

We also announced plans to adjust our manufacturing capacity and renew our manufacturing strategy to reflect how our global networks of customers, partners and suppliers have evolved, including the closure of our facility in Cluj, Romania, the review of our manufacturing operations in Komárom, Hungary, Reynosa, Mexico and Salo, Finland and the transfer of smartphone assembly operations to Beijing, China and Masan, South Korea.

With respect to combining NAVTEQ and our Devices & Services social location services operations to form our Location & Commerce business, we announced a plan to capture potential synergies and opportunities to increase effectiveness through automation. The planned changes in the Location & Commerce business are estimated to affect approximately 1 300 employees.

Since we outlined our new strategy, we have announced total planned employee reductions of approximately 11 500 employees, as well as the transfer of approximately 2 300 employees to Accenture as noted above.

The planned measures support the execution of our strategy and are expected to bring efficiencies and speed to the organization. In line with our values, we are offering employees affected by the planned reductions a comprehensive support program. We remain committed to supporting employees and the local communities through this difficult change.

As of December 31, 2011, we had recognized cumulative net charges in Devices & Services of EUR 797 million related to restructuring activities in 2011, which included restructuring charges and associated impairments. While the total extent of the restructuring activities is still to be determined, we currently anticipate cumulative charges in Devices & Services of around EUR 900 million before the end of 2012. We also believe total cash outflows related to our Devices & Services restructuring activities will be below the level of the cumulative charges related to these restructuring activities.

In the past, our cost structure has benefited from the cost of components eroding more rapidly than the price of our mobile products. Recently, however, component cost erosion has been generally slowing, a trend that adversely affected our profitability in 2010 and 2011, and may do so in the future.

The currency volatility of the Japanese yen and United States dollar against the euro continued to put pressure on our costs in 2011. During 2011, we were able to manage the currency volatility driven cost pressure with an appropriate level of hedging and by managing our sourcing towards more favorable currencies. Our currency exposure profiles have not changed significantly and continued currency volatility of the Japanese yen and US dollar against the euro may negatively affect us in the future.

Location & Commerce:

[97] Our Location & Commerce business aims to positively differentiate its digital map data and location-based offerings from those of our competitors and create competitive business models for our customers.

In the fourth quarter 2011, we conducted our annual impairment testing to assess if events or changes in circumstances indicated that the carrying amount of our goodwill may not be recoverable. As a result, we recorded a charge to operating profit of EUR 1.1 billion for the impairment of goodwill in our Location & Commerce business. The impairment charge was the result of an evaluation of the projected financial performance of our Location & Commerce business. This took into consideration the market dynamics in digital map data and related location-based content markets, including our estimate of the market moving long-term from fee-based towards advertising-based models especially in some more mature markets. It also reflected recently announced results and related competitive factors in the local search and advertising market resulting in lower estimated growth prospects from our location-based assets integrated with different advertising platforms. After consideration of all relevant factors, we reduced the net sales projections for Location & Commerce which, in turn, reduced projected profitability and cash flows.

Location & Commerce’s resources are primarily focused on the development of:

(i) content, which involves the mapping of the physical world and places such as roads and points of interest, as well as the collection of activity data generated and authorized for use by our users;

(ii) the platform, which adds functionality on top of the content and includes the development tools for us and others to create on top of it; and

(iii) applications built on the content and platform.

Our Devices & Services business is a key customer of Location & Commerce. Devices & Services purchases map and application licenses from Location & Commerce for its Nokia Maps service sold in combination with GPS enabled smartphones.

Competition:

[61] With respect to digital map data and related location-based content, several global and local companies, as well as governmental and quasi-governmental agencies, are making more map data with improving coverage and content, and high quality, available free of charge or at lower prices. For example, our Location & Commerce business competes with Google which uses an advertising-based model allowing consumers to use its map data and related services in their products free of charge. Google has continued to leverage Google Maps as a differentiator for Android, bringing certain new features and functionality to that platform. Apple has also sought to strengthen its location assets and capabilities through targeted acquisitions and organic growth.

Location & Commerce also competes with companies such as TomTom, which licenses its map data and where competition is focused on the quality of the map data and pricing, and Open Street Map, which is a community-generated open source map available to users free of charge. Aerial, satellite and other location-based imagery is also becoming increasingly available and competitors are offering location-based products and services with the map data to both business customers and consumers in order to differentiate their offerings.

Strategy for the trend: Location-Based Products and Services Proliferation

[97] A substantial majority of Location & Commerce net sales in 2011 came from the licensing of digital map data and related location-based content and services for use in mobile devices, in-vehicle navigation systems, Internet applications, geographical information system applications and other location-based products and services. Location & Commerce’s success depends upon the rate at which consumers and businesses use location-based products and services. In recent years, there has been a strong increase in the availability of such products and services, particularly in mobile devices and online application stores for such devices. Furthermore, as the use of the Internet through mobile devices has been growing rapidly, the anchor of the Internet is moving from the desktops to mobiles. This shift is making location-based content a key element of most Internet experiences. We expect this trend to continue, but we also expect that the level of quality required for these products and services and the ability to charge license fees for the use of map data incorporated into such products and services may vary significantly. By combining our NAVTEQ business with our Devices & Services social location services operations, we believe our Location & Commerce business will be better positioned to capture emerging business opportunities with a broader offering which is no longer limited to digital map data.

Strategy for the trend: Increasing Importance of Creating an Ecosystem around Location-Based Services Offering

[97] Creating a winning ecosystem around our Location & Commerce’s services offering will be critical for the success of this business. The longer-term success of the Location & Commerce business will be determined by our ability to attract strategic partners and developers to support our ecosystem. Location & Commerce is aiming to support its ecosystem by enabling strategic partners and independent developers to foster innovation on top of their location platform. We believe that making it possible for other vendors to innovate on top of Location & Commerce’s high quality location-based assets will further strengthen the overall experience and make our offering stronger and more attractive.

Strategy for the trend: Emergence of the Intelligent Sensor Network

[98] Mobile Internet devices are increasingly being enabled with a rich set of sensors such as a GPS, a camera and an accelerometer which enable interaction with the real world. This interaction also enables the collection of large volumes of rich data which, when combined with analytics, enable the development of increasingly sophisticated, contextually-aware devices and services. We believe the combination of NAVTEQ with our Devices & Services social location services operations will enable Location & Commerce to participate in this industry development and seize new opportunities to deliver new experiences that bridge the virtual with the real world.

Strategy for the trend: Price Pressure for Navigable Map Data Increasing

[98] Location & Commerce’s net sales are also affected by the highly competitive pricing environment. Google is offering turn-by-turn navigation in many countries to its business customers and consumers on certain mobile handsets at no charge to the consumer. While we expect these offerings will increase the adoption of location-based services in the mobile handset industry, we also expect they may lead to additional price pressure from Location & Commerce’s business customers, including handset manufacturers, navigation application developers, wireless carriers and personal navigation device (“PND”) manufacturers, which are seeking ways to offer lower-cost or free turn-by-turn navigation to consumers. Turn-by-turn navigation solutions that are free to consumers on mobile devices may also put pressure on automotive OEMs and automotive navigation system manufacturers to have lower cost navigation alternatives. This price pressure is expected to result in an increased focus on advertising revenue as a way to supplement or replace license fees for map data.

In response to the pricing pressure, Location & Commerce focuses on offering a digital map database with superior quality, detail and coverage; providing value-added services to its customers such as distribution and technical services; enhancing and extending its product offering by adding additional content to its map database, such as 3D landmarks; and providing business customers with alternative business models that are less onerous to the business customer than those provided by competitors. Location & Commerce’s future results will also depend on Location & Commerce’s ability to adapt its business models to generate increasing amounts of advertising revenues from its map and other location-based content.

We believe that Location & Commerce’s PND customers will continue to face competitive pressure from smartphones and other mobile devices that now offer navigation, but that PNDs continue to offer a viable option for consumers based on the functionality, user interface, quality and overall ease of use.

Strategy for the trend: Quality and Richness of Location-Based Content and Services Will Continue to Increase

[98] Location & Commerce’s profitability is also driven by Location & Commerce’s expenses related to the development of its database and expansion. Location & Commerce’s development costs are comprised primarily of the purchase and licensing of source maps, employee compensation and thirdparty fees related to the construction, maintenance and delivery of its database.

In order to remain competitive and notwithstanding the price pressure discussed above, Location & Commerce will need to continue to expand the geographic scope of its map data, maintain the quality of its existing map data and add an increasing amount of new location-based content and services, as well as using innovative ways like crowd sourcing to collect data. The trends for such location-based content and services include real-time updates to location information, more dynamic information, such as traffic, weather, events and parking availability, and imagery consistent with the real world. We expect that these requirements will cause Location & Commerce’s map development expenses to continue to grow, although a number of productivity initiatives are underway designed to improve the efficiency of our database collection processing and delivery. In addition, we will need to continue making investments in this fast paced and innovative location-based content and services industry, for instance through research and development, licensing arrangements, acquiring businesses and technologies, recruiting specialized expertise and partnering with third parties.

Restructuring in accordance with all that:

[F-64] In September 2011, Nokia announced a plan to concentrate the development efforts of the Location & Commerce business in Berlin, Germany and Boston and Chicago in the U.S., and other supporting sites and plans to close its operations in Bonn, Germany and Malvern, U.S. As a result, Location & Commerce recognized a restructuring provision of EUR 25 million.

Nokia Siemens Networks:

[99] Nokia Siemens Networks’ has a broad portfolio of products and services designed to address evolving needs of network operators from GSM to LTE wireless standards, a base of over 600 customers in over 150 countries serving over 2.5 billion subscribers and one of the largest services organizations in the telecommunications infrastructure industry. The company’s global customer base includes network operators such as Bharti Airtel, China Mobile, Deutsche Telekom, France Telecom, Softbank, Telefonica O2, Verizon and Vodafone.

Geographical diversity provides Nokia Siemens Networks with opportunities in both emerging markets, which may experience rapid growth, and developed markets where it believes its technologically advanced products and services portfolio provides a competitive advantage, while the geographic diversity of its customer base reduces exposure to fluctuating economic conditions in individual markets.

Nokia Siemens Networks’ net sales depend on various developments in the global telecommunications infrastructure and related services market, such as network operator investments, the pricing environment and product mix. In developed markets, operator investments are primarily driven by capacity and coverage upgrades, which, in turn, are driven by greater usage of the networks primarily through the rapid growth in data usage. Those operators are targeting investments in technology and services that allow them to provide end users with fast and faultless network performance in the most efficient manner possible, allowing them to optimize their investment. Such developments are facilitated by the evolution of network technologies that promote greater efficiency and flexibility.

In addition, those operators are increasingly investing in software and services that provide them with the means to better manage end users on their network, and also allow them additional access to the value of the large amounts of subscriber data under their control. In emerging markets, the principal factors influencing operator investments are the continued growth in customer demand for telecommunications services, including data, as well as new subscriber growth. In many emerging markets, this continues to drive growth in network coverage and capacity requirements.

The telecommunications infrastructure market is characterized by intense competition and price erosion caused in part by the entry into the market of vendors from China, Huawei and ZTE, which have gained market share by leveraging their low cost advantage in tenders for customer contracts. In recent years, the technological capabilities of those vendors, particularly Huawei, has improved significantly, resulting in competition not only on price but also on quality.

The pricing environment remained intense in 2011. In particular, the wave of network modernization that has taken place, particularly in Europe but increasingly in other regions including Asia Pacific, has experienced some aggressive pricing as all vendors fight for market share.

Nokia Siemens Networks’ net sales are impacted by those pricing developments, which show some regional variation, and in particular by the balance between sales in developed and emerging markets. While price erosion is evident across most geographical markets, it continues to be particularly intense in a number of emerging markets where many operator customers have been subject to financial pressure, both through lack of availability of financing facilities during 2011 as well as profound pricing pressure in their domestic markets.

Pricing pressure is evident in the traditional products markets, in particular, where competitors may have products with similar technological capabilities, leading to commoditization in some areas. Nokia Siemens Networks’ ability to compete in those markets is determined by its ability to remain price competitive with its industry peers and it is therefore important for Nokia Siemens Networks to continue to reduce product costs to keep pace with price attrition. Nokia Siemens Networks continued to make progress in reducing product and procurement costs in 2011, and will need to continue to do so in order to provide its customers with high-quality products at competitive prices. There is currently less pricing sensitivity in the managed services market, where vendor selections are often largely determined by the level of trust and demonstrated capability in the field.

In November 2011, Nokia Siemens Networks articulated its regional strategy, identifying three markets, Japan, Korea and the United States, as its priority countries where it will target growth. The Middle East and Africa, where political, financial and competitive pressures have led to particular weakness in 2011, will be the focus of turnaround efforts. In the remaining regions, Latin America, China, Asia-Pacific, Canada and Europe, Nokia Siemens Networks goal will be to defend market share and find areas for future profitable growth.

Over recent years, the telecommunications infrastructure industry has entered a more mature phase characterized by the completion of the greenfield roll-outs of mobile and fixed network infrastructure across many markets, although this is further advanced in developed markets. Despite this, there is still a significant market for traditional network infrastructure products to meet coverage and capacity requirements, even as older technologies such as 2G are supplanted by 3G and LTE. As growth in traditional network products sales slows, there is an emphasis on the provision of network upgrades, often through software, as well as applications, such as billing, charging and subscriber management, and services, particularly the outsourcing of non-core activities to companies

The competitive landscape for that is the following:

[70] Conditions in the market for mobile and fixed network infrastructure and related services improved, but remained challenging and intensely competitive in 2011. The market continued to be characterized by mixed trends as growth in mobile broadband and services was offset by equipment price erosion, a maturing of legacy industry technology and intense price competition.

Industry participants have changed significantly in recent years. Substantial industry consolidation occurred in 2007 with the emergence of three major European vendors: Alcatel-Lucent, Ericsson and Nokia Siemens Networks. The break-up of Nortel occurred in 2009 when it entered bankruptcy protection and many parts of the business were sold, including the wireless carrier unit, Metro Ethernet Networks, and its GSM business. In January 2011, Motorola Solutions completed its separation from Motorola Mobility Holdings Inc. In April 2011, Nokia Siemens Networks acquired the majority of Motorola Solutions’ wireless network infrastructure assets.

During 2011, the competitive environment in the telecommunications infrastructure market was characterized by continued overall growth in global network operators’ capital expenditures in Euro terms, mainly attributable to the Japanese, Chinese, APAC, North East Europe and Latin American markets. Growth in capital expenditures declined in the Middle East and remained relatively unchanged in the European and North American markets in Euro terms in 2011. Increased smart phone usage drove increased investments in the United States and European wireless markets. The vendors from China, Huawei and ZTE, continued to grow their market share but at a slower pace than in previous years and continued to challenge Alcatel-Lucent, Ericsson and Nokia Siemens Networks. Nokia Siemens Networks’ ability to compete with low-cost vendors primarily depends on its ability to be price competitive and, in certain circumstances, its ability to provide or facilitate vendor financing. In recent years, the technological capabilities of the Chinese vendors, particularly Huawei, has improved significantly, resulting in competition not only on price but also on quality. In addition to the major infrastructure providers, Nokia Siemens Networks also competes with Cisco and NEC.

In the Networks Systems business, the decline of 2G (GSM, CDMA) continued in 2011, whereas investments in 3G continued and increased worldwide. Also, fourth generation (4G) LTE trials and pilots continued strongly as operators continued to merge towards next generation LTE and all-IP networks. Within the LTE segment, leading vendors are competing based on factors including technology innovation, network typology and less complex network architectures as well as integration towards all-IP networks.

Growth in wireline and wireless broadband services sped up optical and wireless network upgrades in developed markets. In addition, the related investment in mobile backhaul networks continued to increase due to data traffic increases in the operator networks.

In services, which remained the fastest growing part of the industry, competition is generally based on a vendor’s ability to identify and solve customer problems rather than their ability to supply equipment at a competitive price. Competition in services is from both traditional vendors such as Alcatel-Lucent, Ericsson and Huawei, as well as non-traditional telecommunications entities and system integrators, such as Accenture and IBM. In addition to these companies, there are also local service companies competing, which have a narrower scope in terms of served regions and business areas.

Nokia Siemens Networks’ Business Solutions business unit assists network operators in transforming their business, processes and systems to enhance the customer experience, drive new revenue and improve operational efficiency to enable them to successfully address the challenges and opportunities of mobile broadband, smartphones, tablet computers, multi-play offerings, service innovation and new growth areas. In this area, Nokia Siemens Networks faces competition also from information technology and software businesses like Accenture, Amdocs, HP, IBM and Oracle, which are active in areas such as the service delivery platform market and business insight and analysis services.

Certain competitors may receive governmental support allowing them to offer products and services at substantially lower prices. Further, in many regions restricted access to capital has caused network operators to reduce capital expenditure and has produced a stronger demand for vendor financing. Certain of Nokia Siemens Networks’ competitors may have stronger customer financing possibilities due to internal policies or government support. While the amount of financing Nokia Siemens Networks provided directly to its customers in 2011 remained at approximately the same level as in 2010, as a strategic market requirement it plans to offer this financing option only to a limited number of customers and primarily to arrange and facilitate such financing with the support of export credit or guarantee agencies.

Strategy for the trends in: Mobility and Data Usage

[100] Over recent years the two most evident trends in the telecommunications market – the rise in use of  mobile services and the exponential increase in data traffic – have converged. One result is that services once regarded as available primarily, if not exclusively, through fixed or wireline network are increasingly in demand from wireless networks also.

Alongside traditional voice and data services, such as text messaging, end-users access a wealth of media services through communications networks, including email and other business data; entertainment services, including games and music; visual media, including high definition films and television programming; and social media sites. End-users increasingly expect that such services are available to them everywhere, through both mobile and fixed networks, and a wealth of new devices, optimized to allow them to do so, have become available including tablet computers, highly sophisticated multimedia smartphones, mobile broadband data dongles, set-top boxes and mobile and fixed line telephones.

The widespread availability of devices has been matched by a proliferation of products and services in the market that both meet and feed end-user demand. These continue to drive dramatic increases in data traffic and signaling through both mobile access and transport networks that carry the potential to cause network congestion and complexity. During 2011, this increase continued to gain momentum as more users moved towards smartphones and tablets and even more devices that require constant connectivity were introduced to the market.

While the growth in traffic is clear, it has not been met by corresponding growth in operators’ revenues from data traffic, where growth appears to be slowing. This presents operators with a challenge: to cope with the growing traffic load within networks, it is fundamental that operators continue to invest in their networks, but within the financial constraints that their current business models dictate.

This means that while the addition of capacity, speed and coverage is crucial, it is critical that networks are built efficiently and effectively in a manner that optimizes capital investment and delivers networks with architecture sufficiently flexible to cope with evolving requirements.

During 2011, Nokia Siemens Networks recognized the centrality of mobile networks to the future development of telecommunications and announced that it would place mobile broadband at the heart of its strategy, articulating an ambition to provide the world’s most efficient mobile networks, the intelligence to maximize the value of those networks and the services capability to make all elements work together seamlessly. Nokia Siemens Networks said it expected to increase investment in mobile broadband.

Also during 2011, Nokia Siemens Networks launched the network architecture designed to equip operators to meet the challenges they are facing. “Liquid Net” architecture provides flexibility across networks to adapt to changing customer needs instantly, using existing resources more efficiently. This optimizes capital investment and allows operators to seek new revenue opportunities. Liquid Net uses automated, self-adapting broadband optimization to remain constantly aware of the network’s operational status, as well as the services and content being consumed, to ensure the best user experience. Liquid Net consists of three areas: Liquid Radio, Liquid Core and Liquid Transport.

Strategy for the trends in: Managed Services and Outsourcing

[101] There has been an acceleration in the development of the managed services market as operators increasingly look to outsource network management to infrastructure vendors. The primary driver for this trend is that managed services providers are able to offer economies of scale in network management that allow the vendor to manage such contracts profitably while operators can reduce the cost of network management. The outsourcing trend is also underpinned by many operators taking the view that network management is no longer either a core competence or requirement of their business and are increasingly confident they can find greater expertise by outsourcing this activity to a trusted partner that can also improve quality and reliability in the network.

Nokia Siemens Networks believes that this trend will continue and that it could in future be driven by financial imperatives of its customers facing slowing revenue growth but a continuing requirement for capital investment in their networks, a dynamic that has the potential to threaten their profitability levels. This results in some operators aiming to control their operating expenditure. In those circumstances, the outsourcing of the management of their network to infrastructure vendors, such as Nokia Siemens Networks, can be an attractive option.

In emerging markets, such as Africa and India, price pressure and competition in the end-user market has increased the financial pressure on many operators, which in turn has resulted in a similar trend as operators have looked to control and cut costs through outsourcing network management.

The trend towards network management outsourcing is evident in every region of the world and has intensified. Nokia Siemens Networks believes that this trend generates its own momentum in the market as vendors can increasingly demonstrate their capabilities with reference accounts and operators are exposed to their competitors taking steps that can enhance profitability and improve network quality and reliability.

In the announcement of its new strategy in November 2011, Nokia Siemens Networks reaffirmed its commitment to services, and will continue to aim to support mobile operators with high end services and will seek to maximize the potential of its global delivery model, with its global network solution centers in Portugal and India which offer the benefits of scale and efficiencies both to Nokia Siemens Networks and its customers.

Strategy for the trends in: Customer Experience Management

As operators in many markets see the growth of net new subscribers slowing or even stopping, they are increasingly focused on leveraging the value of the subscribers they have. As the acquisition of new subscribers to networks in such markets can be both difficult and expensive, customers look to limit “churn”, where end users transfer to a rival service provider, as well as to increase the revenue derived from each user through the addition of value-added services, such as access to media and entertainment and social networking services. This often requires that operators invest in software and solutions that allow customers to enjoy an improved experience. One of the key foundations for this improved end-user experience is understanding an end user’s behavior and preferences, which in turn allows the operator to tailor service offerings to the individual consumer. This not only includes services and applications, but also bespoke billing platforms and identity management solutions.

Nokia Siemens Networks continues to develop and enhance its offerings in this area, and in November 2011 announced that its Customer Experience Management unit would be a lead business area in its new strategy. Nokia Siemens Networks believes it has the industry’s leading subscriber database management platform, complemented by flexible billing and charging platforms and other software and solutions that provide its customers with the tools, flexibility and agility required to respond to a rapidly changing end-user market. Nokia Siemens Networks also provides business process and consulting services that help to lead its customers through business transformation opportunities.

Strategy related to: Motorola Solutions Acquisition

[102] In April 2011, Nokia Siemens Networks acquired the majority of the wireless network infrastructure assets of Motorola Solutions for a total consideration of EUR 642 million. The acquisition increased Nokia Siemens Networks’ global presence and expanded its position and product offerings in key markets. See Item 4B. “Business Overview – Nokia Siemens Networks – Motorola Solutions Acquisition.”

Trasition to a: New Strategy and [the corresponding] Restructuring Program

[103] Nokia Siemens Networks’ focus is on becoming the strongest, most innovative and highest quality mobile broadband and services business in the world. Rather than targeting the full spectrum of telecommunications equipment and services, Nokia Siemens Networks is the first of the telecommunications companies to refocus on providing the most efficient mobile networks, the intelligence that maximizes the value of those networks and the services that make it all work seamlessly.

In November 2011, Nokia Siemens Networks announced a new strategy, including changes to its organizational structure and an extensive restructuring program, aimed at maintaining and developing Nokia Siemens Networks, position as one of the leaders in mobile broadband and services and improving its competitiveness and profitability. Nokia Siemens Networks expects substantial charges related to this restructuring program in 2012. See Item 4B. “Business Overview—Nokia Siemens Networks—New Strategy and Restructuring Program” for a description of the main elements of the new strategy.

Year 2012 will be a year of transition for Nokia Siemens Networks as it implements its new strategy and restructuring program. Accordingly, Nokia and Nokia Siemens Networks believe it is currently not appropriate to provide annual targets for Nokia Siemens Networks for 2012. Additionally, the macroeconomic environment is making it increasingly difficult to estimate the outlook for 2012.

Longer-term, Nokia and Nokia Siemens Networks target Nokia Siemens Networks’ operating margin to be between 5% and 10%, excluding special items and purchase price accounting related items.

Nokia Siemens Networks targets to reduce its annualized operating expenses and production overheads, excluding special items and purchase price accounting related items, by EUR 1 billion by the end of 2013, compared to the end of 2011. While these savings are expected to come largely from organizational streamlining, the company will also target areas such as real estate, information technology, product and service procurement costs, overall general and administrative expenses and a significant reduction of suppliers in order to further lower costs and improve quality.

Nokia Siemens Networks plans to reduce its global workforce by approximately 17 000 by the end of 2013. These planned reductions are designed to align the company’s workforce with its new strategy as part of a range of productivity and efficiency measures. These planned measures are expected to include elimination of the company’s matrix organizational structure, site consolidation, transfer of activities to global delivery centers, consolidation of certain central functions, cost synergies from the integration of Motorola’s wireless assets, efficiencies in service operations and company-wide process simplification.

Nokia Siemens Networks has begun the process of engaging with employee representatives in accordance with country-specific legal requirements to find socially responsible means to address these reduction needs. Nokia Siemens Networks will continue to share information in affected countries as the process proceeds. In order to reduce the impact of the planned reductions, Nokia Siemens Networks intends to launch locally led programs at the most affected sites to provide re-training and re-employment support.

MWC 2012: the 4G/LTE lightRadio network

Day 1: Alcatel-Lucent at MWC 2012 – lightRadio [AlcatelLucentCorp YouTube channel, Feb 28, 2012]

Video of Day 1 at Mobile World Congress 2012. Booth tour, images from Telefonica’s press conference about their live LTE network with lightRadio, interviews and more… Wim Sweldens, President Wireless Division Alcatel-Lucent: “You can experience it all over Barcelona but you can’t actually see it. The cells are so small that they are hidden behind the buildings. There is no need for more towers to actually deploy this much capacity and coverage for the network.” …

Telefónica unveils smart 4G experience at Mobile World Congress [Telefónica press release, Feb 26, 2012] or After a Year of Close Collaboration with Alcatel-Lucent and with the Support of Samsung, Telefonica Unveils Smart 4G Experience at Mobile World Congress [Alcatel Lucent press release, Feb 26, 2012]

image– Telefónica’s smarter 4G delivers increased capacity in high data-traffic density areas and greater bandwidth than current LTE networks, as well as superior indoor coverage.
– Small-cell technology speeds up network deployment, reduces costs and makes more efficient use of spectrum use and costs.
– First LTE deployment of its kind at 2.6Ghz band frequency and the first time that real users will be able to experience the benefits of the 4G technology of the future.

imageTelefónica today announced the first live experience of the world’s ‘smartest’ 4G network, in the most ambitious technological innovation ever deployed at the Mobile World Congress[1]. The network – the world´s first of its kind in the 2.6Ghz frequency band – provides download speeds of 100 Mbps, between 40-60Mbps on upload, vastly improved indoor coverage and can increase capacity by up to 400 per cent in high density data-traffic areas.

Based on Alcatel-Lucent‘s lightRadio technology, Telefónica‘s network is a revolutionary first step towards a real ‘HetNet’ network, which greatly improves mobile coverage by bringing small-cell base stations closer to the customer. In this deployment conventional radio base stations co-exist with 4G metro cells (small base stations incorporating antennas and radio) working on the same frequency and with no interference. As a strong supporter for Telefonica‘s LTE service initiative, Samsungis also presenting the first LTE smart mobile devices for band 7 (2.6Ghz), GALAXY S II LTE smartphone and GALAXY Tab 8.9 LTE tablet, which can be used on this new high-capacity network.

The most significant feature of Telefónica‘s LTE network is its increased capacity – with each cell comfortably supporting 30 people browsing simultaneously with average speed of 30Mbps. Tests conducted on this network show that a 400% increase in capacity can be made available to users compared to a conventional network design, and that significantly higher capacity gains could be delivered with denser metro-network design. The network supports speeds of up to 10 times those offered by the 3G network, with download speeds of 100Mbps, upload speeds of 40-60 Mbps and with latency times of around 20-25 milliseconds.

‘Today the future of mobile networks begins’, said Enrique Blanco, Telefónica‘s Chief Technology Officer. ‘The deployment of LTE that Telefónica has brought to the MWC, together with Alcatel -Lucent, gives us a glimpse of a tomorrow where everyone and everything is seamlessly connected, and in superfast time. But the challenge ahead is to ensure that all the technologies currently being deployed – 2G, 3G, LTE, Wi-Fi and Fiber – can co-exist to deliver next generation communications. Telefónica’s strategy is to develop intelligent networks that allow these different technologies to co-exist efficiently and cover customers’ growing connectivity needs in markets that are at different stages of development’.

Another key benefit of the advanced feature network is that it utilises the same frequency for several network layers, allowing for far more efficient use of spectrum. This solution would also reduce network deployment costs by as much as 40 per cent, as the installation of small-cells significantly reduces the amount of construction, installation and configuration work needed. Additionally, small-cells use less powerful amplification equipment, resulting in energy savings of up to 35 per cent and a guaranteed reduction in environmental impact.

Wim Sweldens, President of Alcatel-Lucent‘s Wireless Division said: ‘This close collaboration with Telefónica through our co-creation programme is a clear articulation of the future of mobile broadband – rather than merely evolving their current architecture, which was designed for voice and messaging, Telefónica is making fast progress toward building a mobile broadband network designed with the future in mind. The wireless network of the future needs to be lighter, greener and closer to customers and deliver much higher capacity – that is what lightRadio is all about’.

‘Samsung has been actively collaborating with Telefónica for LTE trial services with a variety of device line-up from LTE dongles to MiFi and LTE smartphones across European markets. I am excited to join Telefónica’s breakthrough LTE demonstration with our representative LTE models, GALAXY S II LTE and GALAXY Tab 8.9 LTE’, said DJ Lee, executive vice president and head of Sales and Marketing team for SamsungMobile. ‘We are fully committed to supporting Telefónica’s LTE roll-out and hopefully will try to expand our LTE partnerships not only for European markets but also including Latin American markets. Our ambition is to become a number one LTE partner for Telefónica’.

Visitors to MWC will be able to experience first-hand the wide range of options generated by this innovative network at the Telefónica stand (Hall 8), where the smallest metro cells in the market and the latest LTE devices from Samsung are being exhibited. A video wall will demonstrate the capabilities of the network by projecting filmed live at the congress and delivered via LTE. The Samsung LTE devices will be used for high-definition videoconferences. This will demonstrate for both applications the improvements in speeds of both links for uploads and downloads. There will be real-ime gaming demonstrations as well as augmented reality and hypermedia applications that highlight the latency and versatility of the network.

Background information:
Alcatel-Lucent collaborates with Telefonica to bring the first superfast 4G mobile broadband services to consumers in Spain [Alcatel-Lucent press release, Sept 14, 2011]
lightRadio™: Evolve your wireless broadband network for the new generation of applications and users [Alcatel-Lucent microsite, Feb 27, 2012]
Wi-Fi goes mobile with Alcatel-Lucent [Alcatel-Lucent press release for lightRadio WiFi, Feb 14, 2012]
lightRadio WiFi [Alcatel-Lucent microsite, Feb 14, 2012]

Day 2: Alcatel-Lucent at MWC 2012 – Bell Labs [AlcatelLucentCorp YouTube channel, Feb 29, 2012]

Video of Day 2 at Mobile World Congress 2012. A look at Bell Labs research, interviews with Alice White, Markus Hofmann, Marcus Weldon and Tod Sizer. The research project started 2 years ago that lead to the lightRadio is mentioned as the showcase example of Bell Labs contributions to the advancement of the communication industry.

lightRadio™ Network: A New Wireless Experience [ by Rasika Abeysinghe, PhD in Enriching Communications, Alcatel-Lucent business e-zine, Feb 27, 2012]

Highlights

  • Operators can deliver up to 10-times more capacity by deploying a 1:10 ratio of small- to macro cells
  • The lightRadio Network can improve capacity by up to 70%
  • A modular and virtualized architecture lets operators adapt to changing usage patterns

The rising demand for mobile broadband services is straining legacy wireless networks. Operators face increasing pressure to deliver the rich quality of experience (QoE)their customers and partners expect. To meet these expectations and remain competitive, they need cost-effective and sustainable network architectures that can deliver increased connectivity and capacity on demand.

QoE: The new currency in the mobile value chain

As the focus of mobile wireless communications shifts from voice to data, users attach greater importance to QoE. Today’s users expect fast wireless networks, comprehensive coverage and uninterrupted connectivity. There’s no room for delays, dropped connections or peak-time congestion in their vision of mobile broadband.

Users clearly value QoE, but application and content providers (ACPs) depend on it. Whether ACPs offer TV streams, interactive apps or video conferencing services, QoE plays a central role in their success. They have a vested interest in ensuring that users enjoy the best possible experience. For this, ACPs rely on mobile operators and their networks.

To move up the mobile value chain and attract partnerships with ACPs, operators have to deliver on QoE. Operators can control QoE, for example, by managing bit rates or by making it easy for users to switch between 2G/3G/LTE networks and Wi-Fi hotspots. But they need to control it more efficiently to prove their value as partners and providers and position themselves as the ideal channel for delivering value-added applications and content.

The QoE and capacity challenge

Legacy macro networks were built to support voice services, a task they perform extremely well. But the demand for mobile broadband data services adds new and more complex challenges to wireless networks. Operators who retrofit voice networks for data face a host of new challenges.

For example, operators don’t always have spectrum for mobile broadband services. This makes it tough to meet demand for data. Increasing indoor wireless use also presents problems. Outdoor macro towers can’t always deliver sufficient data rates, coverage and capacity to users in homes and offices.

Today, operators are constantly trying to squeeze more capacity out of legacy networks. One common strategy is cell splitting — adding cells, towers and sites. This can be complex and expensive, and zoning rules can even make it impossible in some areas. Operators that don’t evolve their networks — or don’t evolve fast enough — may be left behind by customers and competitors who embrace next-generation equipment.

Building wireless networks for an unpredictable future

Mobile operators want wireless networks that can help them tackle the challenges of today and tomorrow. These challenges include:

  • Adding capacity where users want and need it
  • Ensuring that customer QoE is met
  • Building a cost-effective foundation for addressing future demand
  • Delivering eco-sustainable solutions

Smartphone penetration and mobile data traffic are increasing rapidly. According to Vision Mobile, in the 3rd quarter of 2011 smartphone shipments penetration surpassed 29% globally.[1]People still use their phones mostly for voice — on a time basis. However, they consume more data with apps including video streaming, music, web browsing and social networking from their homes, offices and in the community. They connect to hotspots in high-traffic areas like stadiums, public squares and hotels. Operators have to provide more capacity in more locations to ensure that QoE follows users wherever they go.

While no one can say for certain what capacity needs will be in 5 years, we do have reasonably good models for the next 6 months to a year. However, if a new type of device like the Apple iPhone® or iPad®[2]arrives on the market it could cause a major disruption. What we know right now is that new wireless devices — smartphones, tablets, gaming consoles, in-car devices — will fuel demand by supporting smarter applications and richer content. Wireless networks will need to be flexible enough to handle whatever demand the future brings. And they’ll need to do it while keeping costs low.

It’s not all about delivering more capacity and richer experiences. Operators need to consider the environment, too. The next generation of wireless network architectures must have a smaller carbon footprint. This means consuming less power. It also means deploying elements that use less space and blend in with what’s around them. No one wants to see more towers and more bulky equipment.

The lightRadio™ Network advantage

Alcatel-Lucent has introduced the lightRadioNetwork to empower operators to deliver on their present and future challenges. It seamlessly increases capacity and extends it to more places, helping operators satisfy users and generate new revenue. It reduces power consumption and footprint, enabling operators to promote sustainability and bottom-line growth. And it provides an effective foundation for supporting future demand, helping operators manage capacity and cost.

For users, it all comes down to QoE. With the lightRadio Network, users get higher throughputs to support the rich experiences they crave. In contrast to traditional wireless networks, this support is continuous: Whether indoors, outdoors or on the move, users switch seamlessly to the best possible network. There’s no need to pause a video or interrupt an application to select a hotspot or enter a password.

A closer look

The lightRadio Network is inherently heterogeneous bringing together a broad range of technologies and different types of access nodes. At the same time, the architecture is homogenous: Its components share the same platforms, control and management. These components can include:

  • Small cells, which extend coverage indoors and in hotspots. Small cells perform efficiently in residences and businesses. They work best when deployed close to users, for example, on lamp posts or walls in train stations or shopping centers. In a given network, operators can deliver up to 10-times more throughput by deploying a 1:10 ratio of small cells to macro cells.[3]
  • lightRadio wideband active antenna arrays (WB-AAA), popularly known as cubes, that use advanced interference management algorithms to create overlapping zones of high signal strength. Known as vertical sectorization, this increases capacity and coverage for a given area. These comparatively low-power elements make more efficient use of spectrum. When deployed in a macro environment, they can improve capacity by up to 70%.[4]This improved capacity can help operators attract users and generate more revenue.
  • Wi-Fi hotspots, that allow operators to offer additional options for access to high bandwidth data users. This has the dual benefit of keeping the end user satisfied and allowing the operator to take some traffic off costly cellular spectrum. The lightRadio architecture uses a common core network to support Wi-Fi and cellular access. Users can seamlessly switch between the two without having to enter a new password.

All of these components support sharing and virtualization, which help operators deliver more flexible capacity and control. For example, operators can connect lightRadio cubes to external baseband units (BBUs) to serve hotspots that require massive capacity, such as sports arenas. Or, operators can scale and share control capacity to cost-effectively improve performance at specific places and times. This can help overcome traffic spikes that arise as new devices connect to the data network.

Making the move

Operators face no significant barriers to making the move to the lightRadio Network. While each operator has a unique starting point based on its own business needs and operating environment they have a number of things in common. They need modular, flexible wireless networks that can address data demand and keep costs in check.

This new network architecture helps operators kick-start transformation with the wireless infrastructure, spectrum and multivendor networks they have now. An effective transformation includes:

  • Targeting capacity problems in hotspots and indoors
  • Migrating to LTE for efficient spectrum usage
  • Adding a WB-AAA architecture for more capacity per site
  • Virtualizing capacity and control for more flexibility

Operators can control costs by scaling capacity in manageable increments. These strategies and savings can extend to many parts of the network, including wireless backhaul links, small sites and legacy equipment.

By alleviating concerns about capacity, scalability and cost, the lightRadio network architecture offers operators the chance to rethink the challenges of the present and future. It can help them swap a defensive stance — coping with demand — for a positive approach focused on turning mobile broadband demand into new revenue.

To contact the author or request additional information, please send an email to enrich.editor@alcatel-lucent.com.

Footnotes
[1] Mobile Platforms: The Clash of Ecosystems, VisionMobile, Nov. 2011; http://www.visionmobile.com/blog/2011/11/new-report-mobile-platforms-the-clash-of-ecosystems/.
[2] iPhone® and iPad® are trademarks of Apple Inc.
[3] Based on Alcatel-Lucent study, 2011.
[4] ibid.

Day 3: Alcatel-Lucent at MWC 2012 – Cloud solutions [AlcatelLucentCorp YouTube channel, Feb 29, 2012]

Video of Day 3 at Mobile World Congress 2012, about cloud services and solutions of today and tomorrow, the role of the network and of service providers. … The cloud of tomorrow is all about Quality of Experience. This is where lightRadio networks are becoming the key elements of the future network infrastructure solutions. …

Alcatel-Lucent and China Mobile accelerate development of lightRadio™ to support exploding customer demand for mobile broadband in China [Alcatel Lucent press release, Feb 28, 2012]

Teams sign lightRadio™ architecture co-creation agreement to accelerate the development and delivery of lightning fast mobile broadband services in a sustainable way

Alcatel-Lucent (Euronext Paris and NYSE: ALU) and China Mobile have signed a co-creationagreement under which teams from the two companies are conducting joint development and test activities on a series of lightRadio projects at Alcatel-Lucent’s Stuttgart lab.  The work will help to accelerate the smooth commercial introduction of this groundbreaking new product family to meet China Mobile’s business initiatives and support growing customer demand for high-bandwidth mobile broadband services.

China Mobile is the world’s largest mobile provider. Benefiting from the dramatic growth in mobile Internet use, China Mobile had around 650 million subscribers by the end of 2011. – and that number is growing at a rate of 11.2% year over year. Those customers are increasingly adopting smart phones, tablets and other mobile devices which is driving massive  demand for high-bandwidth mobile data services such as video and Internet gaming.

This co-creation agreement follows the non-binding MoU signed between Alcatel-Lucent and China Mobile in mid 2011. It also builds on the collaboration between the companies on the delivery of superfast mobile broadband using TD-LTE technology and the announcement of the first Trans-Pacific lightRadio video call. This agreement defines the projects that will be undertaken by the two companies and kicks off the co-development activities. This collaboration will speed the introduction of the lightRadio product prototype to the second half of the year.

Alcatel-Lucent’s lightRadio™ reduces the size of traditional mobile base stations to a Rubik’s cube, while lowering power-consumption and allowing the transfer of vast amounts of data at lightning fast speeds.

Ben Verwaayen, CEO of Alcatel-Lucent, said: “The ability for us to pair with the world’s largest mobile provider to gain deeper insight into its customer behaviours and the way services are evolving will ensure we develop lightRadio in the right direction. The knowledge we gain from implementing lightRadio to support the delivery of mobile broadband services to 650 million people will help us to meet the growing demand for services across the globe.

The co-creation agreement was signed by Bill Huang, president of China Mobile Research Institute and Wim Sweldens, president of Alcatel-Lucent Wireless Division, on January 13 at Alcatel-Lucent’s Bell Labs headquarters in Murray Hill, New Jersey.  Li Zhengmao, Vice President of China Mobile, and Jeong Kim, President of Alcatel-Lucent Bell Labs attended the signing ceremony.

Under the terms of the agreement, China Mobile engineers have already begun working with Alcatel-Lucent’s R&D team in the company’s lab in Stuttgart Germany.  The two companies will co-work on a series of lightRadio joint development projects including the cube-based radio, baseband unit (BBU) pooling and redefining the radio architecture. By bringing together talents from both companies, these projects will support China Mobile’s evolving business initiatives, including the introduction of high-speed TD-LTE mobile broadband technology, encourage idea-generation and facilitate the smooth commercial implementation of lightRadio.

Day 4: Alcatel-Lucent at MWC 2012 – Rise above the data storm [AlcatelLucentCorp YouTube channel, March 2, 2012]

Video of Day 4 at Mobile World Congress 2012. The big discussion at MWC is about the data storm, the demand for mobile broadband services driven by the customers and anytime, anywhere access to these services. … How operators rise above the data storm? For capacity (serving more users in the peak hours), for having lower costs per bit (to get to the mass market), and for monetizing more often (in 65% of time or more the networks are not in a peak). How they do that? They do that with lightRadio which gives them an IP platform, mobile broadband platform end-to-end. … Best infrastructure technology 2012 goes to lightRadio and the Cube. … “This thing has transformed our company. It has transformed the way that we develop products. It has trasformed the way people looked at us. And this will for the long period to come be the symbol of the new Alcatel-Lucent.” — Ben Verwaayen, CEO, Alcatel-Lucent.

MWC: The fastest show on Earth [by Ben Verwaayen, CEO, Alcatel-Lucent, March 1, 2012]

And the GSMA award for best infrastructure technology goes to... lightRadio!

And the GSMA award for best infrastructure technology goes to… lightRadio!

MWC, the fastest show on earth for anybody who is somebody in the telecoms world, is always an amazing event.

What is clear this year is that the world is flatter than ever before. Innovation is coming from all corners of the globe and there is no region that is excluded from the information and video revolution.

As a result players are on the move. Policy makers, regulators, operators, technology providers, service providers, application developpers, all are chasing the customer driving the change.

She happens to be 14 year old and she was dearly missed at the exhibition. Her focus is services, video, chatting, facebooking on multiple screens.

She wants to be identified as a person, recognized for her preferences and protected against undue approaches.  She doesn’t care about cloud or tablet or smartphone, she wants cool services on a cool device and be able to afford it.

There are so many that agree with her that the market dynamics are changing worldwide.

Alcatel-Lucent had a great win in Barcelona. We won the infrastructure of the year award for lightRadio, our cubesized basestation, that performed in real traffic wonders for Telefonica. Customers loved the stand, they agreed with the need to make the network relevant in the journey ahead. We have never seen so much interest in our latest portfolio of Services, Applications and Products.

So, days packed, staff worked 24/7 but it was a great experience.

Ben

Details of the lightRadio technology (copied from the earlier post: Good TD-LTE potential for target commercialisation by China Mobile in 2012 [July 13, 2011 – Feb 8, 2012])

lightRadio: Alcatel-Lucent at “Best Practice Live” virtual conference [July 5, 2011]

lightRadioTM is a disruptive Wireless Architecture that enables operators the opportunity to develop next generation converged 2G/3G/LTE Radio Networks. Valérie Layan – VP Wireless Solutions EMEA at Alcatel-Lucent outlined how this unique solution offers a dramatic new way of building networks that will enable Macro and Small Cell integration, offer Opex savings of more than 50% compared to Classic BTS design and set the course for Wireless & Wireline convergence.

lightRadio Press Coverage

LIGHTRADIO CONNECTS THE WORLD [June 15, 2011]

The world’s first long-distance, high-quality mobile video-call using lightRadio™ – a breakthrough system pioneered by Alcatel-Lucent (Euronext Paris and NYSE: ALU) to transform the economics and efficiency of mobile telephony– has successfully taken place from the historic desk of Alexander Graham Bell.

Industry executives, technology leaders and analysts witnessed the inaugural lightRadio video call made from the headquarters of Bell Labs, the innovation engine of Alcatel-Lucent and now home to Graham Bell’s desk, from which he made the first-ever long-distance phone call.

Chris Lewis, Group Vice President of industry analysts IDC, hosted the call from Bell Labs in Murray Hill, New Jersey, connecting with Ben Verwaayen, Chief Executive of Alcatel-Lucent in Paris, and delegates at a business conference in Miami.

lightRadio is the name of a family of technologies which are set to transform mobile communications, improving the quality of network services for consumers while dramatically reducing the size, carbon footprint and energy consumption of mobile base stations.

After participating in the call, Ben Verwaayen, said: “We have taken lightRadio from the drawing-board to a fully working system, creating an entirely new system to connect customers around the world.”

The launch of lightRadio will help address exploding demand for mobile broadband services and increasing global consumption of wireless content. This has been fuelled by the adoption of smartphones and the popularity of video applications, social networking and mobile gaming services– all requiring wireless service providers to provide greater speed and capacity everywhere.

Network operators such as France Telecom/Orange, Telefonica and China Mobile are now engaged with Alcatel-Lucent in co-creating the market implementation of lightRadio. The system is expected to deliver significant operational savings for carriers and infrastructure owners by marking an end to the existing system of complex base stations and large cell towers.

This week’s inaugural call demonstrates lightRadio’s ability to handle high levels of data, meeting demand from customers increasingly using mobile video on Internet-networks. Among breakthroughs promised by the system, it will reduce mobile network energy consumption by 50% – compared with current equipment; enable roll-out of mobile broadband services to new marketsusing sustainable-power sources; and deliver major savings for operators.

Alcatel-Lucent predicts that lightRadio will help cut the cost of mobile infrastructure site, energy consumption, operations and maintenance. Bell Labs estimates that the total cost of ownership of mobile networks, the sum spent by mobile operators on access systems, reached 150 billion Euros in 2010.

More information about Alcatel-Lucent’s lightRadio portfolio can found online at http://www.alcatel-lucent.com/lightradio.

China Mobile and Alcatel-Lucent partner to develop next-generation RAN [Feb 15, 2011]

Alcatel-Lucent today announced it has signed a Memorandum of Understanding (MOU) with China Mobile, the world’s largest mobile operator and a leader in TD-SCDMA and TD-LTE, for the development of a next-generation radio access network (RAN). The MOU was signed by Alcatel-Lucent Shanghai Bell, Alcatel-Lucent’s flagship company in China.

Alcatel-Lucent and China Mobile will jointly launch technical and economic studies and investigate the technologies essential to build a centralized, collaborative, Cloud-based RAN (C-RAN) in order to set new standards for cost-effectiveness, network intelligence and energy-efficiency (“green”). The C-RAN will provide a common platform for multi-mode wireless standards such as GSM, 3G, and LTE, enabling to significantly improve network quality and coverage, reduce transmission resource consumption and lower OPEX by up to 50% and CAPEX by 15%.

Rajeev Singh-Molares, president of Alcatel-Lucent’s activities in Asia-Pacific said: “The partnership with China Mobile is directly addressing the challenges of high energy costs, explosion of mobile video and sustainable development. By helping them replace traditional network designs with flexible cloud-like architectures, we are preparing the future and help show the way in terms of technology and economic models.”

The strategic partnership for C-RAN will leverage Alcatel-Lucent’s recently-announced lightRadio, a breakthrough in mobile and broadband infrastructure to streamline and radically simplify mobile networks. Pioneered by Bell Labs, Alcatel-Lucent’s research and development arm, the new lightRadio system will dramatically reduce operating costs, technical complexity and power consumption.  This is accomplished by taking today’s base stations and massive cell site towers, typically the most expensive, power hungry, and difficult to maintain elements in the network, and radically reducing and simplifying them.

lightRadio represents a new architecture where the base station, typically located at the base of each cell site tower, is broken into its components elements and distributed through the antenna or the network for cloud-like processing.  Additionally the various cell site tower antennas are combined and shrunk into a single small powerful, Bell Labs-pioneered multi frequency, multi standard (2G, 3G, LTE) device that can be mounted on poles, sides of buildings or anywhere else there is power and a broadband connection.

The partnership with China Mobile also reflects Alcatel-Lucent’s strong commitment to sustainable development and to Green as testified, in particular, by its leading role in theexternal linkGreenTouch™ Consortium, a global research initiative dedicated to dramatically improving the energy efficiency of information and communications technology (ICT) networks by a factor of 1,000. GreenTouch™ recently presented a Large-Scale Antenna System proof of concept offering the potential for tremendous energy savings thanks to its novel wireless transmission techniques.

Alcatel-Lucent maps the future of mobile technology [Feb 7, 2011]

Alcatel-Lucent (Euronext Paris and NYSE: ALU) today announced lightRadio™, a breakthrough in mobile and broadband infrastructure that streamlines and radically simplifies mobile networks. The solution was unveiled at a major press launch event in London supported by partners Freescale and HP.

Pioneered by Bell Labs, Alcatel-Lucent’s unique research and development arm, the new lightRadio system will dramatically reduce technical complexity and contain power consumption and other operating costs in the face of sharp traffic growth. This is accomplished by taking today’s base stations and massive cell site towers, typically the most expensive, power hungry, and difficult to maintain elements in the network, and radically shrinking and simplifying them.

lightRadio represents a new architecture where the base station, typically located at the base of each cell site tower, is broken into its components elements and then distributed into both the antenna and throughout a cloud-like network. Additionally today’s clutter of antennas serving 2G, 3G, and LTE systems are combined and shrunk into a single powerful, Bell Labs-pioneered multi frequency, multi standard Wideband Active Array Antenna that can be mounted on poles, sides of buildings or anywhere else there is power and a broadband connection.

Alcatel-Lucent’s new lightRadio product family, of which initial elements ready to begin customer trials in the second half 2011, provides the following benefits:

  • Improves the environment:lightRadio reduces energy consumption of mobile networks by up to 50% over current radio access network equipment. (As a point of reference, Bell Labs research estimates that basestations globally emit roughly 18,000,000 metric tons of CO2 per year). Also, lightRadio provides an alternative to today’s jungle of large overcrowded cell site towers by enabling small antennas anywhere.
  • Addresses digital divide: By reducing the cell site to just the antenna and leveraging future advances in microwave backhaul and compression techniques, this technology will eventually enable the easy creation of broadband coverage virtually anywhere there is power (electricity, sun, wind) by using microwave to connect back to the network.
  • Offers major savings for operators: Thanks to lightRadio’s impact on site, energy, operations and maintenance costs; when combined with small cells and LTE, this new solution can lead to a reduction of total cost of ownership (TCO) of mobile networks up to 50% (as a point of reference, Bell Labs estimates that TCO spent by mobile operators in mobile access in 2010 was 150 billion Euros).

Ben Verwaayen, CEO of Alcatel-Lucent, said: “lightRadio is a smart solution to a tough set of problems: high energy costs, the explosion of video on mobile, and connecting the unconnected.”

Alain Maloberti, Senior Vice President, Network Architecture and Design, France Telecom/Orange said: “Alcatel-Lucent’s new vision and strategy of mobile broadband is quite exciting: the new wireless network architecture and innovative radio proposal will potentially help us to achieve significant operating cost savings and be better prepared for future challenges. We look forward to work closely with Alcatel-Lucent to explore and test this new approach.”

Tom Sawanobori, VP Technology Planning, Verizon Wireless, said: “Verizon looks forward to learning more about the benefits of lightRadio technology and how they could be applied as we continue to expand and evolve our LTE network.”

Alcatel-Lucent is also in advanced planning with China Mobile as well as a number of other carriers around the globe around co-creation and field trials of the lightRadio solution.

Alcatel-Lucent studies have concluded that the total addressable opportunity for the multi-technology radio market1, which lightRadio addresses, will be over 12 billion Euros in 2014, representing more than 55% of the total wireless RAN market. The cumulative total addressable market will be over 100 billion Euros from 2011-2018.

Alcatel-Lucent’s lightRadio portfolio integrates a number of breakthrough innovations and technologies from Alcatel-Lucent’s Bell Labs research arm and ecosystem of companies:

Market Impact Technology Innovation
A new generation of active antennas allows vertical beam-forming that improves capacity in urban and suburban sites by about 30%, supports all technologies (2G, 3G, and LTE) and covers multiple frequency bands with a single unit. lightRadio cube – A unique Bell Labs antenna technology, the lightRadio Cube includes an innovative diplexer type, radio, amplifier, and passive cooling in a small cube that fits in the palm of the hand.
By moving former basestation components to a System on a Chip (SOC), lightRadio places processing where it fits best in the network – whether at the antenna or in the cloud. System-on-a-chip (SoC) jointly developed with Freescale Semiconductor, integrates intelligent software from Alcatel-Lucent onto fully remotely programmable state-of-the-art hardware.
The economics of radio networks are substantially improved by reducing the number and cost of fiber pairs required to support the traffic between the antenna and the centralized processing in the cloud. Unique compression algorithms provide nearly a factor of three compression of IQ sample signals.
Matching of load to demand through ‘elastic’ controller capacity, delivered on sets of distributed and shared hardware platforms, will improve cost, availability, and performance of wireless networks. Virtualized processing platforms. Alcatel-Lucent will use innovative virtualization software and will collaborate with partners like HP to enable a cloud-like wireless architecture for controllers and gateways.

The lightRadio Product Family The new Alcatel-Lucent lightRadio product family is composed of the following components: Wideband Active Array Antenna, Multiband Remote Radio Head, Baseband Unit, Controller, and the 5620 SAM common management solution. The Wideband Active Array Antenna will be trialed later this year and have broad product availability in 2012. Additional product family members will be available over 2012, 2013 and 2014.

For detailed information on these elements please as well as a webcast replay of today’s press conference please visit http://www.alcatel-lucent.com/lightradio(replay available at 2:30 pm GMT). The lightRadio approach and technology path will be shown and explained further at Mobile World Congress in Barcelona on 14-17 February.

[1] The multi-technology radio market consists of radio access base stations that simultaneously support 2G, 3G, and LTE, and multiple frequencies, in the same platform.

“Alcatel-Lucent’s lightRadio approach is a revolutionary step in evolving traditional telecommunication networks to more heterogeneous networks with higher capacity and lower cost,” said Lisa Su, Senior Vice President and General Manager of Freescale’s Networking and Multimedia Group. “Freescale is collaborating with Alcatel-Lucent to provide the chip-based architectures through our new system-on-chip technology that supports the highly-flexible, multi-standard, programmable capability required to make lightRadio a reality.”

“Communication service providers will be better able to meet the shifting and growing demands placed on their networks as a result of the new lightRadio product family from Alcatel-Lucent,” said Sandeep Johri, vice president, Strategy and Solutions, Enterprise Business, HP. “As part of the lightRadio evolution, HP intends to work with Alcatel-Lucent in a co-creation fashion around the use of cloud and virtualization technologies in the mobile access space.”

“The day has finally come when service providers need to take a serious look at the road ahead in terms of technology and their economic models,” said Phil Marshall of Tolaga Research. “To survive and thrive, service providers must evolve network designs, embrace small cell sites and all-IP architectures and replace traditional network designs with flexible cloud-like architectures that can truly meet the data demands of the future.”

The Disappearing Mobile Masts and Towers [Feb 7, 2011]

The looming global gridlock in mobile communications promises to be averted following the launch today of pioneering technology which will remove the bottlenecks constraining mobile networks and help deliver universal broadband coverage.

Alcatel-Lucent (Euronext Paris and NYSE: ALU), the leading network technology group, has joined forces with industry partners to develop lightRadio™, a new system that signals the end of the mobile industry’s reliance on masts and base stations around the world.

Ben Verwaayen, Chief Executive Officer of Alcatel-Lucent, said: “Today’s and tomorrow’s demands for coverage and capacity require a breakthrough in mobile communications.”

He added: “lightRadio will signal the end of the basestation and the cell tower as we know it today.”

Governments and regulatory bodies are expected to welcome the technical development, which will help meet targets for universal broadband access by laying the foundation to address the so-called “digital divide.”

Other major benefits from lightRadio™ include:

  • Shrinking the carbon footprint of mobile networks by over 50%
  • Reducing the Total-Cost-of-Ownership of mobile operators by up to 50%
  • Improving end user services by significantly increasing bandwidth per user thanks to the deployment of small antennas everywhere

Wim Sweldens, President of Alcatel-Lucent’s Wireless Division said: “lightRadio will help mobile operators evolve their networks to address the mobile broadband deluge.”

lightRadio represents a new approach where the base station, typically located at the base of each cell site tower, is broken into its components elements and then distributed into both the antenna and throughout a cloud-like network.

lightRadio also shrinks today’s clutter of antennas serving 2G, 3G, and LTE systems into a single powerful, Bell Labs-pioneered antenna that can be mounted on poles, sides of buildings or anywhere else there is power and a broadband connection.

The innovation coincides with growing demand for third-and-fourth generation mobile networks and devices, involving the mass adoption of wireless television services and other forms of broadband content. The total addressable market for the radio technology necessary to serve such networks and devices is expected to exceed €100bnover the next seven years.

Alcatel-Lucent announced the lightRadio™ technical specifications and launch timetable at an industry event in London today. Visit http://www.alcatel-lucent.com/lightradiofor product press release and link to event replay (available at 2:30 GMT).

[1] This is the total addressable market for multi-technology radio solutions that consist of radio access base stations that simultaneously support 2G, 3G, and LTE, and multiple frequencies in the same platform

Freescale introduces industry’s first multimode wireless base station processor family that scales from small to large cells [Feb 14, 2011]

Freescale Semiconductor – the communications processing leader and provider of industry-leading DSP technology – is transforming the future of wireless infrastructure equipment with the introduction of a highly integrated base station-on-chip portfolio built on advanced heterogeneous multicore technology. Freescale’s new QorIQ Qonverge seriesis the first scalable family of products sharing the same architecture to address multi-standard requirements spanning from small to large cells.

The explosion of smart connected devices with increasing data and video content has created a mobile data tsunami, requiring OEMs and carriers to dramatically boost network performance while controlling capital expenditure costs, increasing power efficiency and supporting the emergence of 4G technologies.

The QorIQ Qonverge portfolio of base station-on-chip products is based on a common architecture and integrates communications processing, digital signal processing and wireless acceleration technologies into a single system-on-chip in various configurations optimized for next-generation femtocell, picocell, metrocell and macrocell base stations. Advanced process technology and exceptional integration allow the convergence of multiple functions traditionally performed on separate FPGAs, ASICs, DSPs and processors to be incorporated on a single device. This integration lowers part counts and delivers significant power, cost and footprint reductions for base stations. The common architecture spanning from femto cells to macro cells optimizes R&D investments and software reuse.

“The current explosion in mobile data traffic worldwide provides unique challenges and opportunities for wireless infrastructure equipment providers as they race to increase capacity and capability,” said Lisa Su, senior vice president and general manager of Freescale’s Networking and Multimedia Group. “Freescale’s highly integrated QorIQ Qonverge portfolio enables base station manufacturers to provide a dramatic, step-function improvement in performance, power and cost in a single, flexible architecture.”

QorIQ Qonverge technology can deliver 4x cost reduction and 3x power reduction for LTE + WCDMA macro base stations, and 4x cost and power reductions for LTE + WCDMA pico base stationswhen compared to wireless infrastructure equipment powered by discrete silicon products.

“By integrating multiple industry-leading technologies into one scalable product line, Freescale’s QorIQ Qonverge portfolio delivers significant innovation that advances the state of wireless networking at this pivotal time for the industry,” said Will Strauss, president and principal analyst of Forward Concepts. “The QorIQ Qonverge portfolio presents a unique solution and strengthens Freescale’s position as a processing technology leader in the wireless infrastructure space.”

Freescale leveraged its broad R&D scale, deep application knowledge of the wireless space and extensive IP portfolio to develop the new product family. QorIQ Qonverge processors combine multiple Power Architecture® cores and high-performance StarCore DSPs with a MAPLE multimode baseband accelerator, packet processing acceleration engines, interconnect fabric and next-node process technology. The portfolio’s products support multiple standards, including GSM, LTE – FDD & TDD, LTE-Advanced, HSPA+, TD-SCDMA and WiMAX. In addition, the family’s flexible architecture allows support for evolving standards with software upgrades.

“Freescale’s innovative QorIQ Qonverge platform provides the integration, performance, energy efficiency and unmatched scalability that our new lightRadio™ product portfolio requires,” said Wim Sweldens, president of Alcatel-Lucent’s Wireless Division. “Game-changing products like lightRadio disaggregate the base station between the network and the wideband active antenna, produce dramatic cost savings and need components that provide giant leaps forward such as Freescale’s new QorIQ Qonverge technology.”

“Freescale’s QorIQ Qonverge product line gives us the flexibility to cost-effectively address the widest possible small cell market by providing a common architecture and multimode capabilities, along with the programmability for us to incorporate our own advancements,” said Michael Clark, Airvana’s general manager for femtocell business. “We look forward to working with Freescale to help accelerate the deployment of small cells in next-generation wireless networks.”

According to analyst firm Infonetics, radio access network base station spending is projected to be $197 billion worldwide over the next four years.

Complete solutions

Customers can develop best-of-breed solutions with ease by combining their own differentiated IP with off-the-shelf components from Freescale and ecosystem partners. Freescale has assembled a rich ecosystem of technology leaders focused on wireless applications. Products and services from these partners can be combined with third party tools, as well as Freescale’s CodeWarrior technologies and VortiQa application software. This ecosystem can provide ODMs and OEMs Layer 1 – 4 software, transport and security stacks, RF technologies, test and measurement capabilities and ODM solutions.

A development platform based on the P2020-MSC8156 AMC bundled with partner software and RF solutions is available immediately for rapid software development. In addition, Freescale offers a wide portfolio of GaAs MMICs and LDMOS RF solutions for consumer and enterprise pico and femto cells.

QorIQ Qonverge products

The QorIQ Qonverge portfolio includes four distinct products optimized for small cell (femto and pico) and large cell (metro and macro) applications. It also supports remote radio head and emerging cloud-based radio access network (C-RAN) configurations.

The first products in Freescale’s QorIQ Qonverge multicore portfolio are built in 45-nm process technology and planned for availability in the second half of 2011. The products are the PSC9130/PSC9131 femto SoCs and PSC9132 picocell/enterprise femto SoC devices. Freescale plans to introduce portfolio members targeting larger cell (metro and macro) base stations built in 28-nm process technology later this year.

PSC9130/31 Femto SoC

      8-16 users (WCDMA, LTE, CDMA2K) and simultaneous multimode
      2×2 MiMO
      1x e500 and 1x SC3850
      MAPLE-B2F acceleration

PSC9132 Pico/Enterprise Femto SoC

      32-64 users (WCDMA, LTE) and simultaneous multimode
      2×4 MiMO
      2x e500 and 2x SC3850
      MAPLE-B2P acceleration

About Freescale Semiconductor

Freescale Semiconductor is a global leader in the design and manufacture of embedded semiconductors for the automotive, consumer, industrial and networking markets. The privately held company is based in Austin, Texas, and has design, research and development, manufacturing and sales operations around the world. www.freescale.com.

Supporting Partner Quotes Follow

Enea “Enea currently provides a breadth of leading software solutions to support Freescale’s extensive portfolio of networking IP,” said Marcus Hjortsberg, vice president of Marketing for Enea. “We look forward to playing a role in unleashing the innovative capabilities of Freescale’s new QorIQ Qonverge hybrid multicore portfolio.”

Green Hills “With a long history of optimized support for Freescale’s multicore and multiprocessor platforms, we are excited to see Freescale’s next-generation wireless base station solution,” said Dan Mender, vice president of Business Development, Green Hills Software. “QorIQ customers use our multicore development tools and scalable real-time operating systems, MULTI and INTEGRITY, to conquer today’s multicore challenges and we look forward to supporting them as they adopt the QorIQ Qonverge portfolio.”

Mentor Graphics “The integration of StarCore DSP technology with Power Architecture cores in the new Freescale QorIQ Qonverge portfolio is a major advancement for the wireless industry. We see great potential for this class of heterogeneous multi-core designs,” said Glenn Perry, general manager of the Mentor Graphics Embedded Software Division. “The Mentor Embedded Linux platform for Freescale devices combined with CodeSourcery software development tools will enable our mutual customers to develop advanced, innovative and scalable systems with increased performance and power efficiency.”

Aricent “We are thrilled to be partnering with Freescale to accelerate development of new best-in-class solutions in the wireless infrastructure market,” said C.P. Murali, executive vice president and general manager at Aricent. “Our comprehensive suite of software frameworks and product engineering services enable customers to rapidly introduce innovative solutions based on Qonverge technology.”

Continuous Computing “We are proud to be a member of Freescale’s technology partner program and for Freescale to be a member of the Continuous Computing Network,” said Todd Mersch, director of Product Line Management at Continuous Computing. “Together we offer customers a complete range of femto to macro base station solutions consisting of Trillium wireless software and the latest advances in the QorIQ Qonverge portfolio of processors.”

Critical Blue ”Freescale’s QorIQ Qonverge platform is architecturally very innovative. Meeting next-generation network speed requirements will require software developers to make knowledgeable choices in application partitioning and task allocation to the different types of cores on these platforms,” said David Stewart, chief executive officer of CriticalBlue. “The development program we have ongoing with Freescale will ensure that our Prism tool has all the capabilities needed to support a smart methodology for software developers, enabling them to get the maximum benefit from targeting the QorIQ Qonverge platform.”

L&T Infotech “L&T Infotech is excited to collaborate and build world-class wireless solutions based on Freescale’s QorIQ Qonverge portfolio,” said Sudip Banerjee, chief executive officer for L&T Infotech. “Our end-to-end telecom proficiency spans the entire wireless domain, with proven expertise on LTE/WiMAX, multicore technologies, network security and optical transport networks, ultimately enabling accelerated time-to-market for our client’s products.”

Signalion “We are pleased to support Freescale’s QorIQ Qonverge portfolio with our world-class wireless test technologies to ensure high-performance equipment, service and end-user experiences,” said Tim Hentschel, managing director for Signalion GmbH. “Freescale is charting new territory with the QorIQ Qonverge hybrid portfolio that promises to transform the future of wireless infrastructure equipment.”

Tata-Elxsi “The introduction of theQorIQ Qonverge portfolio means OEMs now have a single-architecture, compatible family of products to address all their base station design needs,” said Shyam Ananthnarayan, head of the Communications Business Unit at Tata Elxsi. “As a key member of Freescale’s rich ecosystem, Tata Elxsi will offer market-leading LTE eNodeB software stacks optimized to ease customers’ development of best-of-breed solutions based on Qonverge technology.”

Wireless support and network functions converge in QorIQ Qonverge processors [By Tom Thompson, June 16, 2011]

Wireless communication seems ubiquitous these days–until you wander into a dead zone and lose the network connection to your laptop, tablet, or mobile phone. Telco carriers are working hard to eliminate such areas by installing more macrocell towers. Sometimes installing one of those big bruisers in an area isn’t possible, so the carriers fill in the coverage gaps by scaling down. Scaling down in this case means building smaller wireless installations, such as microcell (also known as metrocell), picocell, and femtocell base stations.

You don’t have to be a rocket scientist to realize that deploying such a diverse array of gear can be a nightmare, both in terms of hardware design, embedded software development, and support. Every base station has various wireless formats to manage, and the smaller base stations must also implement certain wired backhaul technologies such as Ethernet and ET/T1 so that they can connect to the carrier’s infrastructure. One way to alleviate this headache of multiple base station designs is to reduce the different types of hardware used. For this scheme to work, however, the signal processing capabilities of a DSP and the networking functions of an application processor must converge into one unified part.

Freescale happens to be well-positioned to provide such a converged solution. First, the company makes its StarCore DSPs, which are 32-bit multicore processors engineered for high data processing throughput and support for a variety of wireless protocols. Second, the company makes high-performance network processors, notably those that comprise its QorIQ Processing Platform. These are 32-bit processors based on a low-power, high-performance Power Architecture core that manages several high-speed communications interfaces. Variants of both the StarCore and Power Architecture families feature fewer cores or lack hardware accelerators, which enable them to hit a specific price point or power consumption target.

Freescale’s convergence strategy is simple in concept, yet presented an engineering challenge. First, you take the core subsystems of these two processors and place them on a single chip. Next, surround the cores with a bevy of enhanced communications interfaces. Finally, knit all of these elements together with a high-speed switching fabric. The result is the QorIQ Qonverge processor, a system that is essentially a base station on a chip. Let’s delve deeper into the microarchitecture of the QorIQ Qonverge and see how it offers a comprehensive solution.

A Tale of Two Processors

The block diagram in Figure 1 depicts the major logic blocks that make up the QorIQ Qonverge PSC3191E, a part suitable for femtocell and picocell base station designs. Figure 1

Figure: Block diagram of the QorIQ Qonverge PSC9131E processor.

The StarCore subsystem consists of an SC3850 DSP core that has six execution units (four data ALUs, and two address units) that operate in parallel to retire six instructions simultaneously per clock. The ALUs support integer and fractional arithmetic, including multiply-accumulate (MAC) and other sophisticated instructions. The core is therefore capable of reading, processing, and writing a continuous stream of data. The subsystem has its own internal L1/L2 caches, an MMU, an interrupt controller, and timers.

The Power Architecture subsystem consists of an e500 core, which is a superscalar processor with multiple execution units that can issue and retire two instructions per clock cycle. It has its own internal L1/L2 caches, an interrupt controller, and timers.

Each core has separate 32 KB instruction and data caches to reduce latency and boost throughput. The Harvard architecture implementation of these caches requires more transistors, but it helps to ensure that the cores receive a continuous stream of data and instructions. The unified L2 caches can be configured so that a portion of them acts as a low-latency L2 memory for time-critical data or variable storage.

Both subsystems would grind to a halt if they could not access memory or peripheral devices rapidly. To minimize this bottleneck, a high-performance communications interface, known as the Chip-Level Arbitration and Switching System (CLASS) fabric was used. This high-bandwidth, low-latency switching fabric is a fully-pipelined, device interconnect that provides direct access to the resources of the subsystems and on-chip peripherals.

The DMA engine, which can be programmed by either core, uses the CLASS fabric to manage data transfers. It has four bidirectional channels. Off-chip memory is accessed through a DDR memory controller. The controller supports DDR3/DDR3L devices, and can manage a 32-bit interface at a maximum 800 MHz data rate.

Hardware Gives a Hand

As you can see, the QorIQ Qonverge processor is one busy piece of silicon. Among its many duties is to process various wireless formats and encrypt communications sessions. These wireless and encryption algorithms are complex and require substantial processing power. While they can be done in software, the QorIQ Qonverge processor has dedicated execution units that can off-load the computational demands of these algorithms from the core subsystems.

The Multi Accelerator Platform Engine for Femto BaseStation Baseband Processing (MAPLE-B2F) unit provides hardware acceleration for baseband algorithms such as channel decoding/encoding, UTMS chip rate processing, and LTE uplink/downlink processing. It also accelerates the computation of Fourier transforms, matrix inversions, CRC algorithms, convolution and filtering operations, Turbo encoding/decoding, and Viterbi decoding. It is a second-generation design that builds upon an established predecessor used in certain StarCore DSPs.

For encryption duties there is the security engine, a cryptographic and assurance acceleration unit. It uses a job queue interface that can schedule multiple cryptographic tasks in parallel, and its multiple accelerators can be shared among different applications. In concert with the DMA engine, this module can use scatter/gather operations to collect data that is distributed throughout memory. The module has hardware accelerators for public key, message digest, ARC four, SNOW 3G f8 and f9, and Katsumi cryptographic operations. It also has accelerators that manage DES, AES, and CRC operations, and it supports a variety of cryptographic authentication schemes.

Note that acceleration capabilities are not limited exclusively to these particular modules. Other modules can accelerate a subset of their functions. For example, the Ethernet controller can off-load and accelerate certain TCP/IP stack operations such as IP header recognition and checksum, plus TCP/UDP checksum and verification.

Smart Controllers

The PSC9131E has several controllers that manage complex I/O operations concurrently. The Antenna Interface Controller (AIC), as its name implies, handles transactions between the processor and an external Radio Frequency (RF) subsystem. It supports CDMA, WCDMA-DD, LTE-FDD, LTE-TDD, and GSM (receive only) network modes. Data received from the transceiver is reformatted and stored by the AIC into system memory or in the MAPLE-B2F unit. Data to be transmitted is transferred by DMA to the AIC where it frames the data for the proper network format and sends it to the transceiver. The AIC can handle up to a maximum of four data lanes, depending upon the wireless format in use.

The Ethernet controller features two enhanced Gigabit Ethernet interfaces that can operate at speeds of 10 Mbps, 100 Mbps and 1 Gbps. These interfaces are IEEE 802.3, 802.3u, 820.3x, 802.3z, 802.3ac, and 802.3ab compliant. As mentioned previously, the controller can accelerate the identification and retrieval of standard and non-standard protocols present on the Ethernet connection.

The USB controller is USB revision 2.0 compliant and can function as both a host and a device controller. As a host, it supports low-, full-, and high-speed transfer rates. It contains its own DMA engine that reduces the interrupt load on the processor and minimizes the bus bandwidth necessary to service any USB transactions.

In summary, these several controllers provide sophisticated wireless, Ethernet, and USB services, yet without adding a considerable burden to the processor’s operation, especially when it is conducting network/wireless routing.

Ports Aplenty

The PSC9131E provides a number of ports that enable you to connect a large cast of supporting peripherals to the processor. These are:

  • Enhanced SPI
  • Two DUARTs
  • Integrated Flash memory Controller (IFC)
  • Two I2C controllers
  • General-Purpose I/O (GPIO) interface with 32 bidirectional ports
  • Universal Subscriber Identity Module (USIM) interface for communicating with a SIM card
  • PWM optimized to generate sound
  • Enhanced Secured Digital Host Controller (eSDHC) for interfacing to SD/SDIO/MMC cards

As a unit, QorIQ Qonverge processors represent a fusion of many existing, field-proven Freescale technologies. However, the resulting processor is far greater than the sum of its parts. Since the QorIQ Qonverge processor implements the level-1, -2, and -3 processing layers required for network/wireless communications on-chip, it only lacks some external hardware, such as a power supply, flash memory, DRAM, Ethernet line-driver and a RF transceiver to implement a stand-alone femtocell or picocell base station. It is designed to replace both the DSP and the applications processors at the heart of many such base station designs, as shown in Figure 2. By doing so, the QorIQ Qonverge part can reduce complexity, processing latencies, and the bill of materials for a base station design.

Figure 2. The QorIQ Qonverge-based picocell design (bottom) uses fewer parts than a design based on separate DSP and application processors (top).

A Processor for Many Uses

The QorIQ Qonverge processor isn’t limited to short-range base stations, however. It can also scale up: Multicore variants can support microcell and macrocell base station designs. This allows you to assemble a range of base station designs around one part.

Besides simplifying the base station design, the QorIQ Qonverge processor also allows you to reuse existing software. For example, existing StarCore MSC8156 DSP code and P2020 application code can be migrated to the QorIQ Qonverge processor, since the cores are nearly identical. The same CodeWarrior tool suite for StarCore DSPs and CodeWarrior tools for Power Architecture can be used to write and debug the software. Furthermore, the code written for–say, a picocell base station–can be reused in microcell and macrocell base station designs. Revising the code for a multicore processor can be tricky, but you can start the process with the knowledge that the application code was stress-tested on smaller base stations. Also, Freescale’s partner, CriticalBlue, has a multicore simulation tool to assist you in this process for Power Architecture-based software. All of this adds up to be a comprehensive solution for embedded base station designs.

Turn the lightRadio on [March 8, 2011]

Development hopes to double network capacity while halving power consumption. By Roy Rubenstein.

Mobile operators face significant challenges, given the rapid growth in mobile broadband traffic. They are starting to roll out the latest mobile technology, Long Term Evolution (LTE), as yet another overlay alongside the existing wideband CDMA and GSM networks. Mobile sites are thus being crammed with antennas and basestation equipment.

The cellular network is 30 years old,” said Tom Gruba, marketing director for wireless activities at Alcatel-Lucent. “You cannot just keep adding more basestations in the network to solve the [data] capacity problem; the business model doesn’t work.” Alcatel-Lucent’s solution is lightRadio, which moves the processing power to the antenna or into the network, like cloud computing. The system vendor points out that architecture change is being industry led; what Alcatel-Lucent is claiming is that the lightRadio portfolio of products is the first to support the new architecture.

Announced in the run up to Mobile World Congress 2011, lightRadio promises to double network capacity, while halving power consumption. The lightRadio products include a wideband active array antenna that integrates the amplifier and antenna elements, a radio SoC developed with Freescale, and a multimode radio controller platform being developed with HP. Integrating the amplifier alongside the antenna achieves better coupling of the signal to the antenna. Less power is wasted, such that a smaller amplifier can be used.

Alcatel-Lucent - lightRadio The wideband active array antenna is implemented as a 6cm cube, pictured left. The wideband operation covers 400 to 4000MHz, allowing one cube to support 700MHz and 2600MHz bands. “These can be stacked, depending on how much power is needed, and you can have two or three columns to serve two or three frequencies and any technologies you want,” said Gruba.

Being an active design, the antenna boosts cell capacity through beam forming and multiple input, multiple output (MIMO) technology. Combining the amplifier-antenna with the radio chip forms a compact basestation that can be mounted on masts or within buildings. Such a combined baseband/remote radio head takes little space and avoids the need for air conditioned cooling associated with traditional basestations.

LightRadio will also enable a cloud computing style radio network architecture, where the basestation is separated from the antenna-amplifier. Traditionally, the radio amplifier was connected to the baseband via a backplane. The advent of the remote radio head led to the creation of the common public radio interface (CPRI) to connect the amplifier at the antenna with the baseband unit. With a cloud based radio network, basestations from 25 or 30 cell sites could be placed in a facility up to 40km away, with the CPRI signal carried over an optical link.

Alcatel-Lucent estimates the maximum lightRadio bit stream needed to be carried over the CPRI link is 10Gbit/s. Compression technology will reduce this by a factor of three, so operators can avoid installing a dedicated 10Gbit optical link. At the core of the baseband processing is the SoC developed with Freescale.

“Dimensioning the various aspects of the SoC is critical,” said Preet Virk, Freescale’s director, networking segment. The SoC design uses Freescale’s recently announced QorIQ Qonverge technology that supports designs spanning femtocells to macro basestations. Two devices have been announced – for femtocells and picocells – that are implemented using a 45nm cmos process. Alcatel-Lucent’s radio ic will be implemented in 28nm cmos and will be available from 2012.

Freescale is not willing to detail the basestation SoC yet, but the scalable design uses cores and IP blocks that are shipping in Freescale products, such as the e500 Power Architecture core and the StarCore SC3850 dsp as well as baseband acceleration blocks.

“Scalability comes in many forms,” said Barry Stern, Freescale’s baseband DSP & SoC products, marketing manager, wireless access division, networking and multimedia group. “From a few users to hundreds of users; from 1.25 to 20MHz bandwidths and beyond; simultaneous multimode support; and enabling OEMs to use the same software across different basestation designs, saving on development costs.”

Freescale’s femtocell SoC supports 8 to 16 users and uses an e500 core and a dsp core. The picocell SoC supports 32 to 64 users and uses two e500s and two dsp cores. Freescale’s metro and macro cell SoCs will support hundreds of users, requiring multiple dsp and cpu cores. Other features will include several DDR3 memory controllers; baseband acceleration for turbo coding, fast Fourier transforms and MIMO; and interfaces for Ethernet, PCI Express and CPRI, according to Virk.

“The SoC in the cloud is going to give us the ability to do all sorts of new things,” said Tod Sizer, head of Alcatel-Lucent’s Bell Labs’ wireless research domain.

Intercell communication

Having baseband processors concentrated at one location enables intercell communication. One application is Coordinated Multipoint (CoMP), what Alcatel-Lucent calls networked MIMO, which will be a feature of the 3rd Generation Partnership Project’s (3GPP) Release 10 cellular standard.

Currently, only one cell serves a user, even if the user is commonly near the cell edge and is sensed by adjacent cells. With CoMP, MIMO technology can be used such that different streams are transmitted between the basestations and the user, boosting throughput. And it is this technique, says Alcatel-Lucent, which will double overall capacity.

The cloud like architecture will also enable new uses that benefit energy consumption. “One we are going to see in the coming years is coordination on the basis of energy usage,” said Sizer, citing how, for example, all users could be moved to the 3G network, with the LTE basestations turned off to save power, based on time of day and subscriber requirements. “You have that capability of moving users if you have control of both technologies from a single cloud,” said Sizer.

Power consumption has become a key issue for operators, with the likes of France Telecom looking to reduce the energy consumption in its network by 15% by 2020. In turn, US operator Verizon stipulates that each new piece of equipment must be at least 20% more energy efficient than its predecessor if it is to be deployed. Alcatel-Lucent is developing a virtualised radio controller architecture as part of the portfolio, working with HP to consolidate three generations of radio controllers into one platform. In GSM, the basestation controller (BSC) connects to multiple cell sites, while a radio network controller (RNC) is used in 3G.

“If I make the BSC or RNC a software routine, the software becomes independent of the platform and I can put both functions in one box,” said Gruba. Alcatel Lucent is basing the design on an ATCA version 2 based general purpose processor design, while HP is providing server and virtualisation expertise to the controller design. Alcatel-Lucent expects to be trialling the wideband active array antenna in the autumn before it becomes commercially available in 2012.

The remaining lightRadio elements will appear from 2012 onwards. Ken Rehbehn, principal analyst at the Yankee Group, says lightRadio is arguably the most important wireless equipment development made by Alcatel-Lucent since its 2006 merger. However, he points out that other vendors are pursuing comparable strategies that might challenge much of the lightRadio vision.

lightRadio: hideous cell towers to get smaller, lose the “hut” [Feb 2011]

Cell TowerEven when they’re disguised like fake trees or church steeples, cell towers are ugly. Most have a hut at the bottom, stuffed with baseband processing gear that does the hard work of creating and decoding, say, an LTE signal. These huts often contain signal amplifiers, big units that push power up the tower to the actual antennas—and half the signal is lost just moving through the tower’s wiring. At the top, rectangular antennas bristle from the tower. One set might be for 2G support, one for 3G, and another for 4G.

Alcatel-Lucent, one of the world’s biggest wireless gear makers, turned to its Bell Labs research division to rethink this aging architecture. First step: apply the “data center” model of centralization to baseband processing and consolidate all that rack-mounted hardware into a few locations per city, each connected to the towers it serves by fiber optic cable.

Right now, a cell tower fault might require a truck roll and a drive through traffic. When the tech gets to the tower site, it might turn out to be at the top of a hotel, and permission to access it must be obtained from the site manager. Put all the processing gear in a single remote location, however, and repairs to it get cheaper and faster.

Clustering the baseband units also makes it easier to do load balancing across a region. When commuters are driving into work, for instance, the baseband cluster can turn its combined energy to handling the signal load coming from towers along the highways and train lines. During the day, processing could handle heavy downtown traffic, while it shifts focus to the suburbs in the evening. Such load-balancing doesn’t produce any additional spectrum or data throughput, but it does mean that a carrier can operate fewer baseband processors, saving the carrier cash.

The third advantage to centralizing the baseband processors is that the interconnection fabric between them can operate at high speeds, fast enough to support a standard called CoMP, or Co-ordinated Multipoint. CoMP, which is currently moving through standardization, relies on the fact that, in many locations, a user’s wireless gadget is in range of multiple towers (the closer one comes to the edge of each cell, the more towers can typically see the device).

This is usually a waste, since multiple towers spend bandwidth contacting the gadget but can’t independently deliver different data. CoMP turns it into a bonus by dividing up requested download data and using all cells in the area to deliver a different slice of it at once—akin to the way BitTorrent operates. The phone then combines the data from all the towers in the proper order. This additive approach to using different towers means that a user’s total throughput can go up substantially, but it requires centralized baseband to function.

Finally, the new lightRadio baseband bear can do software-defined protocols. Upgrading to LTE? Just upgrade the software on the baseband processor. (Traditional rack-mounted baseband processors required dedicated units for each protocol.) A new baseband chip from Freescale makes it possible, but it gets even cooler when used in conjunction with the new wideband antennas.

LightRadio uses a new antenna that, in Alcatel-Lucent’s words, collapses three radios into one. The radios are tiny cubes of 2.5 inches square, and each can operate between 1.8GHz and 2.6GHz. They use tiny amps that can be located atop the tower, built into the antenna enclosure, which keeps the amp size down and dramatically cuts down on the power loss.

These radio cubes are stacked in groups of 8 to 10 in order to make an antenna element, and when one cube in the array goes down, the others remain unaffected. (In a traditional system, the whole antenna unit would fail.) The amps cover enough different frequencies that, in many cases, simply changing the software configuration on the baseband unit can control whether each antenna offers a 2G, 3G, or 4G signal.

The antennas also do “beam forming”—fine-grained directional control over the radio signal—in both the horizontal and vertical dimension to better connect with local wireless devices. Alcatel-Lucent claims capacity improvements of 30 percent through the use of vertical beam-forming alone.

The end result of the system: lightRadio cell towers don’t need huts, they don’t need air conditioners and heaters, big amps, fans, or even local processing gear. Baseband processing moves closer to the data center model and gets cool new capabilities like CoMP and load-balancing. The system’s cost savings come from power (Alcatel-Lucent claims a 50 percent reduction), along with lower construction and site rental fees. The total macro capacity of the system should double while cutting operator costs dramatically.

Though it will take months for any carrier to roll out this or similar gear, advances like lightRadio are crucial as wireless usage continues to soar and smartphones break out of the enterprise and the technorati and into the mainstream. And by making cell infrastructure smaller, cheaper, and less power-hungry, this sort of gear brings wireless networking into reach of more people, especially in rural areas and developing countries.

Alcatel-Lucent’s lightRadio™ portfolio wins NGN magazine leadership award for transforming mobile broadband networks [May 19, 2011]

Alcatel-Lucent (Euronext Paris and NYSE: ALU) today announced that its lightRadio portfolio was recognized as the outstanding new achievement in broadband Internet communications by the leading industry magazine NGN, as part of its NGN Leadership Awards contest. The awards program recognizes outstanding products, services and technologies relating to next generation networks.

“This award underlines the sweeping impact our lightRadio portfolio is having on the wireless communications industry,” said Wim Sweldens, President of Alcatel-Lucent’s Wireless activities.  “lightRadio isn’t just redefining the shape of the wireless base station, it also offers a compelling vision for what wireless networks will look like in the future.”

“This award for Alcatel-Lucent’s LightRadio is a great testament to their innovation.  They have brought to market a solution designed to solve the most critical issues facing the wireless industry, starting with the quasi impossibility to add new sites to increase capacity and improve coverage,” said Stéphane Téral, Principal Analyst, Mobile and FMC Infrastructure, Infonetics.

lightRadio™ is a new product offering from Alcatel-Lucent that will dramatically reduce operating costs, technical complexity and power consumption in mobile broadband networks. Designed to meet the long-term needs of mobile operators seeking to ensure their networks can handle increasing traffic loads, lightRadio radically shrinks and simplifies today’s base stations.

The lightRadio portfolio is designed to increase network capacity while simultaneously reducing the cost of delivery, on a per bit basis. The overarching goal is to give operators more options and a flexible path forward for the next decade.  By increasing the capacity at a reduced cost the operators can pursue a whole new market segment, the mass market. In addition, being able to use the lightRadio cube technology in various forms means Small Cells can leverage the technology and rural villages can get wireless coverage at lower costs helping to cross the digital divide.

lightRadio promises greener, simpler, lighter networks, and the benefits are substantial, including:

  • 50% reduction in total cost-per-bit as compared to 3G when adding a comparable amount of capacity
  • 50% reduction in energy consumption when compared to conventional ground based solutions
  • Small and easily deployable – can be deployed anywhere there is a power source and broadband connection and deals with less zoning restrictions
  • Nearly invisible – the WB-AAA is two products in one. It’s adding another radio in the same size form factor with no additional lease cost or further pollution of the urban skyline.

The Alcatel-Lucent “lightRadio” product family is composed of the Wideband Active Array Antenna, the Multiband Remote Radio Head, the “lightRadio” Baseband Processing, the “lightRadio” Control, and the 5620 SAM common management.  The Wideband Active Array Antenna will be trialed later this year and have broad product availability in 2012. For more information on the lightRadio portfolio please click here.

Bell Labs lightRadio™ Breakthroughs [Feb 7, 2011]

The world of mobile communications moves fast. With new mobile devices, new applications and ever-growing and changing consumer demands the wireless networks in use today have to evolve. Rather than take an incremental approach to meet these challenges, Bell Labs took a leap and developed a radically new approach to wireless technology. In order to do this, Tod Sizer, head of Bell Labs Wireless Research, challenged his team to think not just “outside the box,” but to think “inside the cube.” In six short months, the team developed a cube-shaped antenna that would fit in the palm of a hand– and was ready to test it with customers.

Tod Sizer, Head of Wireless Research for Alcatel-Lucent Bell Labs, talks about developing the lightRadio antenna module. lightRadio represents a new architecture where the base station, typically located at the base of each cell site tower, is broken into its components elements and then distributed into both the antenna and throughout a cloud-like network. Additionally today’s clutter of antennas serving 2G, 3G, and LTE systems are combined and shrunk into a single powerful, Bell Labs-pioneered multi frequency, multi standard Wideband Active Array Antenna that can be mounted on poles, sides of buildings or anywhere else there is power and a broadband connection.

“There are many different types and sizes of base stations, from very small to very large, depending on where they are located, such as in an urban or rural area,” explained Sizer. “I realized that we needed to design a new and flexible type of antenna array for different environments– including one designed to the smallest possible size – ‘invisible antennas’ – in order to be flexible enough to meet the growing needs of all of our wireless service provider customers.”

A radio antenna element is a component of an antenna system that transmits signals from the wireless base station to a wireless end-user using a mobile phone, smart device or laptop. By reducing the size of the element itself, an antenna array can be scaled to fit any wireless need simply by adding more of these elements to the array.

Bell Labs wireless researchers weren’t daunted by the challenge of building something that was roughly ten percent of its current size. Several wireless research teams in Stuttgart and Ireland focused on different aspects of the problem, combining their unique areas of expertise to quickly resolve a myriad of technical challenges to reduce the antenna element’s size, improve energy efficiency and lower manufacturing expenses. The clever architecture of this new antenna is but one of the innovations critical to realizing Alcatel-Lucent’s unique lightRadio portfolio.

“We believe this unique antenna – as part of the lightRadio solution – will have a significant impact in the wireless space,” concluded Sizer.

Quick Links

Wim Sweldens presents lightRadio, a breakthrough for the mobile industry [Feb 7, 2011]

Wim Sweldens, President, Alcatel-Lucent wireless activities, talks about lightRadio™, a new system that signals the end of the mobile industry’s reliance on masts and base stations around the world. lightRadio represents a new architecture where the base station, typically located at the base of each cell site tower, is broken into its components elements and then distributed into both the antenna and throughout a cloud-like network. Additionally today’s clutter of antennas serving 2G, 3G, and LTE systems are combined and shrunk into a single powerful, Bell Labs-pioneered multi frequency, multi standard Wideband Active Array Antenna that can be mounted on poles, sides of buildings or anywhere else there is power and a broadband connection. More info: http://www.alcatel-lucent.com/lightradio

Alcatel-Lucent. Cube light Radio [Feb 18, 2011]

Highlights of lightRadio press conference [London, Feb. 7th, 2011]

Presentation of the lightRadio system which will dramatically reduce technical complexity and contain power consumption and other operating costs in the face of sharp traffic growth. This is accomplished by taking today’s base stations and massive cell site towers, typically the most expensive, power hungry, and difficult to maintain elements in the network, and radically shrinking and simplifying them. Conference guests: Stephen Carter, Wim Sweldens, Tod Sizer and Javier Garcia Gomez (Alcatel-Lucent), Lisa Su (Freescale) and Joe Weinman (HP).

MWC 2012 day 1 news [Feb 27, 2012]: Samsung and Nokia

 

Samsung had a number of enhanced GALAXY products (see them in the “Details for Samsung” section below). The really strong message from innovation point of view from them has, however, been (considered by them as “hidden gems”):
Samsung Mobile – Beyond Product [ YouTube Channel]

Tour the Samsung Mobile booth at Mobile World Congress 2012 in Barcelona. Find out more about our new innovations, from AllShare Play and Control through Smart Driving and Smart School to NFC mobile payments.

UPDATE: for Nokia the major competition is the overall Android ecosystem, and not only in the proper smartphone market as:
– repeatedly stressed by Stephen Elop, the CEO of Nokia:

Our number-one focus is competing with Android. [see here and here]

The principal competition is Android, and then Apple. [see here]

– indicated in relevant excerpts from the Nokia 2011 fiscal year report [March 8, 2012] as:

Market overview

… Today, however, the distinction between these two classes of products is blurring. Increasingly, basic feature phone models, supported by innovations in both hardware and software, are also providing people with the opportunity to access the Internet and applications and, on the whole, offering them a more smartphone-like experience.

Whether smartphones or feature phones, mobile devices geared for Internet access and their accompanying Internet data plans are also becoming increasingly affordable and, consequently, they are becoming attractive to a broader range of consumer groups and geographic markets. A notable recent development has been the increased affordability of devices based on the Android platform, which has enabled some vendors to offer smartphones for below EUR 100, excluding taxes and subsidies, and thus address a portion of the market which has been dominated by more basic feature phone offerings.

….

Competition

…  some competitors’ offerings based on Android are available for purchase by consumers for below EUR 100, excluding taxes and subsidies, and thus address a portion of the market which has been traditionally dominated by feature phone offerings, including those offered by Nokia. Accordingly, lower-priced smartphones are increasingly reducing the addressable market and lowering the price points for feature phone. …

Principal Factors & Trends Affecting our Results of Operations

Devices & Service

Increased Pervasiveness of Smartphones and Smartphone-like Experiences Across the Price Spectrum

During the past year, we saw the increasing availability of more affordable smartphones, particularly Android-based smartphones, connected devices and related services which were able to reach lower price points contributing to a decline in the average selling prices of smartphones in our industry.

This trend affects us in two ways. First, it puts pressure on the price of our smartphones and potentially our profitability, as we need to price our smartphones competitively. We currently partially address this with our Symbian device offering in specific regions and distribution channels, and we plan to introduce and bring to markets new and more affordable Nokia products with Windows Phone in 2012, such as the Nokia Lumia 610 announced in February 2012. Second, lower-priced smartphones put pressure on our higher-end feature phone offering from our Mobile Phones unit. We are addressing this with our planned introductions in 2012 ofsmarter, competitively priced feature phones with more modern user experiences, including software, services and application experiences. In support of our Mobile Phones business, we also plan to drive third party innovation through working with our partners to engage in building strong, local ecosystems.

Full information is in the Nokia’s strategy for “the next billion” based on software and web optimization with super low-cost 2.5/2.75G SoCs [Feb 14 – March 8, 2012] post on this blog.

END OF UPDATE

For Nokia, accordingly, a number of innovations have already been introduced on the MWC 2012, from the hardware level up to the services which surround all that. So for Nokia I will provide a video-based overview here well before going into the “Details for Nokia” section in the very end:

Nokia Press Conference Highlights from MWC 2012 [ YouTube channel]

Key points: Nokia Lumia 610 is announced. Award-winning Nokia Lumia 900 will become available in various markets outside the US. Nokia PureView elevates industry standard in smartphone imaging. New Asha feature phones and services grow increasingly ‘smarter’.

Nokia Lumia 610 Hands-On Video [ YouTube channel]

The funky Nokia Lumia 610 http://nokia.ly/AztJvZ is the most affordable Lumia phone yet, but it delivers everything you need in a smartphone. The People Hub pulls family and friends’ contact details in one place, along with Facebook and Twitter feeds. A choice of colours, with metallic trim, makes the phone an individual style statement. [$254 (€189). Has a 3.7” 800 x 480 WVGA LCD display.]

The Windows Phone Xbox tie-in and 5-megapixel camera add to the funky package. And Nokia Music, with Mix Radio (availability may vary by market), Nokia Maps, Nokia Drive, Nokia Transport and Nokia Reading – make this phone unbeatable value.

UPDATE: the Nokia Lumia 610 won Tom’s Hardware Best in show and Best Budget Smartphone from Laptop. See here.

Introducing the White Nokia Lumia 900 – Live Large [ YouTube channel]

Meet the new Nokia Lumia 900 with Windows Phone http://nokia.ly/zoyq6L Find out how fast amazing can be. And social. And beautiful. With its award winning design including front facing camera and Live Tiles, keeping in touch with friends, and the entire Internet, has never been so easy. [$645 (€480). Has a 4.3” 800 x 480 WVGA AMOLED ClearBlack display with Gorilla Glass.]

Experience The Amazing Everyday.

First Look at Nokia Reading on Nokia Lumia [ YouTube channel]

In this hands on video, Rhidian from Nokia talks about Nokia Reading, a premium e-book and audio experience service announced at Mobile World Congress 2012, and shows how it works on Nokia Lumia.

Nokia Reading will be available for Nokia Lumia handsets from April and will first launch in six markets (UK, France, Germany, Italy, Spain and Russia) with more to follow.

UPDATE: Nokia Reading: Get gripped by a great book [Nokia Coversations blog, Feb 28, 2012]

Nokia Reading follows the same simple and elegant panorama design we’ve become used to with other services, delivering the whole experience through a beautifully designed “reading hub.”

Nokia is working with some of the world’s biggest publishers, including Penguin and Hachette, and Pearson to launch a world class e-book and audiobook experience that’s been designed specifically for the Nokia Lumia.

Using a single, simple app you can choose your own favourite authors, or select bestselling novels and the top local books in your own language. If you’re not sure that you’ll like a book, Nokia Reading lets you browse some sample pages before you buy. Or you can download and read one of the thousands of classic works of literature that will be available for free.

Once you have chosen a book, large, clear, smartphone screens like those on the Nokia Lumia make reading an enjoyable experience – and you can switch to ‘night mode,’ change the font or adjust brightness, if your eyes get tired in the evening. It’s also great on an underground train or plane, because you can read everything offline after downloading beforehand over WiFi or mobile network

In coming months you’ll also be able to create a personalized magazine page (called “news stream”) that updates content across the most popular categories, and adds web content from your chosen sites.

Nokia 808 PureView – The next breakthrough in photography [ YouTube channel]

The game changer! Nokia 808 PureView http://nokia.ly/xz6mhS takes every bit of image goodness captured by a 41MP sensor and Carl Zeiss lens and turns it into beautifully detailed images and Full HD videos. Be ready to shoot and share with friends in an instant. [$605 (€450). Has a 4” 640 x 360  16:9 nHD AMOLED display.]

The Nokia 808 PureView also features exclusive Dolby Headphone technology, transforming stereo content into a personal surround sound experience over any headphones and Dolby Digital Plus for 5.1 channel surround sound playback.

UPDATE: Zooming in on Nokia PureView [article on the Nokia Conversations‎ blog, Feb 29, 2012]: meet the brains behind Nokia PureView Eero Salmelin and Juha Alakarhu, and also learn the history of this 5 years long journey that lead to the delivery on MWC 2012

UPDATE: Nokia 808 PureView partner makes it unbeatable [Nokia Conversations blog, March 1, 2012]

Dolby reveals audio secret of new phone’s success

Taking pride of place at their stand, the world’s best camera phone owes much to Dolby technologies for helping to make it an HD mobile entertainment device.

For the PureView is also about pure audio thanks to its high-definition Dolby Digital Plus 5.1-channel surround sound which plays on HD TVs, and home theatre systems, and when combined with Dolby Headphone technology – also built into the PureView – provides a personal 5.1 surround experience over any headphones.

Nokia is also bringing the Dolby experience to other smartphones with Nokia Belle Feature Pack 1 software upgrade for the Nokia 700, Nokia 701, and Nokia 603, also displayed on the Dolby stand.

Mobile Sales Director Shawn Richards talked us through the tech on a Nokia 700 with a demo from Batman movie The Dark Knight.

He explained that the Dolby Headphone upgrade transforms stereo content into a personal surround sound.

“You get a more natural, engaging, and authentic sound,” he said. “Good audio is even more important when you are watching a movie on a small screen. And Dolby Headphone creates a totally immersive feel.”

UPDATE: Nokia 808 Pureview – Best New Mobile Handset, Device or Tablet at Mobile World Congress 2012 [ YouTube channel, March 1, 2012]

Nokia 808 PureView wins top MWC award!
Our awesome camera phone scoops the top award from Mobile World Congress 2012 judges.

UPDATE: Damian Dinning explains Nokia PureView technology [ YouTube channel, Feb 29, 2012]

Nokia’s imaging expert Damian Dinning explains the breakthrough camera technology behind Nokia 808 PureView.

You could also check out the gorgeous photos taken with Nokia 808 PureView from the flickr.

UPDATE: Nokia PureView Q&A with Damian Dinning [interview on the Nokia Conversations‎ blog, March 1, 2012]

Nokia Stereo Bluetooth Headset BH-221 – See what you hear [ YouTube channel]

The new Nokia Stereo Bluetooth Headset BH-221 comes with an integrated FM radio and OLED display. It as excellent audio quality and NFC for easy pairing with your phone. Learn more at: www.accessories.nokia.com

Nokia Asha 302: Meet the designer [ YouTube channel]

Nokia Asha 302 http://nokia.ly/xXK4kV was designed with one simple goal in mind – to design the best looking QWERTY phone for today’s urban professionals. The metallic touch points, bold and sophisticated colors and smooth edges help users stand out and project success giving the phone a great premium feel. [$128 (€95). Has a 2.4” 320 x 240  QVGA TFT display.]

UPDATE: The Nokia C3-00 won Best Feature Phone or Entry Level Phone at the GSMA Awards 2012 in Barcelona. Blanca Juti, VP for Mobile Phones Product Marketing said to Nokia Conversations after collecting the prize: “It’s great for our products going forward, because the Nokia Asha 302 we launched yesterday is pretty much the successor to C3 which has had an amazing run in the market.” See here.

Nokia Asha 302: Premium All Round QWERTY [ YouTube channel]

Nokia Asha 302 http://nokia.ly/x5m2zm is a QWERTY phone with great value for money. It is packed with a 1 Ghz processor and is great for social networking, Email, Instant messaging, supports Mail for Exchange and has a premium design with stunning looks.

Nokia Asha 203: Simply touch, connect and play [ YouTube channel]

The Nokia Asha 203 http://nokia.ly/x78ZBe is a touch phone with a traditional keypad, offering fast and affordable access to the internet, easy access to email and social networks as well as a 40 EA games gift offering. [$81 (€60). Has a 2.4” QVGA display.]

Nokia Asha 202 Dual SIM: Simply touch, connect and play [ YouTube channel]

The Nokia Asha 202 http://nokia.ly/yOGbDA is a touch phone with a traditional keypad, offering fast and affordable access to the internet, easy access to email and social networks as well as a 40 EA games gift offering. Plus it comes with Easy Swap Dual SIM.  [$81 (€60). Has a 2.4” QVGA display.]

After exactly a year from the announcement of their new strategic set-up and direction it is quite obvious from all that above that Nokia is well on to realizing the corresponding transition. In fact they are redefining themselves which is well described by this video just published 2 days before the start of MWC 2012:

The New Essence of Nokia  [ YouTube channel]

We believe that everybody can have a richer, fuller life every day, everywhere. That means upgrading an ordinary moment to an exciting one or finding an unexpected experience to share with others. Intuitively, fast and easy. This is Nokia’s new mantra, this is the new essence of Nokia.

I see this overall brand message fitting rather well with their new and enhanced portfolio as you could judge for yourself from the above video presentations. In this way they have proceeded quite well from the disastrous situation they were a year ago, and which had been described quite extensively in the following post on this blog: Be aware of ZTE et al. and white-box (Shanzhai) vendors: Wake up call now for Nokia, soon for Microsoft, Intel, RIM and even Apple! [Feb 21 – March 25, 2011].


 Details for Samsung

This is the first hands-on video of GALAXY Beam from the Mobile World Congress 2012. GALAXY Beam is Samsung’s new projector smartphone that allows you to display and share multimedia content or business information instantly no matter where you are. For more information: http://www.samsungmobilepress.com/2012/02/26/GALAXY-Beam
MobileBurn.com – Samsung had relatively few things to announce at MWC 2012 this year, but one of them was the Galaxy Note 10.1, a larger version of the original Galaxy Note. The Note 10.1 uses the Galaxy Tab 2 (10.1) as its design inspiration (it looks nearly identical), but it adds S Pen capabilities to draw and notate on the screen. The Note 10.1 is powered by a dual-core, 1.4GHz processor and runs Android 4.0 Ice Cream Sandwich with Samsung’s TouchWiz enhancements. More info: http://www.mobileburn.com/18681/gallery/samsung-galaxy-note-101-live-impressions

Details for Nokia

All the launches: Nokia at Mobile World Congress [Nokia Conversations‎ blog]

BARCELONA, Spain – Nokia announces six new phones and an array of new and updated services, advancing its new strategy and setting the pace for 2012.

Here’s our star-studded line-up for Barcelona 2012.

Nokia Lumia 610

The Nokia Lumia 610 is our most affordable Windows Phone to date – and the fourth we’ve brought to market. It’s aimed at young people who want access to a smartphone experience at the right price. Offering access to social networking, games, Nokia Maps and navigation, web-browsing and Nokia Music, the Lumia 610 comes in four bright colours. It will cost just €189 [$254] before taxes and subsidies, and starts shipping in April.

Nokia Lumia 900

First announced in January for AT&T’s LTE network in the US, the Nokia Lumia 900 will now be available worldwide in an HSPA+ edition. The Dual Carrier HSPA phone will allow for downloads up 42.2 Mbps. With a 4.3-inch ClearBlack AMOLED display, mobile media never looked so good, while an upgraded battery means there’s no compromise on longevity.

[Lumia 900 [DC-HSPA variant] $645 (€480) according to the press release]

Read the full story

which one is your favourite

Nokia 808 PureView

The Nokia 808 PureView extends our leadership in camera phones, with an amazing 41-megapixel sensor, Carl Zeiss optics and brand new pixel over-sampling technology. This means pin-sharp pictures, great low-light performance, yet with the ability to save your images in a suitable file size for social media, MMS and email. Also watch out for full 1080p video recording and exclusive Dolby Headphone technology to enrich the sound of any stereo content.
[The Nokia 808 PureView has a current price of €450 [$605]. It will be hitting stores in Q2 2012. – according to a press report]

Read the full story

Nokia Asha 302, 202 and 203

We’re also introducing three new Nokia Asha mobile phones with new capabilities to bring them to smarter heights than ever. Aimed at urban consumers across the world, the Nokia Asha 302, 202 and 203 offer more than ever in terms of work and play. The Asha 302 is a QWERTY phone with support for Microsoft Exchange synchronisation, a first for Series 40 phones. The Asha 202 and 203 bring touch screens to a lower price point than ever and come with a massive entertainment bundle.
[Asha 202/203 $81 (€60), Asha 302 $128 (€95) according to the press release]

Read the full story 

New-Capabilities

Super Services

Not satisfied with six new phones, there’s a whole raft of new and improved services. Nokia Drive for Windows Phone will now offer full, offline maps and turn-by-turn navigation. In addition, there’s Nokia Reading, the best e-book experience for Nokia Lumia. And Nokia Life bringing life skills, parenting, education, agriculture and entertainment services to Series 30 and 50 phones in India, China, Indonesia and Nigeria.

Read the full story

Click through for all the in-depth stories from today’s press conference. We’ll be bringing you even more detail, hands-on experiences and interviews with the brains behind these beauties over the course of the week.

Nokia 808 PureView

Remember that Nokia PureView tease from a few days ago? Well, suddenly it all makes sense. We are indeed looking at an imaging flagship phone and a true successor to the N8. It’s called the 808 PureView and it’s expected to reach Europe in the next quarter for a price of 450 Euros. Before we move on to its craziest feature — the camera, of course! — let’s run down the other key specs: The OS is Symbian Belle; the engine is a 1.3GHz single-core chip; the display is 4-inches corner to corner but its resolution is a Nokia-style 360 x 640 (nHD). There’s 512MB of RAM and 16GB of on-board storage that is thankfully expandable via microSD. A Pentaband modem increases the chances of getting a signal while globe-trotting, while data speeds will top out at plain HSPA 14.4Mbps. Now that Carl Zeiss-lensed camera: it handles continuous-focus 1080p, but is claimed to have an incredible sensor resolution of over 41-megapixels when shooting stills — or 34-megapixels for 16:9 images. It’s achieved by some clever sub-pixel interpolation jiggery-pokery that entails five pixels being merged into one to produce a final image with a max resolution of 8-megapixels, but we’ll dig deeper very soon. It’s expected to arrive in May at a price of €450 and if you’re curious, we’ve got a gallery of hands-on images and video for your viewing pleasure. Just follow the break for our first impressions. If you haven’t been sufficiently smacked in the face with the Nokia 808 PureView’s primary selling point, let’s settle the score right now: it’s a phone for camera enthusiasts. As niche devices often go, the sheer optical goodness will come with a few sacrifices. First and foremost, we’re a bit puzzled by Nokia’s choice of Symbian for the phone’s OS. That’s not to say that Belle isn’t a fine operating system, but it’s certainly a polarizing decision — not to mention perplexing, given the company’s ‘all-in’ approach to Windows Phone. Secondly, the 808 PureView is rather chunky, which is emphasized by the bulbous camera pod on the rear. In many ways, Nokia’s phone more closely rivals a point-and-shoot camera in size than a smartphone. That said, it’s still an infinitely pocketable handset, but there are certainly many other high-quality camera phones on the market that don’t demand such sacrifices. If you’re able to move beyond these two major caveats, the 808 PureView is likely a handset that many will come to adore — even if the fondness is learned over time. It features a lovely ClearBlack display, and while it’s decidedly low-res, it’s more than sufficient for Symbian Belle and its associated apps. Below the phone’s screen, users will find an extended rocker that provides access to the home screen, dialer and on / off switch. These physical buttons are combined with additional navigation options that are situated directly above on the touchscreen. The phone also features a headphone jack, micro-USB and micro-HDMI ports along the top — each recessed into a pod of their own — and the volume rocker, screen lock slider and dedicated camera button along the right-hand side. Via engadget

Nokia Lumia 610 and 900 [DC-HSPA variant]

Live from MWC 2012 Phonearena presents Nokia Lumia 610 demo. A heavily rumored handset, the Nokia Lumia 610 was finally announced today here at MWC 2012. As expected, the 610 is the first real budget-friendly Windows Phone, expected to retail for about $255 (EUR 189), which is pretty decent for a Windows Phone. For the full details, see our Nokia Lumia 610 Hands-on Review from MWC 2012 at: http://www.phonearena.com/news/Nokia-Lumia-610-Hands-on-Review_id27389

Nokia Asha 302, 202 and 203

PhoneArena live from MWC 2012: Nokia Asha 302 Hands-on Review. The Nokia Asha 302 is the full QWERTY business class addition to the extremely affordable Asha lineup based on Series 40. For the full details, see our Nokia Asha 302 hands-on from MWC 2012 at: http://www.phonearena.com/news/Nokia-Asha-302-Hands-on-Review_id27399

Super Services

Nokia’s strategy for “the next billion” based on software and web optimization with super low-cost 2.5/2.75G SoCs

Preliminary reading: Smarterphone end-to-end software solution for “the next billion” Nokia users [Jan 9-11, 2012]

With today’s news that Nokia reportedly to release 2.5G, 2.75G chip orders to Taiwan firms [Feb 14, 2012] (see below among the SoC-related set of information) we have all the details of Nokia’s strategy for “the next billion”. Below you can find all of that according to the title of this collection post.

Update Nokia makes internet access faster and easier with new browser for Series 40 devices [Nokia press release, April 23, 2012]

– Nokia Browser 2.0 delivers enhanced speeds and a new user interface for a faster, better way to explore the web
– Powered by cloud-based servers, it delivers accelerated browsing and reduces data consumption by up to 90%, without compromising the internet experience
– Web apps from the expanding catalog are easier than ever to explore and install right in the browser

Espoo, Finland – Nokia has today announced the availability of Nokia Browser 2.0, a major update dedicated to Nokia Series 40 devices. The new version reduces data consumption by up to 90%, meaning that consumers can enjoy faster and cheaper internet access. Web sites load up to three times faster in comparison to devices without cloud-accelerated browsing and consumers will also benefit from a number of other enhanced capabilities.

From the first look, consumers are easily able to discover new web content and enjoy one-click access to top, local sites via the Nokia Browser’s inviting and intuitive start page. We have optimized the browser to enable users to easily stay connected with friends and family at the touch of a button as well as to share files and links across social networks. The new and improved Download Manager helps consumers to manage external content easily, saving music, video or pictures on a memory card, while surfing the internet.

The browser includes a revamped, modern user experience that makes it simple to find, install and use interesting web apps that offer a richer, more desktop-like internet experience. Launched in mid-2011, the Nokia Browser is the first browser of its kind to support web apps, and now boasts a catalogue of more than 10,000 of the latest apps. Several publishers have experienced over a million downloads in a matter of months, demonstrating strong consumer demand.

With this update, developers will find new monetization capabilities, more extensive user interface options for their web apps and productivity improvements for Nokia Web Tools so they can continue delivering engaging, connected experiences to the ‘Next Billion’ consumers.

The update supports all forms of Series 40: Touch, QWERTY and Non-Touch, including the Nokia Asha range, as well as popular devices such as the Nokia C3-00, Nokia C2-03 and Nokia X3-02. The update will be pre-loaded on some current and all future Nokia Series 40 devices, while for existing users the update arrives as a free, optional over-the-air download. New users can download it from the Nokia Store. The browser is available in 87 languages in over 200 countries and territories.

Nokia Browser 2.0 makes use of cloud-based servers which adapt standard web pages so that they perform better on Nokia Series 40 devices. Since web pages are compressed and cached in the cloud, end users can access web sites in a manner which is faster and requires significantly less data to be sent over their mobile network. For pay-per-use contracts this will result in more cost-effective browsing, while users on an operator data plan will be able to do more web surfing without exceeding their monthly usage limits.

“With our new version, we’ve created a newer, faster, better browsing experience. As many consumers around the world will experience the internet for the first time through a mobile phone, this is a great step towards our goal to connect the ‘Next Billion’,” explains Dieter May, senior vice president of mobile phones services, Nokia.

New in the Nokia Browser 2.0

1. Faster browsing with speed improvements throughout the experience.
2. Easier access to new and popular Web apps to enable a richer and more engaging internet experience.
3. New, intuitive user interface offers one click access to search, most popular content and most valuable features.
4. Media handling enhancements provide an easier way to enjoy video, audio and images. Users can download in background mode while continuing to browse the web or queue downloads for later when performance or rates are better.  Downloads can be saved to memory cards or phone memory for later offline viewing or listening.
5. One-click share on Social Networks by remembering Facebook and/or Twitter login to easily share any page URL and comments from your browser.

Developers can find out more about how the updated browser will enable them to build rich standards-based web apps at: http://www.developer.nokia.com/Develop/Series_40/Series_40_web_apps/.
Consumers can download the Nokia Browser 2.0 at: http://store.nokia.com/content/51924

Update from Nokia’s CEO Discusses Q1 2012 Results – Earnings Call Transcript [Seeking Alpha, April 19, 2012]

… In the area of Mobile Phones, we continue to renew our Series 40 portfolio. For example, we recognized the need for dual SIM and delivered 8 dual SIM devices over the past year. We delivered consumers more aspirational designs and experiences through 7 new Asha products. The Net Promoter Scores for some Asha devices are the highest we’ve had for Mobile Phones products.

We acquired Smarterphone, a Norwegian company that brings new user interface technology and expertise to Nokia. We’ve increased download rates from feature phones to more than 4 million a day by improving store access and payment schemes and adding new apps like Whatsapp, Foursquare and EA.

We released a new version of Nokia Life, which delivers education, health, agriculture and entertainment services via SMS. And we delivered a new proxy browser, and we’re now bringing the browser and web apps down to super low-end devices. However, as we highlighted last week, there are still areas where our future phone portfolio is at a competitive disadvantage. We plan to address some of these issues in Q2.

That being said, the structural shift from feature phones towards low-priced smartphones is a challenge. Our increased investments in Mobile Phones R&D are intended to address these challenges. …

From Q&A part of that:

… we’ve been taking some very deliberate steps to not only pick up the pace, but to make it easier to accelerate the pace around the development in Series 40. I mentioned as one example, the acquisition of Smarterphone in this space to give us more flexibility and speed as it relates to the user interface elements, for example, of that platform. So this is — it’s a good example of something where, from a code and engineering perspective, we’re paying off a bit of a debt and having to catch up and accelerate. But you’re seeing the progress being made. But still in the near term, it causes us some problems, which is what gives me some confidence that we can continue to catch up and address those challenges. It’s just that the competition is ahead of us in a couple of spots, and we’ve got to nail that. …

Update: Relevant excerpts from the Nokia 2011 fiscal year report [March 8, 2012]

Market overview

With respect to conventional mobile devices, it is still commonplace for the market to be characterized in terms of feature phones – also sometimes called mobile phones – and smartphones. The distinction between these two classes of mobile products is typically rooted in their differing capabilities in terms of software and hardware, the opportunities they provide for third-party application development, the richness of the experience they offer and the volume of data they process. Historically, feature phones have been primarily used for calling and text messaging, while smartphones – with the aid of their more capable operating systems and greater computing power – have provided opportunities to access the Internet, navigate, record high-definition video, take high-resolution photographs, share media, play video games and more. Today, however, the distinction between these two classes of products is blurring. Increasingly, basic feature phone models, supported by innovations in both hardware and software, are also providing people with the opportunity to access the Internet and applications and, on the whole, offering them a more smartphone-like experience.

Whether smartphones or feature phones, mobile devices geared for Internet access and their accompanying Internet data plans are also becoming increasingly affordable and, consequently, they are becoming attractive to a broader range of consumer groups and geographic markets. A notable recent development has been the increased affordability of devices based on the Android platform, which has enabled some vendors to offer smartphones for below EUR 100, excluding taxes and subsidies, and thus address a portion of the market which has been dominated by more basic feature phone offerings. While developed and controlled by Google, Android is made available to others free of charge and a significant part of the source code is available as open source software, which has made entry and expansion in the smartphone market easier for a number of hardware manufacturers which have chosen to join Android’s ecosystem. Users of Android-based devices can access and download applications from the Android Market application store run by Google, so many companies deploying Android have focused their software development efforts around a few elements of the user interface they have the ability to shape as well as focused on exploring new hardware form factors, such as tablets, as they seek to differentiate their offering from that of their competitors also using Android, as well as that of competitors using alternative operating systems, including Nokia. However, in general, we believe product differentiation for Android-based products is challenging, leading to increased commoditization of those devices. We also believe that there is increasing fragmentation in the Android ecosystem, meaning that increasing custom versions of the software could weaken interoperability of applications within that ecosystem.

In the feature phone market, other ecosystems have emerged, including that based around Nokia’s own Series 40 feature phone operating system. A growing number of developers are writing Java-based applications for Series 40 which, together with applications and content for Nokia’s Symbian and MeeGo devices, are available through Nokia Store. Another ecosystem is that based around mobile solutions chipsets from low-cost reference design chipset manufacturers which have enabled the very rapid and low-cost production of feature phones by numerous manufacturers in China and India, which are gaining significant market share in emerging markets, as well as bringing some locally relevant innovations to market.

Strategy

Mobile Phones

In Mobile Phones, we have renewed our strategy to focus on capturing volume and value growth by leveraging our innovation and strength in growth markets to provide people with an affordable Internet experience on their mobile device – in many cases, their first ever Internet experience with any computing device. Almost 90% of the world’s population lives within range of a mobile signal, yet there are around three billion people who do not own a mobile device. Of those who do own a mobile device, fewer than half use it to access the Internet for a number of reasons ranging from personal choice and affordability to the lack of an available Internet connection. We recognize that there is a significant opportunity to bring people everywhere affordable mobile products which enable simple and efficient web browsing, as well as give access to maps and other applications and innovations.

While the broader mobile devices market has often been characterized in terms of smartphones and feature phones, today, however, the distinction between these two classes of products is blurring. Supported by technological and design innovations, Nokia’s portfolio of feature phones has over time become smarter to the extent that today’s feature phone models are increasingly smartphone-like in the functionality and experiences they provide. In the fourth quarter of 2011, we launched the Asha range of Nokia feature phones, which offers access to the Internet, integrated social networking, messaging and access to applications from Nokia Store.

Mobile Phones has dedicated research and development teams addressing our short to medium-term needs in product and services development. During 2011, we made changes to our research and development operations for feature phones to reflect and support our new strategy, including ensuring that each research and development site has a clear focus and that there is greater co-location of our teams. The major Mobile Phones research and development sites for our feature phones are in Beijing in China, Oulu in Finland, and Ulm in Germany.

….

Competition

…  some competitors’ offerings based on Android are available for purchase by consumers for below EUR 100, excluding taxes and subsidies, and thus address a portion of the market which has been traditionally dominated by feature phone offerings, including those offered by Nokia. Accordingly, lower-priced smartphones are increasingly reducing the addressable market and lowering the price points for feature phone

In general, we believe product differentiation with Android is more challenging, leading to increased commoditization of these devices and the resulting downward pressure on pricing.  …

We also face intense competition in feature phones where a different type of ecosystem from that of smartphones is emerging involving very low-cost components and manufacturing processes, with speed to market and attractive pricing being critical success factors. In particular, the availability of complete mobile solutions chipsets from low-cost reference design chipset manufacturers has lowered the barriers of market entry and enabled the very rapid and low-cost production of feature phones by numerous manufacturers in China and India, which are gaining significant market share in emerging markets, as well as bringing some locally relevant innovations to market. Such manufacturers have also demonstrated that they have significantly lower gross margin expectations than we do.

We also face competition from vendors of unlicensed and counterfeit products with manufacturing facilities primarily centered around certain locations in Asia and other emerging markets which produce inexpensive devices with sometimes low quality and limited after-sales services that take advantage of commercially-available free software and other free or low-cost components, software and content. In addition, we compete with non-branded feature phone manufacturers, including mobile network operators, which offer mobile devices under their own brand, as well as providers of specific hardware and software layers within products and services at the level of those layers rather than solely at the level of complete products and services and their combinations. In the future, we may face competition from established Internet companies seeking to offer smartphones under their own brand.

Principal Factors & Trends Affecting our Results of Operations

Devices & Service

Increased Pervasiveness of Smartphones and Smartphone-like Experiences Across the Price Spectrum

During the past year, we saw the increasing availability of more affordable smartphones, particularly Android-based smartphones, connected devices and related services which were able to reach lower price points contributing to a decline in the average selling prices of smartphones in our industry.

This trend affects us in two ways. First, it puts pressure on the price of our smartphones and potentially our profitability, as we need to price our smartphones competitively. We currently partially address this with our Symbian device offering in specific regions and distribution channels, and we plan to introduce and bring to markets new and more affordable Nokia products with Windows Phone in 2012, such as the Nokia Lumia 610 announced in February 2012. Second, lower-priced smartphones put pressure on our higher-end feature phone offering from our Mobile Phones unit. We are addressing this with our planned introductions in 2012 of smarter, competitively priced feature phones with more modern user experiences, including software, services and application experiences. In support of our Mobile Phones business, we also plan to drive third party innovation through working with our partners to engage in building strong, local ecosystems.

There’s something about Mary… [Conversations by Nokia, Jan 3, 2012]

Mary McDowell has what might be quaintly called Midwestern values. That’s usually a mixture of what people like most about Americans, including friendliness, honesty, hard work – and not getting too big for your britches.

As Nokia’s Executive Vice President in charge of Mobile Phones she’s been responsible for transforming a core division of the company into a remarkable success story, and leading her team through some tough discussions and decisions:

“One of the tests of a leader is whether you can give enough space to give smart people to be creative and to drive things – and not have it be all about yourself.

I like to have diverse teams with different mindsets, and I like to have robust and challenging conversations because that’s how you get to the heart of issues.”

Last year, while media attention focused on the launch of the new Nokia Lumia phones, McDowell was laying the groundwork for the expansion of Nokia’s next billion strategy.

A major part of McDowell’s strategy has been moving away from the idea that Series 40 devices were a “low-end business cash cow” towards smarter, aspirational, phones for everyone:

“We’ve planted the seeds for Series 40. These are not the dumb phones…they are as smart as possible. In reality, the distinction between a smart phone and a feature phone is fairly technical, and when a consumer thinks about a smart phone they think about accessing the internet, downloading apps, a nice display… and these are all things we can, and do, deliver with Series 40,” says McDowell.

If Nokia was somewhat slow to appreciate the demands for Dual SIM, McDowell rectified this – and boosted market share – by introducing a wide range of Dual SIM phones with added features like Easy Swap that means people can swap SIM cards without turning off their handset.

Understanding the importance of Dual SIM came about, partly, by going out into the field and listening to consumers. She understands that, “it’s all very well making decisions in headquarters, but when you’re really talking with someone it sticks with you.”

mary mcdowell sitting

Last year, McDowell visited all five continents and took all her managers to India. In the first three months of 2012 she is due to visit China, Russia and Vietnam. These trips, and in-depth research, have had a profound impact on Nokia’s mobile phone unit:

“Look at the Asha 200, McDowell says. “Those came about because we spent time in Jakarta – and they were telling us ‘This region is mad for qwerty – everyone texts and IMs’. So they said, ‘What can you do that makes something colourful and compelling that responds to this need?’ These phones were really designed with those guys in mind….”

Research in India led to the development of loud speakers for better music performance, while meeting a beautician in Nairobi confirmed McDowell’s belief in in the importance of social networking and internet access for everyone:

“She told me she had 1,000 friends on Facebook. I thought, oh ok – I only have about 200. But it’s such an important part of how they live their lives, it’s how they connect – they have no access to computers, phones are their life line.”

Providing those services in an affordable and accessible way for people in growing markets is a key part of what makes Nokia different, and gives added value beyond the phones themselves:

“We’re ramping up the Nokia Browser, which provides great data compression. We’re hoping to do even more with that capabilitybecause the cost saving and access it can bring to consumers is huge.”

Nokia Browser compresses and downloads information from the internet by up to 90%, making it a highly cost-effective option for people in developing markets.

“We’re also ramping up Life Tools, and what started as focused on rural markets is now going to be focused on urban markets as well.”

Nokia Browser, Life Tools and Maps for Series 40 have become hugely popular, with Nokia Browser becoming the fastest growing Nokia service ever and Series 40 products accounting for a third of downloads from the Nokia Store (up from 13% in January 2011)

“One of the things were looking at is how do we embed ourselves more with partners, how do we support local internet services – and is there more we could do to tap into local tastes and preferences. We’ve been doing a lot of work to make applications supported better on Series 40.”

You’ll be able to get Facebook and other global services, she says, but in addition, “There are things that are peculiar to local markets, and were looking at how that to give that to people.”

As a member of the Nokia Board since 2004, McDowell is passionate about this emphasis on product.

“It’s been quite a journey,” she admits, “but I think it’s been very healthy in terms of distilling things down to the business essence. Nokia got so consumed with process and detail that we lost sight of products, and the process became the product and so if you ticked all the boxes that was a job well done, even if it wasn’t that great.

“Now what matters is what we create, and I think that’s really the right focus.”

Nokia’s next billion: Antti Vasara looks to the future for Series 40 [Conversations by Nokia, Jan 26, 2012]

GLOBAL – Nokia is celebrating selling 1.5 billion phonesby looking to the future.

Antti Vasara

“It’s a fun number,” said Antti Vasara, Nokia’s Senior Vice President of Mobile Devices, “and when you start thinking about the impact of 1.5 billion it’s a pretty awesome achievement.”

After the toasts were finished, however, Vasara went back to work on how Series 40 could connect another billion people to mobile technology and the internet:

What we are trying to do is a radical thing. We sometimes forget that half the world’s population does not have a phone. So, celebrating 1.5 billion is great, but it’s backward looking. What we want to say is – we are only half way to where we are going.”

A dozen Series 40 and Series 30 phones are sold every second around the world, and 3.5 million apps are downloaded every day.

“For a lot of people Series 40 is the first time they’ve ever had access to the internet or a computer. And the story of connecting those people is a huge story, because it will change the world.”

Series 40 began in the late 1990s in flagship devices [first was the Nokia 7110, developed in 1999], sold at fairly high prices to western customers, Vasara said. That has now been transformed into a range that is now selling in huge numbers in high growth economies, at a fraction of the cost.

“The people who buy these phones – and who will be buying these phones – are ambitious, and very aware of technology. They’re young, urban and what we call ‘hyper-social’. In other words, they know what the best of the best is – and we have to deliver a product that is state of the art and affordable.”

 the amazing Asha

The Nokia Browser exemplifies Nokia’s drive to build smarter phones for everyone, in Vasara’s opinion.

“In Europe and the US we download data without thinking very much about the cost, but in growing economies it is a huge issue. With the Nokia Browser you can get a full internet experience, with very clever cloud compression technology to make that experience affordable.”

Vasara, and his team, have also been concentrating on making Series 40 feel like “phones that are speaking your language.”

The future of Series 40 will be more about the services that you want in your “neighbourhood” – in your own language, delivering information that “feels very local.” Part of that will be working with developers to develop more Series 40 apps.

Even though selling 1.5 billion Series 40 phones is a wonderful milestone, it is the development of the platform and the product that gives Antti Vasara a sense of achievement:

“My proudest moment was actually producing the first Dual SIM device,” he says. “We were getting a lot of heat about it, and it was a huge priority – but the timing was so tight and we had many moments when we thought we couldn’t make it. But we did – on time and with great quality. Now that was a milestone for Series 40.”

Comments

Vikas Patidar

I don’t know why Nokia is touting the the words phones for “Next Billion” people for using internet when this all phones are not able to play videos from internet compared to same old devices which are doing far better job.

I just want know the genuine answers from Antti Vasara that is Nokia is making superior products compared to older generation devices?

Antti Vasara

Vikas,
Good points! You are listing some of the things that we indeed plan on fixing.

Making affordable phones that give smartphone-LIKE experiences involves making sometimes even painful trade-offs between different features and cost. We can do anything but not everything at the same timethat’s the essence of product making.

What we offer in the current Nokia Asha products is a nice combo of applications, Internet experience and contemporary services. Through our Store, people all over the world are downloading more than 3.5 million apps per day. We have put lot of emphasis on providing locally relevant apps so that you can find what is meaningful in your part of the world.

However, we also have some of the global phenomenons like Angry Birds available on Asha as well. On the Internet experience side we are very proud of the Nokia Browser. It gives people access to the full web yet doing that in a cost-effective way. The browser can compress data traffic by upto 90% ensuring that your phone bill doesn’t explode. And the specific services we offer like Facebook, Twitter, QQ, Foursquare, Maps, email, etc. give people the tools that most of us are using on a regular basis.

We hear you loud and clear on your request for more. Rest assured that we are working very hard to bring many new experiences and cool stuff to Asha throughout this year!

The SoCs

Nokia reportedly to release 2.5G, 2.75G chip orders to Taiwan firms [Feb 14, 2012]

Nokia reportedly has begun design-in with Taiwan-based MediaTek and MStar Semiconductor for chipset solutions used in 2.5G and 2.75G handsets, with one or both of them expected to land orders for the vendor’s new models scheduled for launch in the second half of 2012, according to industry sources.

In response, MediaTek and MStar both said they are constantly contacted by contract makers of the international vendor, without elaborating further.

Nokia is actively seeking chip partners who can help significantly lower its production costs, the sources pointed out. Both MediaTek and MStar, which specialize in the design and development of low-cost handset solutions, and have expertise in making end products differentiated from others, are pinpointed as Nokia’s new potential partners.

MediaTek and MStar had been approached by Nokia since 2010, but failed to work out ways to cooperate due to the low ROI considered by both IC firms, the sources indicated. Nokia had previously requested the two chip firms to develop software and firmware solutions for its operating system, while requiring very low quotes from them.

The sources identify MediaTek as the most likely supplier for Nokia’s upcoming models. MediaTek has thus far shipped more than one billion chip solutions for 2.5G and 2.75G devices, and can better utilize its existing well-built distribution channels in China and other emerging markets as well as sufficient R&D resources, the sources said.

China market: Chip demand for 2.5G/2.75G handsets falling [Feb 1, 2012]

Demand for 2.5G and 2.75G handset solutions is falling in China due to growth in the penetration rates for 3G and smartphones in the region, according to sources at white-box handset companies. Thanks to subsidies offered by local telecom carriers, sales of 3G models in China have grown substantially, the sources said.

Sources at Taiwan-based IC designers which mostly target China’s white-box handset suppliers have also indicated that many customers decide to promote 3G phones by discontinuing development projects for 2.5G/2.75G models ahead of schedule. Reducing orders for feature phones are likely to affect their sales performance during the first quarter of 2012.

Companies that might see impact from the fall in 2.5G/2.75G handset demand include MediaTek, MStar Semiconductor, Sitronix Technology, ILI Technology and Novatek Microelectronics, industry sources in Taiwan said. The firms’ revenues are expected to register sequential decreases of 5-15% in the first quarter of 2012, according to the sources.

Despite the shrinking feature phone market in China, Africa, Eastern Europe, Middle East and South America have been identified as the major markets for 2.5G/2.75G handsets in 2012, the sources pointed out.

MediaTek posts over 30% sales drop in January [Feb 6, 2012]

Fabless IC firm MediaTek has announced consolidated revenues of NT$5.16 billion (US$174 million) for January 2012, down 30.9% on month and 31.5% on year. The figure also hit the lowest monthly level since February 2011.

MediaTek president Hsieh Ching-chiang said at the company’s recent investors meeting that first-quarter sales would be affected by slow demand for feature phonesas well as fewer working days and seasonality. However, Hsieh expressed optimism about the company’s smartphone-chip shipments during the first quarter.

MediaTek has guided consolidated sales would be between NT$19.2 billion and NT$20.4 billion in the first quarter, down 10-15% on quarter.

MediaTek sees 10-15% sequential drop in 1Q12 sales [Feb 4, 2012]

IC design house MediaTek expects its consolidated revenues to decrease 10-15% sequentially in the first quarter of 2012 with gross margin slipping to 42-44% from 44.2% in the fourth quarter. A continued slowdown in feature phone demand as well as fewer working days and seasonality will cause the sales drop during the quarter, according to company president Hsieh Ching-chiang.

MediaTek’s consolidated revenues for the fourth quarter of 2011 slid 3.2% on quarter to NT$22.63 billion (US$768.5 million), slightly below its targeted NT$22.9-24.5 billion. The company attributed the sequential drop to low seasonal demand. Net profits for the quarter declined 28.3% sequentially to NT$2.92 billion, or NT$2.64 a share compared to NT$3.69 in the prior quarter.

Demand for 2.5G handset chips and other solutions used in TV, optical storage, and DVD and Blu-ray disc products will be slow during the off-season, MediaTek pointed out. In the fourth quarter, sales of handset chips accounted for 60-65% of company revenues while those of other non-handset use product lines made up the remainder.

However, sales of MediaTek’s smartphone 3G chips will climb to 8-10 million units in the first quarter, up more than 10% from the six million shipped in the fourth quarter of 2011. The company projects its total smartphone-chip shipments will top 50 million units in 2012, compared to about 10 million units in 2011.

Meanwhile, MediaTek expects its 2.5G chip shipments to stay similar to the level of about 550 million units in 2011.

MStar breaks into Nokia supply chain, says report [Feb 8, 2012]

IC design house MStar Semiconductor reportedly has entered the supply chain of Nokia with its 2G baseband chips, according to a Chinese-language Commercial Times report. Shipments are expected to kick off as early as mid-2012, said the report, without citing its sources.

Nokia demands about 100 million 2G handset solutions per year, the report indicated. Orders from the handset vendor will significantly boost MStar’s sales generated from its handset-chip business, which currently accounts for less than 10% of company revenues, the report said.

MStar shares rose 3.4% to close at NT$197 (US$6.68) on the Taiwan Stock Exchange on February 7. The price continued its rally to US$203 during the morning session of February 8.

MStar sees 8-13% sales drop in 1Q12 [Feb 10, 2012]

MStar Semiconductor expects its consolidated revenues to decrease 8-13% sequentially in the first quarter of 2012, citing low seasonal demand. But sales for all of the year should see another positive growth driven by brisk shipments to the TV and wireless sectors, according to company chairman Wayne Liang.

MStar generated consolidated revenues of NT$9.8 billion (US$325 million) in the fourth quarter of 2011, up 5.1% on month and 20.6% from a year ago. Net profits for the quarter grew 2.8% sequentially and 6% on year to NT$1.66 billion. EPS for the quarter came to NT$3.14.

MStar’s consolidated sales for all of 2011grew 6.2%, while fellow company MediaTek posted a sales drop of 23.5% on year. MStar saw its net profits slip 4.8% from a year earlier while net profits at MediaTek registered a larger 56% decline from 2010 levels.

MStar is looking to grab a larger share of the global TV chip market in 2012, said Liang, adding that it held a 55-56% share in 2011 with shipments reaching 128 million units. Though the worldwide flat-panel TV market for 2012 will enjoy a slower growth of less than 10%, the number of TV chip suppliers is expected to reduce allowing MStar to further maintain its leading position, Liang stated.

MStar disclosed that sales of TV chips accounted for 65-70% of company revenues in 2011, followed by handset products with 10-15%.

Handset chips played as the fast-growing product line for MStar in 2011, Liang noted. The company shipped a total of 50 million handset solutions in 2011, which should have boosted its 2G market share to 15%, according to Liang.

MStar is gearing up for mass production of its 3G solutions for smartphones in the second half of 2012, Liang said. With the China market set to enter its transition to 3G in 2012, MStar’s handset chip business will continue to expand, Liang added.

In addition, MStar expects to receive increasing orders for set-top box (STB) chips in 2012, thanks to growing demand in emerging markets, according to Liang.

The web software

Nokia sharpens focus to connect next billion to the Internet [Nokia press release, Sept 15, 2010]


Ovi Mail

Ovi Browser in Beta
Through its recent acquisition of Novarra, Nokia brings new browser technology and the power of cloud services to Series 40, enabling more Internet users in emerging markets to get more out of what the Web has to offer. Ovi Browser is now in beta release and makes Series 40 browsing faster, more affordable, easier to use, and more personalized.

Ovi Music

Ovi Store on Series 40

Nokia completes acquisition of Novarra [Nokia press release, April 9, 2010]

Espoo, Finland – Nokia today announced that it has completed the acquisition of Novarra, Inc., initially announced on March 26, 2010.

Novarra’s mobile browser and services platform will be used by Nokia to deliver enhanced Internet experiences on Nokia Series 40 mobile phones.

Nokia acquires Novarra [Nokia press release, March 26, 2010]

Browser service technology will provide improved mobile web experience on mainstream mobile phones

Espoo, Finland – Nokia today announced it has signed an agreement to acquire 100% of the outstanding shares of Novarra, Inc., a privately-held company based in Chicago, IL. Novarra is a provider of a mobile browser and service platform and has more than 100 employees. Novarra’s mobile browser and services platform will be used by Nokia to deliver enhanced Internet experiences on Nokia mobile devices. Novarra has deployed their solution with leading mobile operator and internet services customers globally.

Connecting the next billion consumers to the Internet will happen primarily on mobile devices,” said Niklas Savander, Executive Vice President, Services, Nokia, “and delivering an optimized internet experience on our devices is core to our mission. By driving innovation in all segments of our portfolio, we are building one of the largest consumer audiences for web services and content. Novarra’s Internet services technology delivered on the world’s most widely-used mobile platform, Nokia’s Series 40, will help us achieve this.”

Nokia expects a new service offering utilizing the Novarra technology platform to be available later this year. The acquisition is expected to close in the second quarter of 2010, and is subject to the customary closing conditions, including regulatory reviews. Following the acquisition, Novarra will become a wholly-owned subsidiary of Nokia.

About Nokia
At Nokia, we are committed to connecting people. We combine advanced technology with personalized services that enable people to stay close to what matters to them. Every day, more than 1.2 billion people connect to one another with a Nokia device – from mobile phones to advanced smartphones and high-performance mobile computers. Today, Nokia is integrating its devices with innovative services through Ovi (www.ovi.com), including music, maps, apps, email and more. Nokia’s NAVTEQ is a leader in comprehensive digital mapping and navigation services, while Nokia Siemens Networks provides equipment, services and solutions for communications networks globally.

About Novarra
Novarra, the Internet Mobility company, provides high performance mobile internet browsers and platforms for operators, handset manufacturers and internet brands to create new services and revenue streams for smartphones, features phones and mobile broadband devices. The solutions deliver a high quality mobile user experience for services including full rich web browsing, search, widgets, apps, video and advertising. Global, commercial deployments over eight years have proven consumer satisfaction, uptake and increased data service revenues. http://www.novarra.com/

Novarra Inc. [Wikipedia article, exerpted on Feb 14, 2012]

Novarra is a mobile internet software company founded in 2000 and based in Itasca, IL, USA.

Mobile internet access services based upon the Novarra Vision mobile internet and multimedia platform have been deployed in the US, Europe and Asia by service providers including Yahoo, Vodafone, Verizon Wireless, Turkcell, Hutchison 3G, Sprint Nextel, US Cellular and others on mobile phones, smartphones and PDAs from Nokia, LG Group, Samsung Mobile, Motorola Mobile Devices, Palm (PDA), Research In Motion, ZTE Corporation, Sony Ericsson, Kyocera Wireless, and other manufacturers.

How Nokia Turbocharges Web Browsing on Its Phones [PC Magazine, Oct 26, 2011]

LONDON—Amazon Silk? Opera Mini? Pshaw, says Nokia’s Randy Cavaiani. We’ve been doing that for years.

Amazon Silk is effectively the technology we’ve had for a couple of years now,” said Cavaiani, the director of market solutions for Nokia Browser Services. “And we can more closely couple the experience to hardware.”

Cavaiani is talking about technology Nokia bought from his former firm, Novarra, and is now using in the browsers of the company’s four new Series 40 (S40) Asha phones. The new S40 browser, like Silk and Opera Mini, is a proxy browser: it uses servers around the world to download content and compress it before the content gets sent to your phone.

That results in up to a 90 percent reduction in data usage and much faster page loads, especially over slow networks, Cavaiani said. What’s more, Nokia could bring the technology to its Windows Phones, too—though Cavaiani made sure to note that the company isn’t currently working on doing so. That could make Nokia Windows Phones faster at Web browsing on slow networks, like Sprint’s currently struggling 3G network.

“It’s technically possible, because our server can assist any native browser,” he said.

How Nokia’s Browser Works
Nokia’s approach is a bit different from both Opera’s and Amazon’s. Opera’s servers ingest entire Web pages and send them to phones as static documents in Opera’s own markup language, OBML.v

From what we know of Amazon Silk, the browser on Amazon’s as-yet-unreleased Kindle Fire tablet, it combines a full browser on the Fire with algorithms that pre-fetch pages on Amazon’s cloud servers, and also compresses images and stores them at Amazon.

Nokia’s new browser starts with a basic HTML browser on the Series 40 phones. Nokia’s servers look at desktop Web pages and boil down or remove more complex content, for instance parsing and executing JavaScript and resolving CSS into more basic HTML, Cavaiani said. They also reduce the quality (and the size) of images. There’s no Flash support.

The browser is able to handle dynamic pages that only reload part of the page at a time when the user presses a button. The browser also has deep access to the phone’s hardware, which is different from Opera Mini.

“We can also inject services into the browser. The latest browser introduces a geo-location API, so now that’s open to developers to create geo-location apps,” he said.

The browser even supports widgets, dynamic overlays that can perform actions on Web pages like sharing them on Twitter or translating them into a different language.

Brilliant browsing on the new Nokia Asha [Conversations by Nokia, Nov 21, 2011]

Nokia Browser for Series 40 is the engine behind an improved internet experience on Nokia’s new Asha 200, 201, 300 and 303 mobile phones announced October 2011. The Browser uses cloud technology to speed page loads, reduce data transfer while providing access to more and richer web pages and web apps. Consumers in emerging markets can stay connected using Nokia Browser on Asha phones, sharing on social networks and enjoying videos and other media. Learn more at http://browser.nokia.com/Series40

GLOBALGood news for anyone planning to surf the Web using the brand new Nokia Asha phones for Series 40 – they’ve been designed to give you a better all-round internet experience with more of what you want, faster and cheaper.

Nokia have designed the new Asha family specifically for people in emerging markets where expensive and time consuming downloading has been limiting everyone’s internet use for years. For many, the phones will provide their owners with their only access to the Internet.

We know people want to get online fast, whether you’re looking for a shoe store in Caracas, meeting a friend in Mumbai or checking out your friend’s baby pictures from Taiwan.

The Nokia Browser uses cloud-based servers with high speed internet connections to collect the data and then transform it to the best version for a mobile phone, compressing the data by up to 90%.

But what you really need to know is that it will take seconds, not minutes, to check out what your friends are doing on social networking, and start sharing links, photos and videos. While you’re online the browser will show you how much data is being used, so there shouldn’t be any nasty shocks when your bill arrives. Then you can save your money for the things you’d really like to spend it on (like the shoes).

Nokia Asha phones with browser

Getting online is important, but so is what you see when you get there. No one wants to look at an anonymous landing page or – even worse – a homepage from a country you’ve never been to.

The new Nokia Browser comes in 87 different languagesand, wherever you are in the world, you’ll see the news and content that’s relevant to you.

These Asha phones are “smart”.Web sites and web apps that might not otherwise be accessible are easy and enjoyable to use on Asha. And for many web content providers, web apps provide an even more elegant experience using swipe touch gestures for fluid page transitions and enhanced with location, SMS or social sharing functionality made possible by the browser’s cloud architecture.

Using the new full-screen mode you won’t be squinting at it on a tiny screen, either. You can get rid of background information, like the browser button control bar, and add some extra mm to your screen size – and on a mobile phone that’s going to make being online feel a whole lot better.

The Nokia Browser is available on the Asha phones, and up to 40 of the Series 40 phones. You can find out which ones on the product pages.

Now everyone can have a fuller, faster – and more affordable – internet experience.

Nokia Maps on Series 40 [Conversations by Nokia, Nov 8, 2011]

Nokia maps on a Nokia Asha 303
GLOBAL – Do you want to go shopping in Warsaw, meet a friend in Jakarta or find the nearest basketball court in Beijing? Or do you just want to show your friends your route home? Nokia Maps on the Series 40, including the new Nokia Asha 303, brings together all of the experiences you need for your life – and it’s preloaded and free.

Millions of us are out and about around the world – and we want more than a simple route, we want a full experience.

Nokia Maps on the Series 40 has a global range, aimed at local needs – and that’s why it brings free maps covering more than 180 countries, and free turn-by-turn visual routing in more than 100 countries.

Using the maps on the new Asha 303 you can find more than 3 million offline points of interest including tourist information centres, sights and museums, restaurants, hotels and shopping.

There’s no GPS: The service is specifically designed to use network-based positioning, and offers a lot of features offline to save on data costs and downloading. You can look at a map, or plan your route, offline as the map data is stored on the device itself.

Even if you want to go online, we’ve chosen the lowest cost options: The average cost of using the positioning service is the equivalent of sending a standard SMS in India.

Maps of your country and region come already loaded, so there’s no need to spend time installing. If you’re planning to go abroad you can add extra maps of the world through Nokia Suite – it’s free, and easy.

That’s one of the best things about Nokia Maps: It’s not just about finding out where you are, it’s about giving millions more people the opportunity to discover the world, and share locations with friends and family.

We’ve covered 31 million km of roads, and 73 million points of interest – giving Series 40 users exactly the same level of coverage as smartphone users.

Let’s just say, we don’t think you’re going to miss much.

Series 40 web apps: UI Improvements [nokiadevforum, Dec 2, 2012]

Houman Forood, Senior Product Marketing Manager at Nokia provides a guide to the UI improvements that have been introduced in the latest Series 40 web apps environment. You will see many improvements since the initial release. Houman also explains that new UI guidelines are available to assist you in designing web apps for Nokia Series 40 phones.

Series 40 web apps technical how to: Geolocation & Maps from Nokia Developer [nokiadevforum, Feb 2, 2012]

The Nokia development team shares technical tips on coding interactive map and geolocation services for the Series 40 platform. Using the Nokia web tools development environment, Andrew Knight gives you a quick and informative look at the map-based application possibilities available to you when developing for Nokia Series 40 phones, including the new Asha range. Learn more here: http://developer.nokia.com/Develop/Maps/

NOKIA Developer > Develop > Highlights > Web experiences for Series 40 are now even better [Nov 2, 2011]

Nokia Browser for Series 40 has been updated, with several new features that will enable you to offer even richer experiences to users of Series 40 phones, on even the lowest bandwidth connections.

Your web apps can now determine the location [HTML5 Geolocation] of their user’s phone and you can offer users the ability to send SMS messages directly from your apps. Performance is improved too: images within your web app are cached on the user’s phone making for faster loading and refreshing of content.

To complement these new web apps features Nokia Web Tools has been updated too. Now you can simulate location while testing web apps on a computer and resolve code issues faster using the newly enabled debugging features of the integrated Web Inspector.

Once you’ve created a web app that differentiates your web content and offers great user engagement, it can be distributed through Nokia Store, exposing it to millions of Series 40 Nokia Store users.

Find out more about Series 40 web apps ›
Traditionally, proxy-based browsing has offered users a very limited experience, because such browsers typically do nothing more than paint content provided by a proxy. This has changed, with Nokia Browser for Series 40 support for Series 40 web apps. Using Mobile Web Library, the Nokia Browser for Series 40 client can execute JavaScript code in web apps. This code makes it possible to create interactive user interfaces and graphical transitions to deliver users beautiful web experiences. Now web designers and developers can deliver compelling application experiences to users at low cost — both in terms of development effort and user data charges.

With the latest version of the Series 40 browser, Series 40 web apps can now go even further by offering users location aware web apps and the ability to send SMS messages. Location features leverage the network-based location capabilities of Series 40 phones for accurate and timely location information. In addition, performance has been enhanced further with images embedded in a web app now cached on the user’s phone for faster page loads and refreshes. ”
Discover the new features in Nokia Web Tools ›
Find out more about distributing through Nokia Store ›
Find out more about Nokia Browser for Series 40 ›

http://browser.nokia.com/s40-browser.html  [Aug 12, 2011]
Nokia Browser for Smartphones & Mobile phones

….

Discover the world of apps
Discover the world of apps
Web apps are small games and applications that you can purchase, or download for free using Ovi Store on your mobile phone. With web apps you can access content from well-known global brands, or the local brands you know and love. Once downloaded, apps are permanently saved within Nokia Browser, so they’re always easy to find and super fast to load. And because web apps are specially optimised for your phone, they provide a beautifully clear and simple way to access your favourite content.

Works great on any deviceWorks great on any device

Nokia Browser has been designed to work brilliantly on both touchscreen and traditional keypad mobile phones. Browse with ease using the large, responsive touch screen controls, and enjoy intuitive, lightening fast navigation and scrolling on keypad devices.

Fast and easy to useFast and easy to use
Search for content or enter Web addresses right from the start page. As you type, the predictive input technologywill provide a list of recently input keywords and URLs, enabling you to type less, and load your content even faster.

If your favourite site isn’t optimised for mobile, Nokia Browser’s smart rendering technology will create a thumbnail overview of each page, enabling you to quickly scan pages on even the most complex web sites. To zoom in, simple tap the content you want to read.

Senior Software Engineer – Java-SWA0000004P [Careers at Nokia, Jan 20, 2012]Software Engineer – Java-SWA00000048 [Careers at Nokia, Jan 21, 2012]

Nokia is a pioneer in mobile telecommunications and the world’s leading maker of mobile devices. Today, we are at the forefront of the mobile internet revolution, fusing advanced mobile technology with personalized services to enable people to stay close to what matters to them.

  • Want to have an immediate impact on a billion people?
  • Interested in creating software for the most widely used mobile phone platform in the world?
  • Widgets, Apps, Social Networking, E-mail, Maps, Video, Browsing on Mobile Phones – we make it possible!

This team at Nokia has enabled millions of mobile phone users worldwide to perform their favorite activities on the web. As part of our plan to reach the next billion consumers, we need to expand our service offerings.

As a proven leader in providing high performance, next generation mobile internet solutions, this team within Nokia is seeking a Software Engineer with Java / C++ experience . You’ll work with highly motivated team members who possess a passion for excellence, developing innovative, creative solutions in a fast-paced environment. Our solutions need to exceed consumer expectations in order to provide the best-in-class possible internet experience in the market.

Responsibilities

  • Work in the Nokia Browser [Novarra] team creating the browsing experience for millions of Nokia S40 devices
  • Be on a team chartered with enabling and growing a mobile app ecosystemfor millions of worldwide users and developers
  • Research, design, and implement complex software solutions
  • Be on the leading edge of integrating internet technologies, cell phones, and wireless networks
  • Be a part of the team creating the next generation user experiencefor cell phones
  • Work with Nokia development teams around the world to extend mobile phone services
  • Utilize location based services and cloud services in your solutions

Qualifications

Required:

  • Java or C++ development experience
  • Experience with internet technologies (ie. web services, HTML, XML, CSS, AJAX, JavaScript, HTTP, xHTML, DHTML, etc.)
  • Ability to be deep and thorough with product code to optimize performance
  • Proven experience writing software for large scale deployments
  • Possess excellent verbal and written English communication skills
  • Minimum 2 years work development experience
  • BS / MS in Computer Science or Computer Engineering

Desirable:

  • Mobile device development background a plus
  • Agile methodology experience a plus
  • Experience creating Web Apps
  • Experience with IDEs and SDKs
  • Interest in pushing the limits on mobile device software
  • Experience working through tradeoffs and constraints during Design and Planning phases

Job
Research & Development

Primary Location
US-Itasca [Novarra]

Organization
Mobile Phones

Schedule
Full-time

Intern Position at Nokia (Itasca, IL) [Careers at Nokia, Feb 8, 2012] [Novarra]

Nokia is seeking software engineering interns to work on a web platform for the Nokia Browser Services [Novarra] organization impacting future Nokia products. You will perform design, development and implementation of our web browser environments for Nokia mobile devices. Your work will be central to Nokia’s objective to connect the next billion to the web via handsets worldwide.

You will work with a team focused on innovation team to design, implement, and test novel solutions to complex problems in the rapidly evolving mobile industry. This role will require understanding an existing code base and leverage external web services from other Nokia divisions as well as 3rd party services. Creative thinking, technical flexibility and a passion for cutting edge web technologies are a must.

Responsibilities:
– Working in a prototype creation project with design, implementation and integration responsibilities
– Collaborating with software developers and design engineers to quickly deliver prototypes
– Work with internal and external APIs

Qualifications:
– Must be enrolled in current accredited graduate or undergraduate program within Computer Science or related field
– Working knowledge of web technologies HTML/JavaScript/CSS/XML
– Experience developing a web service with one or more of the following: Apache, Tomcat, PHP, JSP, Ruby on Rails, or a similar equivalent.
– Working knowledge of Unix operating systems
– Experience with mobile phone environments and application development a plus
– Academic experience with Java and other object oriented design languages
– Proven ability to work within and extend current technology
– Strong team player as well as ability to work independently

Desirable:
Good graphical skills, Adobe Photoshop experience a plus

Job
Research & Development

Primary Location
US-Itasca [Novarra]

Organization
Mobile Phones

Schedule
Part-time

China-based second-tier and white-boxed handset makers targeting the emerging markets

Update: China-based white-box vendors expected to ship 200 million smartphones [DIGITIMES, April 17, 2012]

China-based white-box vendors, mainly due to the availability of inexpensive new chip solutions, have been increasing the production of smartphones, with the total shipment volume expected to reach 200 million units in 2012, according to industry sources in Taiwan.

Taiwan-based MediaTek is offering the makers its MT6575 a chip solution for use in entry-level smartphones in the first quarter of 2012 and will offer the MT6577, a solution for high-level smartphones, in the middle of the third quarter of 2012, the sources indicated. MediaTek will ship 50-70 million chips to China-based white-box vendors to account for nearly 30% of smartphones to be shipped by these vendors in 2012.

In addition, Qualcomm has strengthened its marketing in the China market by offering turn-key solutions to white-box vendors, with prices for a chips lowered to US$6, the sources cited eMedia Asia as indicating.

China-based white-box vendors sell more than 60% of their smartphone output to overseas markets, including 2.5G models for markets where deployment of 3G networks is not mature yet, the sources indicated. White-box vendors are expected to see larger market demand if their production costs for entry-, medium- and high-level smartphones drop to US$60, US$85 and US$130 respectively, the sources pointed out.

China handset makers shifting to smartphones, pushing sales to emerging markets, say sources [Feb 13, 2012]

Demand for 2G feature phones in the China market is expected to subside in the next three years, pushing China-based handset makers to focus on the production of entry-level to mid-range smartphones and also to promote overseas sales, according to industry sources.

Sales of handsets in China grew by 10-15% on year to 260-280 million units in 2011, of which smartphones accounted for 70 million units.

However, total handset sales in the market are expected to drop to 240-250 million units in 2012, of which smartphone models will top 100-120 million units, increasing 43-70% from the previous year, said the sources, adding that handset sales are likely to remain flat in 2013-2014.

With a shrinking share in the 2G segment in the home market, China-based second-tier and white-boxed handset makers are strengthening their ties with retail chain operators or branded vendors in emerging markets, the sources noted.

China-based maker G’Five currently takes up the third-rank title in the India handset market with 7.5% share, trailing after Nokia’s 37.2% and Samsung’s 14.9%, according to data compiled by ABI.

Other brands in India, including Micromax, Spice, Karbonn, Maxx Mobile, Lava and Zen Mobile, have also maintained close ties with China-based handset makers, the sources added.

Earlier information on Micromax, Maxx, Lava and Videocon

(From: The precursor of 2012 smartphone war: Nokia Lumia vs. Samsung Omnia W in India[Jan 3, 2012])

India Handset Shipments, Vendor Market Share, Strategies and Key Trends Q3’2011 [Research and Markets report release announcement, Jan 4, 2012]

This report provides an in-depth assessment of handset shipments, vendor market share, strategies and key trends in Q3’2011 for the mobile handsets industry in India. Mobile handset shipments in India have been increasing and they were highest in 2010 with 146.93 million units. The shipments in 2011 are expected to reach all time high as the shipment for 3 quarters in 2011 is 125.32 million units. By the end of Q4’2011, a yearly figure of 162 million units is expected.

India has been one of the major players in the Asia Pacific handset shipments and since 2009 India has been able to capture more than 20% of the overall Asia Pacific shipments, with a market share of over There has been quarter on quarter growth in the handset shipments in India barring a few exceptions in two quarters.

Local manufacturing has been very beneficial for mobile handset makers in India and many Indian players are manufacturing the product locally. All the other players, who do not have the local manufacturing, are planning to start the manufacturing to get away with the problems of currency exchange rates and supply side spikes.

Nokia has been the top player in the Indian mobile handset market and it has achieved a market share of 29.44% in 2011 for all the three quarters. Nokia has been losing its share to new entrants and local players in the Indian market. Samsung is coming strongly and it is in the second place with 14.34% market share. The share of Samsung is up by 14.63% from 2010. Though all the players are trying to gain market share but still Nokia is way above all of them and it will take a long time before anyone else can take the lead position. Local players Micromax, Maxx, Lava and Videocon are gaining market share and most of them have launched low cost phones with features such as dual-SIM, long battery life etc. Local players also have the advantage of local manufacturing.

Earlier information on G’Five

(From: Be aware of ZTE et al. and white-box (Shanzhai) vendors: Wake up call now for Nokia, soon for Microsoft, Intel, RIM and even Apple![Feb 21, 2011])

So ZTE and Huawei are not alone. Here is another example, G’Fiveso far known only in India but expanding rapidly both in India and into the other parts of the world:

India Mobile Handset shipments grow 6.7%, to 101 million units in 12 Months ending June 2009 [IDC India, Oct 9, 2009]

Market intelligence firm, IDC’s India Quarterly Mobile Handsets Tracker, 2Q 2009, September 2009 release issued today states that in terms of units shipped Nokia had the largest share of 56.8%, followed by Samsung with a 7.7% share while LG stood third with a 5.4% share in the 12-month period ended June 2009.

New Vendors Make a Mark
A number of new vendors entered the India mobile handsets market in the last 12 to 18 months to carve a niche for themselves by offering feature-rich (dual SIM card, full QWERTY keyboard) and application-rich (IM enabled) mobile handsets at attractive price points. They also introduced entry-level models for the ‘price sensitive’ Indian consumer.

IDC’s India quarterly mobile handsets tracker 2Q 2010 [Sept 28, 2010] (some emphasis is mine):

According to Mr. Anirban Banerjee, Associate Vice President-Research, IDC India,“In the recent quarters several new players successfully launched their own devices at significantly lower Average Selling Values (ASVs) in the price sensitive India market. Such handsets found ready acceptance amongst first time buyers, especially from small towns and villages.”

This influx of new brands led to a spurt in overall market and saw ‘emerging vendors’ corner as much as 33.2% of total India mobile handset shipments in 2Q 2010. The Finnish handset maker Nokia retained its No.1 spot with a market share of 36.3% in terms of units shipped. The Korean electronic giant Samsung retained the No. 2 position, while Chinese brand G’Five emerged as the No. 3 player.

According to IDC’s India Quarterly Mobile Handsets Tracker, 2Q 2010, September 2010 release, the number of emerging vendors in India’s burgeoning mobile handsets market grew to 35 in 2Q 2010 and they together garnered 33.2% of total shipments for the first time during the April-June 2010 quarter. This represented a manifold increase from five (5) new vendors representing a 0.9% combined share of units shipped in the January-March 2008 quarter.

During the last 6 months (January-June 2010) the top five mobile handset vendors in India were Nokia, Samsung, G’Five, Micromax and Spice.

July-September 2010 mobile phone shipments (sales) log 3.6% quarter-on-quarter growth to
cross 40 million units: ‘Emerging Vendors’ capture 41.2% combined share [IDC India, Dec 29, 2010] (emphasis is mine):

… the Finnish handset maker Nokia had the largest share of 31.5%* in terms of units shipped during 3Q 2010.
The Chinese brand G’Five emerged as No. 2 player in terms of unit shipments market share and Korean handset manufacturer Samsung stood at No. 3 in 3Q 2010.

The India mobile handsets market continued to grow in 3Q 2010 as well to record a quarter-on-quarter (3Q 2010 over 2Q 2010) growth of 3.6%* to touch 40.08 million units in the quarter, according to IDC India. The year is expected to end with total mobile handset sales of 155.9 million units.

The number of emerging vendors in India’s burgeoning mobile handsets market grew to 68 and they together garnered 41.2%* of total shipments (sales) for the first time during the July-Sep 2010 quarter.

Smartphone prices continued to drop through the year and as competition increased, devices were made available by vendors at successively lower price points. So, while 80%* of total India smartphone sales were below the ASV (Average Sales Value) of Rs. 18,000 in 2Q 2010, this proportion increased to 90%* in 3Q 2010.

Top G’Five mobile phones in India [Jan 13, 2011] (emphasis is mine)

Which are the top two cell phone brands today in India in terms of shipment volumes? Nokia and Samsung, many of us would like to think, right? Or maybe Sony…or LG…or Micromax which has been advertising quite a bit.

Not quite, folks. A recent report from leading market intelligence firm IDC India reaffirms the Finnish telecom giant’s status as the leading cell-phone player in the country, with Nokia accounting for 31.5% of the domestic cell-phone market during the July-September period last year. But, surprisingly, a little known Chinese brand called G’Five has made it to the second spot by capturing a 10.6% market share–with Samsung coming in third at 8.2%!

Sounds shocking, right? How can a Chinese player, without any big-ticket advertising campaign or any celebrity as its brand ambassador, manage to create such a big impact in the cut-throat Indian cell phone industry–without any fanfare? Well, the answer lies in G’Five’s strategy of rolling out a bevy of feature-rich phones at competitive prices (in the Rs.1,400-Rs.7,000 range), targeted exclusively at urban first-time buyers and those in semi-urban and rural areas looking to upgrade from basic phones.

So if you are looking to buy a G’Five mobile phone, here is a list of eight affordable (costing not more than Rs.5,000) models from around 26 G’Five phones currently available in India (in the order of ascending prices)– with each of them having their own USPs.

G’Five D10 Price: Rs.1,820 [US$40.4] … G’Five X5 Price: Rs.1,899 [US$42.1] … G’Five N92 Price: Rs.2,249 [US$49.9] … G’Five i310 Price: Rs. 2,400 [US$53.2] … G’Five M33 Price: Rs.2,499 [US$55.4] … G’Five L600 Price: Rs 2,700 [US$59.9] … G’Five X33+ Price: Rs.3,786 [US$83.9] … G’Five V60 Price: Rs. 4,490 [US$99.6] …

And these phones are not crap as you can even see from their pictures (for features info it is worth to go into the article).

G'Five D10 - i310 - V60

Note that to target the upper part of this range Social networking is Nokia’s latest mobile strategy [Feb 17, 2010] (which the above phones do not have):

The company’s latest launch on Nokia X2-01 mobile, at Rs 4,459 [US$99.2] is one such product. “QWERTY is one of the fastest growing mobile phone category in the world due to the rise in messaging and social networking. The Nokia X2-01 makes it easy to set up chat and email direct from the mobile phone,” said Nokia India General Manager-South T S Sridhar. “This means superfast access to your favourite Ovi Mail, Ovi Chat or other popular accounts.”

As young users want to stay connected with friends on the move, instant messaging is rapidly on the rise. With messaging devices like Nokia X2- 01, we are empowering the youth, he said. The handset also provides live updates from social networks such as Facebook, Orkut and Twitter directly from home screen. The Nokia X2-01 is Series 40 2G phone with VGA camera and FM radio. It has one click access the music player and has 3.5mm AV connector ideal for headphones or speakers. It also has Bluetooth and can support up to an 8GB micro SD memory card and has a standby battery time of up to 20 days, he claimed. For affordable access to internet, Nokia has also tied up with country’s largest mobile service provider Airtel which allows 100 mb of free data download per month for 12 months to its subscribers on this phone. Under this scheme one can access Face Book, and OVI Chat and Ovi Mail free of charges.

Gfive Mobile Phones (by Devika Rajpali)

The company of GFive is from China. The investors of the company are a syndicate named Zerone group that of the most esteemed OEM factories that boost of producing around 100 million mobile phones. The GFive mobile phones are the hottest running brand in indisputable imei china mobiles. The company has now established itself completely in the field of tech support, repairing and software installation. You will find the GFive mobile phone to be very stylish with large number of mobile phones to offer to its consumers. The company claims to have experience, confidence and data along with the in-depth insight of their Chinese mobile phones.

The KingTech Telecom (Shenzhen) Co Ltd. is behind the brand with KingTech Telecom (HK) Limited behind the export activities. As far as India is concerned the arrangement will be developed into a stronger local representation as Victor Infotech ties up with King Tech Telecom [Nov 11, 2010] (emphasis is mine):

Victor Infotech Ltd has tied up with King Tech Telecom Ltd (a Hong Kong-based telecom company) to form a joint venture company — Asian Telecom Ltd. The majority stake of 51% in the new company will be held by King Tech Telecom Ltd and the balance 49% equity will be held by Victor Infotech Ltd.

Asian Telecom Ltd., the new joint venture company, will come into being with immediate effect to launch the G’Five brand of mobile phones in the Indian market. The company plans to take the G’Five brand of mobiles to new heights in India and achieve 20% of the market share in the next two years.

As part of the collaboration, Kingtech Telecom shall manufacture the mobile phones and Victor Infotech will be responsible for distribution and marketing of the phone in India. Initially Kingtech Telecom will manufacture the Indian specific mobile phones in Hong Kong [rather in Shenzen] and gradually the same shall be manufactured in India.

The Indian mobile phone market is growing very fast. The company expects the sales of the mobile phones to grow 5 times in the next two years and plans to take advantage of this growth to gain the maximum market share. To achieve this, the company shall introduce many variations in its mobile phones, which shall be specific to the needs of the Indian consumer.

Meanwhile for other parts of the world a new sales and marketing operation has been set up: GLX mobile – G’FIVE Mobile’s Brother Company [Dec 14, 2010] (emphasis is mine)

A new member of Zerone Group called GLX mobile has been founded. With its full name as GLX International Limited, GLX mobile is dedicated in global distribution of GLX mobile phone.

Since G’FIVE is a member of Zerone Group, G’FIVE and GLX are brother companies. The new-founded GLX focuses on international markets, especially emerging markets. GLX mobile covers the whole range of mobile phone user market, from low-end to high-end with stylish and unique handsets.

GLX is aiming to create golden life for worldwide consumers with all ranges of mobile phones.

And the GLX company’s website indicates that it has taken over (almost all) the rest of the existing G’Five business network:

GLX Mobile initial business network

Marvell SoCs to win both Microsoft and Nokia for Windows Phone and Windows 8 platforms (after the Kinect success)

Update: – Marvell licenses VeriSilicon DSP cores [Feb 13, 2012]

SAN FRANCISCO—Marvell Technology Group Ltd. has signed a licensing agreement for VeriSilicon Holdings Co. Ltd.’s ZSP G3 intellectual property cores, including the dual-MAC ZSP800M and ZSP880M synthesizable DSP cores, VeriSilicon said Monday (Feb. 13). Financial terms of the deal were not disclosed.

Marvell is also using VeriSilicon’s quad-MAC ZSP800 core and suite of HD-audio software solutions in the ARMADA 1000 HD media processor SoC and the recently introduced Marvell ARMADA 1500 media processor SoC, VeriSilicon (Santa Clara, Calif.) said. These chips are designed for applications such as Blu-ray players, digital media adapters, HD-STB and HDTVs.

According to VeriSilion, the dual-MAC ZSP architecture offers a balance of high performance, power efficiency and lower cost to support the increasing feature convergence in mobile and digital entertainment products and enable prolonged battery life. The company claims its products offer ease of use and strong customer support.

“We are quite impressed with the area and power efficiency of the dual-MAC ZSP800M core, combined with the ease of programming on the ZSP architecture,” said Ivan Lee, vice president of mobile products at Marvell, in a statement. “VeriSilicon’s ZSP-based HD-audio and voice software solutions will provide us with faster time-to-market advantages necessary to meet the growing demands of the mobile platform solutions for use in tablets and smartphones.”

Marvell’s Cutting-Edge Application Processors [Jan 10, 2012]

Marvell’s Allen Leibovitch talks about the cutting-edge PXA [also called ARMADA] family of application processors, which enable Marvell customers to build high performance systems at a very low cost.
From [2:45] the so-called hybrid multiprocessing technology is mentioned with showing the above architecture. It was introduced back in September 2010 with ARMADA 628 (see: Marvell ARMADA beats Qualcomm Snapdragon, NVIDIA Tegra and Samsung/Apple Hummingbird in the SoC market [again] [Sept 23, 2010 – Jan 17, 2011]) at the time when Marvell was working on the earlier ARMADA 610 (see also in the indicated post) for the RIM Blackberry Playbook. Six month into the project RIM dumped the 610 for a TI SoC, but even with that was only able to deliver the stable version of its new QNX software on version 2, missing the crucial 2010 Holiday season. While rumors of that time blamed Marvell for that, according to a current view: “It appears that the failures are largely RIM’s, and often software related. The Marvell processors, when used, seem to work well.
The first larger scale win for ARMADA 610 was the VIZIO VTAB1008 8″ tablet operating with Android, made available in August 2011 (see: Innovative entertainment class [Android] tablet from VIZIO plus a unified UX for all cloud based CE devices, from TVs to smartphones [Aug 21, 2011 – Jan 7, 2012]). This tablet is shown earlier in the above video (from [0:19] to [1:24]). The ARMADA 628 still has to arrive in a tablet which probably will happen only late in 2012 on Android (as “The company looks at the tablets market as ‘saturated’ and is avoiding it for the next couple quarters“, see below) and might happen in Q4 as the earliest on Windows 8 as hinted explicitly below by Marvell. This is just a possibility (but a very big opportunity for OEMs considering the obvious maturity of 628), nothing more, as any OEM engagement currently under way might end up in a market relased product, or not (as in the case of Playbook with ARMADA 610).
Note: in the above video instead of ARMADA the earlier PXA branding is used by Marvell’s Allen Leibovitch. Jack Kang in charge of the Application Processors business is also using the PXA branding, as you could read below.

After the First real chances for Marvell on the tablet and smartphone fronts [Aug 21, 2011 – Jan 19, 2012], so far in the Android, Google TV, educational (more edu) and OPhone spaces, here is the next large scale opportunity for the company. With the young and entrepreneurial Jack Kang in charge since H2CY2010, who has an excellent earlier track record with Microsoft via the hugely successfull Microsoft Kinect application SoC effort, there is a real chance for the company to conclude with platform wins the reported below new engagements with both Microsoft and Nokia in 2012:

Exclusive: Marvell Says it Will Find a Home in Chinese Windows Phones [DailyTech, Jan 31, 2012]

Marvell also hints at possible Windows 8 tablets/laptops

We had an interesting chat with the Marvell Technology Group, Ltd. (MRVL).

Marvell is perhaps best known as the company that took the Xscale ARM division off of Intel Corp.’s (INTC) hands in 2006.  During the modern smartphone era, Marvell has been a quiet competitor, overshadowed by companies like Qualcomm Inc. (QCOM) and Samsung Electronics Comp., Ltd. (KS:005930) which have pushed the smartphone processing power envelope more aggressively.

By contrast Marvell has focused on budget smartphones.  It is in most of Research in Motion, Ltd.’s (TSE:RIM) BlackBerry smartphones.  These budget smartphones have led it to strong sales in Indonesia and China.

Blackberry 8910 China
Marvell has done well in China, thanks to close ties with RIM and Nokia.
[Image Source: BlackBerry Rocks]

Interestingly, the American company sees China as perhaps its most valuable market.  Jack Kang, director of Marvell’s applications processor business unit states, “China was a very strategic investment.”

With Windows Phones set to land in China later this year in budget smartphones, Mr. Kang is making a bold prediction — “If there’s Windows Phones in China, there will probably be Windows Phones with Marvell in China.”

That would be a major market event as thus far Qualcomm has been the exclusive ARM chipmaker partner of Windows Phone.  While Windows Phone has struggled in the U.S. where key Windows Phone partner Nokia Oyj. (HEL:NOK1V) has virtually no market share, in China Nokia is the top smartphone maker, so a switch to Marvell ARM cores would be quite a coup.


Nokia is the top phonemaker in China, thus it’s crucial that Marvell gets in Nokia’s new Chinese Windows Phones when it makes the shift later this year. [Image Source: M.I.C. Gadget]

Mr. Kang feels his firm’s biggest strength is providing “quality low-cost devices”.  While it doesn’t bake discrete Wi-Fi circuitry into some of its system-on-a-chip devices, it says this approach works in markets like Indonesia or rural China where there’s plentiful 3G but sparse Wi-Fi coverage.

Marvell current produces single and dual-core chips, with the smartphone-aimed ARMADA family.  Despite competitors like Qualcomm and NVIDIA Corp. (NVDA) jumping to quad core, Marvell says that approach doesn’t make sense.  Mr. Kang comments, “We don’t think quad core makes sense at 40 [nm] from a power perspective, from a price perspective.”

OLPC Marvell chip
Marvell’s ARMADA series ARM CPUs power smartphones and mobile devices like the ARM OLPC variant. [Image Source: OLPC.tv]

He says that Marvell is tentatively slotted to release quad-core designs when it hits 28 nm in mid-2013.  The chipmaker uses Taiwan Semiconductor Manufacturing Comp., Ltd.’s (TPE:2330) third-party fabrication services.  TSMC has struggled at the 28 nm node, delivering low yields and in turn higher costs — a combination that doesn’t work with Marvell’s business model — hence the delay.

Marvell feels that the fact that it takes its ARM license and build a unique core from the ground up using the ARM instruction set gives it an advantage over competitors like NVIDIA that simply take the core licensed from ARM Holdings plc (LON:ARM), but don’t do a complete redesign.

The company looks at the tablets market as “saturated” and is avoiding it for the next couple quarters, although it did seem distraught at losing RIM’s PlayBook to Texas Instruments Inc. (TXN), another U.S. chipmaker.

Mr. Kang hinted Marvell may jump on the tablet bandwagon or even release budget ARM laptops in Q4 2012 when Windows 8 arrives — and with it the first-ever ARM CPU support for a Windows main line operating system.  He comments, “Microsoft already said Windows 8 will run on ARM.  And we build ARM devices, so….”

Windows 8 tablet

Marvell hints it may be cooking up ARM Windows 8 tablets/laptops, too.

This move would make sense because Marvell has been involved with the One Laptop Per Child (OLPC) project in producing an ARM (Marvell) powered design.  It has also played with low cost Linux laptops for years.

The company also showed off a (Android 3.2) “Honeycomb” television set, which it plans to target as an introduction to Internet TV in budget markets like China.  This was a reference design, whereas Marvell would partner with a traditional TV maker for production designs.

The Honeycomb set uses Marvell’s latest dual-core chip, which contains an extra low-power core to conserve energy during simpler tasks.  The power savings approach mirrors that found in Tegra 3.  In that sense Marvell’s dual-core is technically a tri-core, much as NVIDIA’s quad-core is technically a penta-core.

There could indeed be a real 2012 opportunity for Marvell as Nokia CEO Stephen Elop highlighted in an answer to questions about the Quarter 4 results last week (Nokia Quarter 4 results 2011 webcast [Nokia, Jan 26, 2012]):

on China dynamics:

… The Chinese operators are increasingly, on accellerated basis entering into structures where there’s effectively retail rate plan bundling is going on at the store. The operators are driving very hard for the volume of 3G data subscribers. And this is not necessary an economic measure as it is driving volume on certain networks for certain technologies. I think those targets are probably set more broadly for all of the operators [he could mean: by the state, as all three operators are majority owned by the state]. And the impact of that is that they are discovering that with very low priced devices on certain radio technologies they can drive a lot of volume at those levels. And so we are seeing, for example, a very significant uptake in a number of low-priced devices that are on CDMA, there’s also a very significant focus on the Chinese technology TD-SCDMA, again all of the low levels ought to drive those volumes. My comment in the prepared remarks is that Symbian is not well positioned today against that. We do not have Symbian CDMA products at all, so we are not participating in that part of the market. So as that part of the market grows our addressable market has gone down because of that. In TD-SCDMA we do have some products in that space but not at the price points and configurations that is the real focus of this market. …

… We have not yet announced our specific products for the Chinese market but I will say that when we first announced our launch plans, I think all the way back in October, we did highlight that we would have CDMA based Windows Phone products and TD-SCDMA Windows Phone products. That thing said it is the case that we have work to do to successively drive the prices down further and further and further. That will take a bit of time but this is clearly the pattern you are going to see us on the months ahead. …

[I have a couple of deep and current analysis on that:
The new, high-volume market in China is ready to define the 2012 smartphone war [Jan 6, 2012]
China TD-SCDMA and W-CDMA 3G subscribers by the end of 2011: China Mobile lost its original growth momentum [Jan 21, 2012]
China becoming the lead market for mobile Internet in 2012/13 [Dec 1, 2011]]

High performance SOC handles HD media [Jan 6, 2012]

The ARMADA 1500 HD media SOC decodes high-definition advanced multi-format video and audio using it’s dual ARMv7 compatible PJ4B 1.2 GHz processors with symmetric multi-processing and DSP accelerators. The chip targets IP/cable/satellite set-top boxes, advanced Blu-Ray players, digital media adapters, Google TV, and DTV applications.

The SOCs processors yield 6,000 DMIPS. It includes a secure boot ROM and USB, Fast Ethernet, HDMI, SATA, and SDIO interfaces, plus a 32-bit DDR3 at 800 MHz interface. The chips security engine handles OTP, RNG, AES/(3), DES, RSA, SHA-1, and MD5 and a comprehensive software development kit is available. (No price given – available now.)

See also my other posts regarding the other high volume opportunities for Marvell:
Marvell® ARMADA® PXA168 based XO laptops and tablets from OLPC with $185 and target $100 list prices respectively [Jan 8, 2012]
Google’s revitalization of its Android-based TV effort via Marvell SoC and reference design [Jan 5, 2012]
(the VIZIO VAP430 Stream Player, introduced below, is likely based on that)
VIZIO’s two pronged strategy: Android based V.I.A. Plus device ecosystem + Windows based premium PC entertainment [Jan 11, 2012]

Background on Marvell’s relationship with Microsoft

A Cal ‘Kinect-ion’ [Innovations by UC Berkeley College of Engineering, Nov 9, 2011]

Some engineers wait a lifetime for a project like the one that Jack Kang (B.S.’04 EECS) landed when he was barely 26.

In the fall of 2008, Kang was settling into a new marketing position [Technical Marketing Manager] at Marvell, a Santa Clara-based semiconductor company, when Microsoft came knocking with a mysterious assignmentfor the company. Working on an undisclosed product, the computing giant needed a team to design a complex chip for manufacture on a massive scale.

“This project was very secretive,” recalls Kang, who had shifted from hands-on chip design to marketing management at Marvell. Marvell got the Microsoft contract, but “we didn’t really know what it was for,” says Kang. Many months into the development of a specialized microprocessor—often touted as a system’s “brains”—he got his answer. The mystery chip was destined for Kinect, Microsoft’s controller-free and immensely popular electronic game sensor device.

Introduced last November, Kinect uses sophisticated visual and voice recognition to run electronic games, movies and other entertainment. A companion to Microsoft’s Xbox 360 video gaming system, it became the fastest-selling consumer electronics gadget in history, selling 8 million devices in 60 days.

Kinect’s appeal came as no surprise to Kang. “It was a giant leap,” he says of the technology that lets users interact with media through body motions and voice commands. In fact, when Kang first learned about Kinect, he was so dazzled by the concept that he wondered if it could actually be pulled off.

His work on the Kinect chip spanned two years. Acting as the project champion in a “do-whatever-it-takes” capacity, Kang managed the effort from the earliest negotiations through a series of designs to manufacturing. In all, more than 100 Marvell chip designers, marketing representatives, software engineers and othersparticipated in a process that witnessed its share of evolutionary curveballs.

For the first six months, the Marvell team focused on what Kang believes would have been one of the most powerful mobile or consumer chips on the market. Shortly after the chip was completed, Microsoft asked for an even higher performing version. But the company soon switched course, deciding to put more of the computing functions into the Xbox instead of Kinect, Kang says.

Ultimately, Marvell engineers were asked to build a general purpose chip capable of controlling voice recognition and sending data to the Xbox. The team wound up modifying a chip already in development. That chip, as it turned out, was one that Kang had helped design in his earlier capacity as a Marvell engineer.

Jack Kang at Marvell

PHOTO BY ABBY COHN

Excited by his role in unleashing Kinect, Kang sees many possibilities for human-machine interaction. “We’re just at the tip of the iceberg of what this device can do,” he says, envisioning future Kinect systems that help the disabled and the elderly, and play a role in medical treatment and procedures.

Beyond Kinect’s intended use for home entertainment, the $150 system has already triggered a flood of creative applications for its cameras, 3-D sensing and other features. At UC Berkeley, graduate student Patrick Bouffard installed a Kinect on a small four-rotor robotic helicopter to enable it to sense its height above the floor and detect objects in its way. Other concepts have included video-conferencing, surveillance and a navigational aid for the blind.

With his boyish smile and animated personality, Kang, now 29, is at least a decade younger than most of his professional peers. He has developed 11 patents, mostly in the field of CPU (central processing unit) technology. “Everything I needed to know I learned in CS152!” he quips. Kang took that computer architecture and engineering class at Berkeley Engineering and became a teaching assistant his senior year.

Born in Taiwan and raised in the South Bay, Kang was drawn to a career at the intersection of engineering and business. “I felt you could have more of an impact,” he says. At Berkeley, he minored in business administration and was powerfully influenced by his experience as a TA. Hired as a Marvell engineer in February 2006, he was increasingly tapped to showcase company products in technical presentations for clients. “I had the mindset of marketing,” says Kang, who also enjoyed the social interaction that came with it.

Twice promoted since 2008, Kang now serves as director of Marvell’s application processor business unit. Today, with a 12-member staff, Kang manages Marvell product lines for e-readers, gaming, education, tabletsand other devices. Long gone is a work schedule with room for lunchtime volleyball and soccer games. “There’s always someone up in some time zone,” Kang observes.

Kang is eager for the next project of Kinect-like proportions to come his way. “Technology is always evolving,” he says. “I certainly hope I have something that beats it.”

Marvell: Lazard Says Buy On Kinect, TD-SCDMA Opportunities [Tech Trader Daily, June 20, 2011]

Lazard Capital Markets analyst Daniel Amirraised the stock to Buy from Neutral …

Marvell’s sales of chips into China’s home-brewed TD-SCDMA cellular network standard, which is being developed by China Mobile (CHL), and backed by the government, is perhaps underestimated by the Street.

Marvell could produce $90 million in revenue this year from those chip sales, and $151 million next year, but it could actually go as high as $202 million next year, he thinks. The Street has just $80 million modeled for this year, on average.

Moreover, the company’s sales into Microsoft’s (MSFT) “Kinect” gaming accessory are “opening new doors” for Marvell in the mobile and wireless business, he thinks, which may help Marvell catch up after missing earlier tablet and smartphone bids. Kinect will probably produce $104 million in revenue for Marvell this year, up from $64 million last year, on Kinect units of 16 million, Amir thinks.

[Microsoft Reports Record Revenue of $20.9 Billion in Second Quarter [Microsoft press release, Jan 19, 2012]: “The Xbox 360 installed base now totals approximately 66 million consoles and 18 million Kinect sensors”]

Teardown: Kinect has processor after all [EE Times, Nov 15, 2010]

Despite Microsoft Corp.’s claims to the contrary, its new Kinect motion-gaming ad-on for the Xbox 360 uses a standalone applications processor marketed by Marvell Technology Group Ltd. , according to a teardown analysis of the Kinect performed by UBM TechInsights.

TechInsights’ teardown uncovered within Kinect a Marvell PXA 168 applications processor, a part usually found in notebook computers. In September, Microsoft reportedly said it decided not to use a dedicated processor in Kinect. Instead, the company reportedly said the peripheral would harness the power of the processor within the Xbox.

Microsoft (Redmond, Wash.) did not immediately respond to request for comment about the discrepancy.

TechInsights analysts concluded that Microsoft’s head fake means the company has bigger plans to make Kinect more of a platform for applications beyond gaming, or that the company was simply trying to prevent the device from being hacked. The Kinect has reportedly already been hacked multiple times.

The analysts also believe that Microsoft may have underestimated the resource demand on the 360 console processor and was forced into using a laptop-equivalent processor to integrate the imaging, sensing, motor-drive and control functions and orchestrate I/O and communications between the Kinect and Xbox 360. It’s also possible that the processor was required to support the spatial aspects of Kinect’s multiple microphones, they said.

“It’s difficult to identify exactly what the Marvell processor accomplishes on the Kinect as investigation on how the firmware and software manage all control and processing functions and how they could be localized/virtualized to the Xbox haven’t been investigated yet,” said Allan Yogasingam, a technical marketing manager at TechInsights. “Regardless, Microsoft has created a product that takes full advantage of all its components to provide an innovative gaming experience. The existence of this Marvell processor just opens the door for further innovation down the line and an extension of the Kinect from more than just a sensor-based gaming accessory.”

TechInsights also conducted further study on the sensor unit that works with Kinect’s image processor, made by PrimeSense Ltd. The firm discovered that the CMOS image sensors used were provided by Aptina Imaging (the die markings on the sensors still refer to Micron Imaging, which was spun off into Aptina in 2008). The infrared camera uses the MT9M001 sensor and RGB input from the color camera features the MT9M112 sensor, TechInsights said.

Close up of the Marvell PXA 168 applications processor found inside Kinect.
Source: UBM TechInsights.

TechInsights’ recent teardown of Kinect found chips made by PrimeSense, Marvell, Texas Instruments Inc., STMicroelectronics NV and others. The firm estimates that Kinect carries a bill-of-materials of roughly $56 for the components, not including the the price of design, R&D and the $500 million Microsoft plans to spend to market the device.

Teardown of the Microsoft Kinect – Focused on Motion Capture [Chipworks, Dec 23, 2010]

Application processor An Armada Series 800 MHz application processor by Marvell was also inside the Microsoft Kinect. Interestingly, this device is typically aimed at the e-reader market

Marvell-88AP1-BJD2

Why did MS dump Kinect processor? There was ‘no need’ for it  [ComputerAndVideoGames.com, Sept 29, 2010]

Camera tracks fewer points than it did last year

It emerged in January that MS had ditched a standalone processor in the camera – which some have claimed has subsequently affected performance.

Kinect now relies on the processing power of the Xbox itself – although the platform holder has claimed that it uses “less than one per cent” of the 360’s motherboard.

We didn’t know how much processing Kinect was going to take at the start of development,” Kinect creative boss Kudo Tsunoda told the new Xbox World 360.

“Obviously you don’t want to lose any of the things that are important to Xbox customers. Graphic fidelity is something that Xbox has always been known for, and you want to make sure that you still hit that level.

“Forza is a graphical showpiece, and we had Forza with Kinect at E3… the graphic fidelity has actually improved in some areas from what they shipped with Forza 3. It’s still running at 60 FPS and it’s supporting Kinect, so there’s just no need to have that extra processor.”

When asked why Kinect detected less points on the player’s body than it did last year, Tsunoda added:

“As you start building the stuff, you’re like: ‘Wow, to track everything in the human body we can do less points. That’s just normal game development. Anything you do with games, you want the processing power to be used as efficiently as possible to get the experience that you want.”

Kinect launches in the UK on November 10 and the US on November 4.

Microsoft drops internal Natal chip [Jan 7, 2010]

GamesIndustry.biz has learned that Microsoft has dropped a chip from its forthcoming Natal motion control system as the platform holder eyes accessible price points in the build-up to release later this year.

Kinect Downgraded To Save Money, Can’t Read Sign Language [Kotaku, Aug 11, 2010]

The patent for Microsoft’s motion-sensing camera Kinect suggested that the device could understand American Sign Language. Well, it can’t. At least, the version going on sale in November can’t.

Responding to the claims made in the patent, Microsoft has told Kotaku “We are excited about the potential of Kinect and its potential to impact gaming and entertainment. Microsoft files lots of patent applications to protect our intellectual property, not all of which are brought to market right away. Kinect that is shipping this holiday will not support sign language.”

So why did the patent suggest it could? Well, sources close to the evolution of Kinect’s development tell us it’s because the version of the hardware that’ll be available later this year isn’t as capable as was originally intended.

The original Kinect had a much higher resolution (over twice that of the final model’s 320×240), and as such, was able to not only recognise the limbs of a player as the current model version can, but their fingers as well (which the current version can’t). And when the hardware could recognise fingers, it would have been able to read sign language.

But that capability came at a cost, and while Microsoft had always intended Kinect to sell for $150, “dumbing down” the camera would have meant that Microsoft wouldn’t be losing as much money on each unit sold, an important point should Kinect prove to be a failure. So dumb it down they did, reducing the camera’s resolution (which in turn reduced the number of appendages it’d have to track) and placing the burden for some of the device’s processing on the console and not Kinect’s own hardware.

This probably isn’t the first time you’ve heard such a rumour, but this latest time at least explains why Kinect can’t read sign language!

We’ve reached out to Microsoft for comment on the matter, and will update if we hear back.

Background on Jack Kang

Jack Kang, Director, Application Processors at Marvell [LinkedIn profile, excerpted, Feb 1, 2012]

Current

Past

Education

  • University of California, Berkeley
  • University of California, Berkeley – Walter A. Haas School of Business

Jack is currently director of Marvell’s Application Processor Business Unit. He has been in the semiconductor business for more than seven years, holding previous positions in design engineering at several leading technology vendors. At Marvell, Mr. Kang manages multiple product lines from design conception to mass market implementation and adoption. These include the industry-leading PXA168, PXA618 and PXA510 processors, which are fueling today’s premier consumer devices.

Additionally, he oversees various market segments, including education, eReaders, gaming, tablets and other connected consumer and embeddeddevices. Most recently, Mr. Kang was responsible for the processor design powering Microsoft’s gaming console, Microsoft Kinect. This gaming console shattered sales records and was named the fastest-selling tech gadget of all time by the Guinness Book of World Records – totaling more than 10 million units since its launch in November, 2010.

[Steve Ballmer, Houston Technology Forum, March 10, 2011: “We shipped those in November. We just announced that we’re over 10 million sold, in what amounts to about two-and-a-half months.”]

Outside of his work at Marvell, Mr. Kang also serves as a technical expert on CPU technology and has more than 11 patents pending in the field of CPU technology. He holds a degree in Electrical Engineering and Computer Science from the University of California, Berkeley, with an emphasis in Computer Architecture.

Jack Kang, Patents and Publications [LinkedIn page, excerpted, Feb 1, 2012]

Jack Kang’s Patents

Interrupt Handling

  • United States Patent 7,870,372
  • Issued January 11, 2011

Inventors: Jack Kang, Hsi-Cheng Chu, Rich, Yu-Chi Chuang

Method and apparatus for idling and waking threads by a multithread processor

  • United States Patent 7,904,703
  • Issued March 8, 2011

Inventors: Jack Kang, Rich, Yu-Chi Chuang

MULTI-THREAD PROCESSOR WITH MULTIPLE PROGRAM COUNTERS

  • United States Patent 7,941,643
  • Issued May 10, 2011

Inventors: Jack Kang, Rich, Yu-Chi Chuang

Methods, apparatuses, and system for facilitating control of multiple instruction threads

  • United States Patent 7,757,070
  • Issued July 13, 2010

Inventors: Jack Kang, Hsi-Cheng Chu, Rich, Yu-Chi Chuang

Multithread processor with thread based throttling

  • United States Patent 7,886,131
  • Issued February 8, 2011

Inventors: Jack Kang

Instruction dispatching method and apparatus

  • United States Patent 7,904,704
  • Issued March 8, 2011

Inventors: Jack Kang, Rich, Yu-Chi Chuang

Methods and apparatus for handling switching among threads within a multithread processor

  • United States Patent 8,032,737
  • Issued October 4, 2011

Inventors: Jack Kang, Hsi-Cheng Chu

Event-based bandwidth allocation mode switching method and apparatus

  • United States Patent 8,046,775
  • Issued October 25, 2011

Inventors: Jack Kang, Rich, Yu-Chi Chuang

Jack Kang’s Publications

A Cal ‘Kinect-ion’

  • Berkeley Innovations
  • November 28, 2011

Authors: Jack Kang, Abby Cohn

Marvell’s processors for embedded systems – Discussion of the PXA510 processor and the D2Plug developer kit

Mr. Jack Kang of Marvell discusses the PXA510 ARM V7 based 800 MHz application processor with with 512 Kbytes of level 2 cache and it’s associated developer kit.

From Dewey to Digital [HigherEdTECH, Jan 6, 2011]

No more pencils?! No more books? No more teachers? On-demand digital content, do-it-yourself learning, new generation learning platforms, and new modes of assessment are disrupting traditional textbooks, grading, courses, and degrees. Is technology really a catalyst for change? Let us count the ways.

Moderator:
Kenneth C. Green, Founding Director, The Campus Computing Project

Panel:

  • Sean Devine, Chief Executive Officer, CourseSmart
  • Felice Nudelman, Executive Director, Education, The New York Times Company
  • William D. Rieders, Executive Vice President of Global New Media, Cengage Learning
  • Jack Kang, Director, Application Processor Business Unit, Marvell

Video Records (~10 min each) of the From Dewey to Digital (Jan 6, 2011) panel discussion:

Nokia CEO: salespeople to deliver true WP7 retail experience supported by improved product management, marketing and accelerated global coverage with a full breadth of products

Nokia Quarter 4 results 2011 webcast [Nokia, Jan 26, 2012]:

prepared remarks by Stephen Elop, President & CEO

[02:00] … Lumia

In Q4 2012 Lumia was introduced to:

  • a number of European countries
  • Hong Kong, India, Russia, Singapore, Taiwan and South Korea

… [remarks on January US introduction already covered by me in detail: Nokia’s Lumia strategy is capitalizing on platform enhancement opportunities with location-based services, better photographic experience etc. [Jan 12, 2012]]

  • China and Latin America in this half

Current situation:

  • to date well over 1 million Lumia devices sold
  • since mid November from zero markets to 15 markets, from zero devices to well over a million devices, from no presence in the US to being in lead in the AT&T’s LTE launch

From this beachhead you will see us to push forward with the sales, marketing and successive product introductions necessary to be successfull.

Our performance with Lumia on a country by country basis varies. Often [it] is a combination of relative brand strength and retail execution capabilities.

  • For example, in the United Kingdom, where competitive ecosystems are firmly entrenched, we have seen mixed retail execution around Lumia devices with a range of results among different locations, different chains, different stores and so on.
  • Contrarily in Germany and Spain we have seen steady, weak on weak improvement in Lumia device activations up to the Holiday season followed by a small expected dip in the last week of the year, and then a continued weak on weak growth in January.

.. we are in the heart of our transition, which means as we bring the first of our new devices to market there are areas we are learning and areas where we must adjust:

  1. We are learning more about the variations in our store by store retail execution related to Lumia. Our consumer research indicates and response at CES validates that once a consumers use a Lumia device their responses are positive. Where we’ve secured strong support from the operators we need to increase the engagement of the retail sales associates in the stores, because it is the retail associate who speaks with our consumersand puts the Lumia device in their hands. As a result we are adjusting, we are adjusting our retail tactics by increasing the quantity and quality of our retail associate traning programs, seeding more Lumia devices into the market, and increasing point of sales activities.
  2. With the continued focus on consumer net promoter scores we are also learning about the areas where consumers are most favorable towards the specific capabilities of Lumia and those areas upon which we need to focus. For example, we’ve received very positive feedback on the elegance of design, ease of use, and absolute performance of the products. On the other hand, consumers initially reported that battery performance needed focus. Thus we immediately adjusted to improve battery performance with software updates which are now in the market. This rapid cycle of consumer learning and Nokia response is a critical part of our improved approach to product management.
  3. We are learning that awareness of Lumia is steadily growing, assisted by each of the successive product and country launches that continue. As awareness grows we are adjusting the focus of our marketing efforts from an aspirational aspect of a new launch towards an emphasis on a differentiated experiences and capabilitiesof the Lumia products.
  4. We are learning about the importance of truly breaking through. Thus we are adjusting our plans to increase the rate at which we enter new markets during the course of 2012. We also are increasing the focus of our corporate resources on continued marketing campaigns, and we are working to accelerate the introduction of a full breadth of products.

Overall we’re pursuing this pattern. We’ll take each step up the ladder one running at a time recognizing that the competitive dynamics vary country by country. This underscores the large amount of work immidiately ahead of us to break through as the third ecosystem, to capture the attention of retail sales associates, to convert the increasing awareness around Lumia and the purchase intent, and ultimately to delight our consumers. [09:12]

the essence of the answers to some questions:

on carriers’ motivation:

… motivation on third ecosystem is very strong … consistency on user experience on behalf of Microsoft … it is in our favor but we need earn their respect …

on Lumia sell-through:

… different [retail] experiences and so forth … focus on when and how those [retail] experiences are different … we do see different [retail] experiences and patterns in different countries … some are related to competitive dynamics, brand strengths, retail capabilities and so forth … for example, a lot of those reports tend to focus on UK, which in the context of Europe is the hardest market in terms of breaking through the strength of the competing ecosystems and so forth … you’ll see a lot of ballance in that direction … what’s really interesting is, and this is we’re so much in very early days that you have to really dig into the details … even when you’re in the UK. I was there a couple of days ago, and as you can imagine, I went to store, to store, to store, and asking: tell me about smartphones, what’s new and all that type of thing. You’ll see a great variability of in-store performance in terms of retail experience. .. in certain stores the retail presentation is great, the associates are well trained, everything is right, and of course it correlates very closely with the success that we’re seeing in certain chains of stores, in certain areas and so forth. Very good performance. … In other areas we are not as far along as we need to be. We need better retail execution, associates are not as well prepared, or there are other dynamics that are at play. The reason I tell you about this variability is because, first of all, how people report depend very much on the experience they have, this mix from location to location in some countries. But also as you assess, OK, as we apply more resource, as we make sure that we are very focussed on getting everyone upto the base level, if not the excellent level of retail execution, we can clearly see our way through the work that need to be done in order to deliver the results that we want to continue to deliver. …       

on China dynamics:

… The Chinese operators are increasingly, on accellerated basis entering into structures where there’s effectively retail rate plan bundling is going on at the store. The operators are driving very hard for the volume of 3G data subscribers. And this is not necessary an economic measure as it is driving volume on certain networks for certain technologies. I think those targets are probably set more broadly for all of the operators [he could mean: by the state, as all three operators are majority owned by the state]. And the impact of that is that they are discovering that with very low priced devices on certain radio technologies they can drive a lot of volume at those levels. And so we are seeing, for example, a very significant uptake in a number of low-priced devices that are on CDMA, there’s also a very significant focus on the Chinese technology TD-SCDMA, again all of the low levels ought to drive those volumes. My comment in the prepared remarks is that Symbian is not well positioned today against that. We do not have Symbian CDMA products at all, so we are not participating in that part of the market. So as that part of the market grows our addressable market has gone down because of that. In TD-SCDMA we do have some products in that space but not at the price points and configurations that is the real focus of this market. …

… We have not yet announced our specific products for the Chinese market but I will say that when we first announced our launch plans, I think all the way back in October, we did highlight that we would have CDMA based Windows Phone products and TD-SCDMA Windows Phone products. That thing said it is the case that we have work to do to successively drive the prices down further and further and further. That will take a bit of time but this is clearly the pattern you are going to see us on the months ahead. …

[I have a couple of deep and current analysis on that:
The new, high-volume market in China is ready to define the 2012 smartphone war [Jan 6, 2012]
China TD-SCDMA and W-CDMA 3G subscribers by the end of 2011: China Mobile lost its original growth momentum [Jan 21, 2012]
China becoming the lead market for mobile Internet in 2012/13 [Dec 1, 2011]]

on differentiating the Windows Phone:

… the overall user experience is differentiated against Android … good response from the customers on Music service included, location services (Map and Drive) … partnerships: e.g. ESPN … in addition we have to ensure that the retail experience is differentiated … even price, e.g. in US/T-Mobile case already …

[I have a couple of deep and current analysis on that:
Nokia’s Lumia strategy is capitalizing on platform enhancement opportunities with location-based services, better photographic experience etc. [Jan 12, 2012]
The precursor of 2012 smartphone war: Nokia Lumia vs. Samsung Omnia W in India [Jan 3, 2012]
The leading ClearBlack display technology from Nokia [Dec 18, 2011]
Nokia Lumia (Windows Phone 7) value proposition [Oct 26, 2011]]

on rapid scalability for lower prices of Chinese market:

… a critical consideration for us … work is under way with Microsoft … you will see a stepwise progress in that direction in the periods ahead.

on the mobile phones business:

… feature phones and how that market is perceived is less about the collection of features and what it does and doesn’t do, but it is more about the price span, the opportunity to drive, increase sales in that area, to serve consumers who don’t want to spend the money, or don’t have the money to spend on what we would today consider smartphone and so forth. …

[I have a deep and more current information on that:
Smarterphone end-to-end software solution for “the next billion” Nokia users [Jan 9, 2012]]

Nokia Lumia Momentum Map [Nokia Maps Blog, Jan 15, 2012]

If a picture is worth a thousand words, an interactive map is at least worth ten thousand words! To coincide with the launch of Nokia Lumia in USA; we launched the Nokia Lumia Momentum Map – an interactive way to check out the countries where Nokia Lumia smart phones are either available or will be coming soon. You can also check out the tweets, videos and photos from users about the Lumia series.

The content of the Momentum Map as of Jan 15, 2012:

Country Lumia 710 Lumia 800
Germany Now Now
Netherlands Now Now
Italy Now Now
Russia Now Now
India Now Now
Hong Kong Now Now
Taiwan Now Now
Singapore Now Now
Spain Jan 11, 2012 Now
United Kingdom Feb 1, 2012 Now
USA (+ Lumia 900
“in coming months”)
Jan 11, 2012 Coming Soon
France n.a. Now
Austria Coming Soon Now
Hungary Jan 20, 2012 Jan 20, 2012
Greece Jan 21, 2012 Jan 20, 2012
Portugal Feb 2, 2012 Jan 26, 2012
Switzerland n.a. Jan 13, 2012
Denmark n.a. Jan 20, 2012
Sweden n.a. Jan 23, 2012
Norway Feb 1, 2012 Feb 1, 2012
Canada Feb, 2012 Feb, 2012
Belgium Mar 1, 2012 Feb 1, 2012

More information:
Nokia Q4 2011 net sales EUR 10.0 billion, non-IFRS EPS EUR 0.06 (reported EPS EUR -0.29) Nokia 2011 net sales EUR 38.7 billion, non-IFRS EPS EUR 0.29 (reported EPS EUR -0.31) [Nokia press release, Jan 26, 2012]
Quarter 4 report tables in xls [Jan 26, 2012]
Nokia Names Siilasmaa as Chairman to Replace Retiring Ollila – BusinessWeek

… Nokia investors lost more than 60 billion euros ($79 billion) in share value after Apple Inc. leapfrogged it with the iPhone. Siilasmaa will oversee Chief Executive Officer Stephen Elop’s efforts to win customers as Apple and Google Inc. expand into new markets. … An investor in Finnish startups, Siilasmaa may also broker more tie-ups with new companies such as “Angry Birds” maker Rovio Entertainment Ltd.
“I don’t want to leave a fortune to my kids,” Siilasmaa told a panel on startup investment …

Nordic Chairman of the Year 2009: Speech of thanks by Risto Siilasmaa, F-Secure Oyj. [Feb 18, 2010]

Relative to that media reports are very narrow focused as you could even see from the below entries considered the best among them:

Nokia Posts Huge Loss [The Wall Street Journal, Jan 27, 2011]

Gartner analyst Carolina Milanesi said Nokia’s shipments were in line with expectations. ‘Overall, what we have been looking for is an improvement over the third quarter, and we got that. But while it seems Nokia is on track, there is still a lot more to do,’ she said.

Nokia CEO taps salesmen to assure Lumia push [SlashGear, Jan 27, 2012]

Over the last year when it came to Windows Phone, we saw a lovely looking user interface fall victim to less than stellar engagement and interest on the part of the public – Stephen Elop this week says that it’s the work of the salesmen, not the manufacturer, to make the final drop of the device into the hands on the consumer. Without a doubt there’s a certain flair to the Lumia line of smartphones being released both here in the USA and abroad this year, but without the folks in the stores actually pointing people to the hands-on equipment, there’s certainly no chance of a big hit in the engagement environment. Elop let the world know in Nokia’s sales call what he expects from store employees in the very near future.

Without that final point-of-sale touch, all else will certainly fail, at least that’s what Nokia’s top minds seem to be saying this week. Though the devices are perfectly legitimate in their build and execution, and the advertisements surrounding them may be lovely, there’s always a third step that must be taken. Elop said thusly this week in Nokia’s sales call:

“We need to increase the engagement of the retail sales associates in the stores, because it is the retail associate who speaks with our consumers and puts the Lumia device in their hands. For example, in the United Kingdom, where competitive ecosystems are firmly entrenched, we have seen mixed retail execution around Lumia devices with a range of results among different locations, different chains, different stores and so on.” – Elop

And the comments were mostly supportive of that:

Joseph ParadisModerator1 day ago

I think he has a good point. I had known about WP7 for quite some time before the launch and had already chosen the phone I wanted. The last step for me was going to the store and getting a little hands-on to seal the deal. I had 3 sales reps (from 3 different stores) tell me to check out the Android phones instead (?!). One told me that the Windows OS is no good because its buggy, the other two were just astounded that I was interested in a WP7. I knew way more about the specs of those phones (and a good count of Android phones) than the sales rep. There are a lot of people who I think would like Nokia WP7 phones and other WP7 phones, but kind of go to the store without much knowledge and get carted around by these reps who may have ulterior motives.

Stephens_ElopedModerator1 day ago

I think anyone who is reading a website like SlashGear is the kind of person who probably knows more than the average salesperson in a mobile phone store. Definitely. I’ve had the experience of being “too knowledgeable” myself on many occasion. You stand there listening to false information and you’re either tempted to let it fly, (poor guy didn’t any training) or if they’re douches, you just say, “No, you’re wrong, the N9/L800/L910 isn’t all aluminum, it’s all poly-carbonate, which is a plastic.”

I think salespeople in the States are the worst – they’re so entrenched with Android and iPhone (and also any OEM + WP that ISN’T Nokia), that unless Nokia say, “ok salesteam, here’s a much, much bigger commission for you if you sell a Lumia”, then they haven’t got much chance of changing the mindset of the average American consumer. It’s not a Nokia friendly world here, so they’ve got to up their game. TV ads ain’t nowhere near enough.

CleverModerator22 hours ago

It’s definitely the salespeople who make it hard for WP7 to take off. Phone carriers make their biggest profits from sales of Android handsets and are able to load the Android phones with their bloatware, therefore the sales staff are trained to push these phones over iPhone and WP7 handsets.
Here in Australia our stores are all Android themed and one store in Melbourne has a whole floor called “Android Land”, where phone shoppers can explore and learn all about the Android ecosystem. Now that there are some decent WP7 handsets coming out, I think Microsoft really needs to do three things to get their OS to take off:

1 – Get some handsets out to carriers and stores. Only 1 carrier out of 4 in Australia even sells WP7 devices and they are outdated and you’d be lucky to even find them on display in stores. I think a lot of people would like to by a Nokia N900 but if it takes another 12 months before they even hit our shelves I’m sure we will have lost interest.

2 – Work with carriers to not only sell WP7 devices but to actually push them. Make the devices resonably priced and give carriers incentives in the way of good subsidies to entice them to get their staff to actually push WP7 devices.

3 – Market WP7 so people actually know it exists and know to look for it when they do walk into a phone store. Apart from us tech heads I would bet that half of the population doesn’t even know that WP7 exists. People who don’t know about something are a lot less likely to purchase it. Where are the TV ads telling us why we should be buying a WP7 device?

Dumb salesmen are hurting us – Nokia CEO [The Register, Jan 27, 2012]

Incentivising the McJobs

Analysis Stephen Elop got a pretty indulgent reception from analysts, and most of the press yesterday, after delivering some shocking results. Nokia turned a profit of €2bn into a loss of €1bn in the new boss’s first full year; volumes are down by 29 per cent; sales of the new Windows phone are unremarkable (to put it generously); and Elop has scrapped guidance for the rest of the year. [Summary] News like this would normally have analysts reaching for the panic button – but not today. Why would this be?

Well, obviously, much can be explained by the appreciation that Nokia is in rapid transition – it isn’t even a full year since the Elopcalypse. Elop got the bad news out of the way in his (still) remarkable Burning Platforms memo. But it’s also because he was quite unexpectedly frank and forthcoming about why Nokia isn’t making more headway with its shiny new platform – the one that isn’t burning. Elop explained that Nokia has a very stiff learning curve ahead of it in consumer retail. He also said that sales staff in the channel weren’t helping. He even detailed this country-by-country. I’m surprised more Nokia-watchers haven’t remarked on this – or why Elop dwelled on retail in such detail.

Nokia staff should be glad he did, because of a forlorn sight I saw last November. Just as the Christmas shopping season was getting underway on London’s Oxford Street, I saw a quite ominous sight. The flagship West End Carphone Warehouse store, next to John Lewis, had large posters in the window announcing the arrival of the Lumia 800. There were two live Lumia 800s available for curious punters to play with – of around half a dozen such working retail models from rivals. Except they weren’t live. They were completely dead. And although Nokia had secured the prime corner spot for its devices, it may as well have hidden them on some remote industrial wasteland. The shop was very busy, but nobody came and asked if they could see the Lumia working.

If Nokia is to claw its way back into contention, this won’t do. Getting one million Lumias stocked really isn’t a terrific achievement considering that the six largest European markets had the 800, and some pretty significant Asian markets had the 710. The needle hasn’t moved.

“There are areas where we are learning and areas where we must adjust. First, we are learning more about the variations in our store-by-store retail execution related to Lumia,” said Elop yesterday.

He then re-emphasised how important it was to show people the Windows UI, and suggested that quality of the sales droids was very variable:

“We need to increase the engagement of the retail sales associates in the stores, because it is the retail associate who speaks with our consumers and puts the Lumia device in their hands,” he added, correctly. And he singled out some of the domestic channel here, suggesting he hadn’t been impressed by what he saw:

“For example, in the United Kingdom, where competitive ecosystems are firmly entrenched, we have seen mixed retail execution around Lumia devices with a range of results among different locations, different chains, different stores and so on.”

I know several first-time smartphone buyers and Windows Phone wasn’t even on the radar. People don’t know it exists. In the UK, Android gained an early and enthusiastic foothold, which two years on translates into a mature and knowledgeable market. The Samsung Galaxy SII was the best-selling phonein the UK at Christmas, by some distance. For the average punter a buying decision begins with a binary choice between Apple and BlackBerry, and if it’s a touchscreen then it’s between the iPhone and “one of the other lot”. The other lot is Android. Sales staff in stores like Carphone aren’t uniquely thick – they’re like all savvy retail staff – they want their commission, and they know there’s a huge appetite for Android out there.

It’s a sign of how things have changed. Nokia can no longer play hardball with its channel partners – today, it really needs their help. Windows has made no impression on the market and gaining people’s attention – which includes aligning the incentives of the channel – is going to be much more expensive than analysts realise.

I’m onto my second Lumia, and I like the UI very much indeed. But I still haven’t seen a civilian – someone who isn’t an analyst, journalist or Nokia industry partner – carrying a Lumia in the wild. Have you?

China TD-SCDMA and W-CDMA 3G subscribers by the end of 2011: China Mobile lost its original growth momentum

While China Unicom (W-CDMA) has been able to maintain an average 9.8% month by month growth of 3G subscribers in Q4 CY2011, China Mobile’s growth performance during the quarter has been significantly lower, 5.9% month by month on average. In fact China Mobile lost its momentum during the last 5 months of the year with only 6.2% average monthly growth while China Unicom’s has been an average 9.2% monthly growth during the same period which is even sligthly better than the average 9.1% during the first 7 months of the year:
 The analysis of this significant trend you can find in The new, high-volume market in China is ready to define the 2012 smartphone war [Jan 6, 2012] which was based on November data.

Intel 2011: a year of records, milestones and breakthroughs

Intel’s CEO Discusses Q4 2011 Results – Earnings Call Transcript [Seeking Alpha, Jan 19, 2012] + Q&A

–> Intel’s industry position and prospects for years ahead [Dec 9, 2010 – March 21, 2011]
      • reinvented the transistor with our 3-D Tri-Gate technology
        –> Intel’s SoC strategy strengthened by 22nm Tri-Gate technology [May 10 – Nov 30, 2011]
      • unveiled a new generation of personal computers, the Ultrabook
      • And
        when Windows 8 launches, we’ll be ready with both PCs and tablets.

        –> Windows 8 Metro style Apps + initial dev reactions [Sept 15, 2011]
        –> Windows 8: the first 12 hours headlines and reports [Sept 14, 2011]
        –> Windows 8 gaining smartphone like “connected standby” capability [Nov 23, 2011]
        –> A too early assesment of the emerging ‘Windows 8’ dev & UX functionality [June 24 – Aug 19, 2011]
        –> Microsoft’s next step in SoC level slot management [May 27 – June 2, 2011]
        –> Microsoft on five key technology areas and Windows 8 [May 24, 2011]
        –> Acer’s decision of restructuring: a clear sign of accepting the inevitable disintegration of the old PC (Wintel) ecosystem and the need for joining one of the new ecosystems under formation [April 1 – Aug 2, 2011]
        –> CES 2011 presence with Microsoft moving to SoC & screen level slot management that is not understood by analysts/observers at all [Jan 7, 2011]
        • Our intention is to participate broadly … from day one, as you see the Android tablets coming out and Windows 8 tablets coming out.
        • And you’ll see us well-positioned in multiple price point on those. And who knows where those prices go over time, but our intention would be to use the advanced silicon integration capability we have to be able to drive the build material cost down, integration up in tablet space, which I think is going to be a sweet spot for Intel.
        • [regarding much lower Android tablet sales than most expected for 2011:] actually, they were about where I thought they would be, but I was well below what many of you had. I think the thing is, tablets are a little bit about hardware and an awful lot about software. And I think that until you get to Ice Cream Sandwich, the offering isn’t as powerful as what’s out there with Apple. And as the Ice Cream Sandwich tablets start shipping, I think you’ll start seeing a little bit better receptivity, Google just added the music store, the videos are better, everything got a little bit better bit ICS. And so I think the better test is year 2 here, in terms of is there anyone that can compete with the iPad?
          –> “A new tablet from Vizio will come with Intel’s upcoming Atom chip, code-named Medfield, and will run Google’s Android operating system” –> VIZIO’s two pronged strategy: Android based V.I.A. Plus device ecosystem + Windows based premium PC entertainment [Jan 11, 2012]
          –> Intel: accelerated Atom SoC roadmap down to 22nm in 2 years and a “new netbook experience” for tablet/mobile PC market [April 17, 2011]
        • And then the other part of that test, of course, is the Windows 8 tablets that are being queued up for production. So I don’t know that the whole tablet thing is settled down by any stretch, and I do have a lot of interest in, if you heard me at CES about these hybrid and convertible designs as they apply to clamshells, where there’s a significant blurring between what people do with tablets and what people do with PCs. So the jury is out on I think the long-term segmentation by form factor.
        • But I do think you’ll see more progress on the Android side as a result of ICS.
      • closed 2 large acquisitions: Together, McAfee and IMC added $3.6 billion in revenue and new strategic capabilities in security and connectivity that will allow us to extend our strategies across the continuum of computing.
        • McAfee:  has already announced the Deep Safe platform, around which we are building a family of products to take advantage of the combination of McAfee software and Intel silicon to deliver first-of-its-kind protection against day 0 threats.
          and
        • Infineon Wireless Solutions: the Infineon acquisition has given us a very strong position in basic phones and feature phones. They shipped 400 million modems this year into the cell phone business.
          –> New Mobile and Communications Group (MCG) at Intel [Dec 16 – 30, 2011]
      • in the fourth quarter, we announced the acquisition of Telmap, whose location-based search and navigation expertise will allow us to add differentiated services to Intel architecture-based devices from Ultrabooks to smartphones
      • broke ground on the world’s first 14-nanometer fabs, D1X in Oregon and Fab 42 in Arizona:
        –> Be aware of ZTE et al. and white-box (Shanzhai) vendors: Wake up call now for Nokia, soon for Microsoft, Intel, RIM and even Apple! [Feb 21 – March 25, 2011]
        –> mentioning that in 3 years down to 14nm: Intel: accelerated Atom SoC roadmap down to 22nm in 2 years and a “new netbook experience” for tablet/mobile PC market [April 17, 2011]
        • Turning to 2012 … We are forecasting an increase in capital spending to $12.5 billion as we build the world’s first high-volume manufacturing factories for 14-nanometer process technology.
        • In terms of the makeup of the specific capital in ’12, it’s more heavily weighted than what we’ve historically seen to building buildings. … it’s a 2-year cycle and we’re building buildings. So we’re seeing that it’s more than 1/3 of the total capital in ’12. I think that piece starts to come down in ’13. The equipment piece actually comes down from ’11 to ’12, and that’s a little more — it’s heavily weighted towards 14-nanometer equipment that we’re putting in place.
      • 2011 revenue and earnings were the best in Intel’s history
        • surpassed $50 billion in revenue for the first time, after crossing $40 billion for the first time just last year
          • a fantastic year for our Data Center Group, with revenue up 17% on record microprocessor units, exceeding $10 billion for the first time
          • storage revenue was up 42% to a new record high
          • Embedded Communications Infrastructure business was up 18%, also to a new record high
          • record notebook microprocessor units in 2011, as the PC Client Group grew 17%, fueled by demand in the enterprise and emerging markets
            • China, now the largest PC market in the world, represents 20% of all PC demand, and grew a remarkable 15%. Even with that, China has a household penetration rate of just 35%, versus almost 90% in the U.S
          • Sandy Bridge microprocessors accounted for approximately 40% of the company’s total revenue
            –> Intel’s SoC strategy strengthened by 22nm Tri-Gate technology [May 10 – Nov 30, 2011]
          • We’ll launch Ivy Bridge, our first 22-nanometer product, in early spring. Ivy Bridge will improve on the graphics performance of Sandy Bridge by more than 70%. We have a very fast ramp of Ivy Bridge, strong demand …
          • In terms of utilizations, we’re running full out today. We’re just at the beginning edge of 22-nanometer [with the ramping 4 big 22-nanometer factories]. Every unit that we can get out there, we can sell. So we’re running the new stuff full out. … those first wafers that come off the line for 22-nanometer, these are big factories, the very first products are coming off the line now. Those tend to be pretty expensive [therefore Q1 gross margin forecast is 63% vs 64% for the full year on a high 9 — high single-digit revenue growth] and that cost comes down over the course of the year as well.
        • this was our second consecutive year of more than 20% revenue growth
      • volume shipments of our Sandy Bridge server product, code-named Romley, have begun: We’ll launch Romley for servers in the first quarter. We’re seeing right now, stronger demand for Romley than we did from the Nehalem at the same point of its life sort of 2 years ago. The product is in high-volume production now getting ready for our customers assistance launches later this quarter and into early Q2.
        • … the Data Center business we have today is not your grandmother Server business that we had for many years, right? There’s other elements in there around storage and networking equipment.
        • And the other big element of that is the sales to the large Internet data centers that are being built up around the world. … They tend to be a function of when Facebook or Google or Amazon decides to turn on a new Data Center and they buy x 100,000 units. Or there’s a new generation and they want to have a quick complete swap out.
        • And as a result, we’re seeing a change to the historical linearity that we saw in this — in the enterprise Data Center business for many years. So I think you should probably get used to a little bit more lumpiness here and look at the overall year-on-year growth, which is what we’ve been trying to discuss at the last couple of analyst meetings.
      • we also demonstrated Knights Corner, the first single-chip coprocessor capable of delivering a teraflop of computing power
        –> “Knights Corner, the first commercial Intel MIC (many integrated core) architecture product, will be manufactured using Intel’s latest 3-D Tri-Gate 22nm transistor process and will feature more than 50 cores. Furthermore, Intel promises compatibility with existing x86 programming model and tools.” –> Intel’s Knights Corner: 50+ Core 22nm Co-processor [tom’s hardware, Nov 16, 2011]
      • China is the world’s largest market for mobile phones with more than 950 million subscribers. It’s also at the forefront of the smartphone boom and will be the home of the world’s first 32-nanometer smartphone.
      • Last week at CES, Lenovo announced the K800 smartphone based on our Medfield SoC. The K800 will be available on the China Unicom network in Q2, and will showcase Intel architecture in a phone with very competitive battery life and outstanding performance.
–> New Mobile and Communications Group (MCG) at Intel [Dec 16 – 30, 2011]
–> “A new tablet from Vizio will come with Intel’s upcoming Atom chip, code-named Medfield, and will run Google’s Android operating system. … Intel’s Medfield & Atom Z2460 Arrive for Smartphones: It’s Finally Here [AnandTech, Jan 11, 2012] …” –> VIZIO’s two pronged strategy: Android based V.I.A. Plus device ecosystem + Windows based premium PC entertainment [Jan 11, 2012]
–> Intel SoC for Cloud Clients [June 27 – Aug 23, 2010]
    • [Also] announced the Medfield-based smartphone reference design that boasts a sleek form factor, 8 hours of talk time, 6 hours of 1080p video playback and 14 days of standby power, clearly demonstrating the low-power, high-performance capabilities of Intel architecture. Yet as the performance of this device that really showcases what’s possible when you combine advanced process technology and the world’s most popular computer architecture. Though Medfield is our very first smartphone SoC, independent testers appointed to benchmarks to place Medfield reference design among the very best in the markets.
    • It was this differentiated performance and exceptional roadmap and exciting new usage models that led to our multiyear, multi-device strategic relationship with Motorola Mobility. The first of these Intel architecture-based devices will go through carrier certification this summer with commercial availability shortly thereafter. And while the Lenovo and Motorola designs are exciting first steps, we’re not done making announcements in the smartphone space.
    • On phones, our strategy is a little bit different [from those of PC’s and tablet’s]. We’re coming in at the top of the smartphone market. Our value proposition initially is aimed at best performance and very competitive feature sets and very good battery life. Over — and then let me say on the other end of the market, the Infineon acquisition has given us a very strong position in basic phones and feature phones. They shipped 400 million modems this year into the cell phone business. So over time, what we’ll want to do is grow that capability up by integrating the apps processor and the comm processors onto the same chip, while we drive our initial positions in apps processors from the top down.
    • [regarding: given that all the smartphones also have Wi-Fi, Bluetooth and GPS and … . Do you have that capability today internally? ] Yes, we’ve got the multi-comm capability in-house. A lot of that came with the acquisition from the Infineon group. And that’s got 2G, 3G, they have an LTE solution underway. We’ve had Wi-Fi forever, and we’ve had Bluetooth for many years. So all of those are being integrated into our comms capabilities. In fact, we’ve integrated those business units now into a single unit to be able to accelerate that.
    • I did not say, I want to be very clear, I did not say that our intent would be to integrate Medfield to baseband. I said over time, you’ll see us move from the low-end baseband-only business in the feature phones and value phones to having it a more integrated capability. I didn’t say when and what generation. I’m really not at liberty to discuss that. But the major thrust over the next year or 2 is going to be to have very high-performance modems as a comps processor and the best-of-class apps processors for smartphones.

The new, high-volume market in China is ready to define the 2012 smartphone war

Follow-up: Boosting the MediaTek MT6575 success story with the MT6577 announcement [June 27, 2012]
– China TD-SCDMA and W-CDMA 3G subscribers by the end of 2011: China Mobile lost its original growth momentum [Jan 21, 2011]

UpdatesChina market: Local vendors to roll out CNY300 smartphones [DIGITIMES, July 13, 2012]

China-based handset makers are ready to begin volume shipments of smartphones priced at CNY300 (US$50) in the second half of 2012 compared to the previous focus on CNY600 models in the first half of the year, according to industry sources.

Competition among chipset solution vendors, promotions by telecom carriers, and the rise of new brands in China have contributed to the rapid decline in prices of smartphones in China, the sources revealed.

The top-3 telecom carriers had previously focused purchases on smartphones with a price tag of CNY1,000, but some local handset makers are now willing to offer quotes at around CNY500 in order to win orders, said the sources, adding that the pricing will serve as an indication for channel operators to follow.

While quotes for 2G smartphones in China have already dropped to below US$50, prices for 3G models currently range from US$60-80 and are expected to reach US$50 soon, the sources asserted.

Sub-CNY1,000 smartphones accounted for 21% of all smartphones sold in China in the first quarter of 2012, compared to a ratio of 12% a year earlier, according to IDC.

– China market: Nearly 195 million handsets shipped in 1H12 [DIGITIMES, July 10, 2012]

There were 194.913 million handsets shipped in the China market during the first half of 2012, consisting of 106.874 million (54.83%) 3G handsets in 801 models and 88.039 million (45.17%) 2G handsets in 1,298 models, according to statistics published by the China Academy of Telecommunication Research (CATR) under the Ministry of Industry and Information Technology (MIIT).

Of the shipment volume, 94.855 million or 48.67% were smartphones in 822 models of which 801 models or 97.44% were based on Android. China-based vendors accounted for 75.16% of the half-year shipment volume, and international vendors 24.84%.

The monthly shipment volume of smartphones exceeded that of feature phones for the first time in April 2012, with the corresponding proportion increasing to 56.9% in June.

China market: Breakdown of total handset shipment volume, 1H12
Generation

Technology standard

Number of models

Shipment volume (m handsets)

3G

WCDMA (China Unicom)

476

53.099

CDMA2000 (China Telecom)

174

28.197

TD-SCDMA (China Mobile)

151

25.578

2G

GSM

1,272

81.915

CDMA1x

26

6.076

Source: CATR under MIIT, compiled by Digitimes,  July 2012

– Second- and third-tier handset makers in China may not adopt Windows Phone 8 platform [DIGITIMES, July 5, 2012]

Microsoft has been eager to promote Windows Phone 8, Windows 8 and Windows RT. Despite having partners such as Nokia, Samsung, and HTC for Windows Phone 8, severe price competition in China will likely prevent second- and third-tier handset makers from switching from Google’s Android.

China-based handset makers have been aiming at customers switching from feature phones to smartphones for the first time and hence have little desire to adopt new platforms.

Industry sources indicated that competition in China’s smartphone market has been cutthroat. First-tier brands such as ZTE, Huawei, Coolpad and Lenovo have been introducing models at the price range of CNY1,000 (US$157). To increase market exposure, second-tier brands such as Haier and Konka have been introducing models below CNY500 in efforts to obtain cooperation with telecommunications service providers. The price difference is significant, said industry sources.

Microsoft hopes to increase market share in China’s smartphone market. However, Windows Phone 8 is unlikely to compete with Android in features such as localized applications and marketing resources, added industry sources.

Nevertheless, Microsoft has been adding new alliances such as Huawei and ZTE. Industry sources believe the two firms hope to generate more profits by providing products with different platforms.

– China smartphone market 2012: Trends and analysis [DIGITIMES Research, July 3, 2012]

Abstract

The China handset market has exhibited strong growth, with the total number of mobile users in the country reaching 980 million people according to figures from the Ministry of Industry and Information Technology (MIIT), an increase of 130 million over the 2010 figure. Digitimes Research estimates that mobile user numbers could top 1.13 billion in 2012.

Digitimes Research estimates that the China handset market reached some 390 million units in 2011, representing 16% growth on 2010; the market is likely to grow to 430 million units in 2012, representing further growth of 9%. Thanks to the expansion of 3G service coverage and further falls in budget smartphone prices, the share of the handset market accounted for by smartphones is likely to reach 32% or around 143 million units, 70% of which will be Android handsets.

Digitimes Research believes that market share rankings for the China smartphone market will change significantly during 2012Samsung and Apple will take the top two places, while the big four China-based brands – HuaweiZTELenovo and Coolpad – will take third to sixth places, while Nokia will drop to seventh; these seven firms will collectively account for 85% of shipments.

In other words, the many other brands hoping to seize a share of the market will essentially be confined to competing for a potential market of just 15% of overall shipments or around 21 million handsets. Given such a situation, Digitimes Research projects that many of China’s best known smaller brands such as XiaomiTCLGioneeTianyuOppo and BBK will see shipments of no more than a few million handsets.

– China-based white-box vendors expected to ship 200 million smartphones [DIGITIMES, April 17, 2012]

China-based white-box vendors, mainly due to the availability of inexpensive new chip solutions, have been increasing the production of smartphones, with the total shipment volume expected to reach 200 million units in 2012, according to industry sources in Taiwan.

Taiwan-based MediaTek is offering the makers its MT6575 a chip solution for use in entry-level smartphones in the first quarter of 2012 and will offer the MT6577, a solution for high-level smartphones, in the middle of the third quarter of 2012, the sources indicated. MediaTek will ship 50-70 million chips to China-based white-box vendors to account for nearly 30% of smartphones to be shipped by these vendors in 2012.

In addition, Qualcomm has strengthened its marketing in the China market by offering turn-key solutions to white-box vendors, with prices for a chips lowered to US$6, the sources cited eMedia Asia as indicating.

China-based white-box vendors sell more than 60% of their smartphone output to overseas markets, including 2.5G models for markets where deployment of 3G networks is not mature yet, the sources indicated. White-box vendors are expected to see larger market demand if their production costs for entry-, medium- and high-level smartphones drop to US$60, US$85 and US$130 respectively, the sources pointed out.

– China market: Handset makers upgrading hardware specifications of sub-CNY1,000 smartphone models [Feb 17, 2012]

 China-based handset makers, including ZTE, Huawei Device, Lenovo and Coolpad, have continued to upgrade the hardware specifications of their sub-CNY1,000 (US$159) smartphone models due to intensifying competition in the segment, according to industry sources.

With the introduction of dual-core 1GHz CPUs for high-end models in 2011, the single-core 1GHz CPU is likely to become one of the standards for entry-level smartphones in China this year, the sources indicated.

Additionally, some vendors have also begun to adopt 4-inch displays for their sub-CNY1,000 models, instead of 3.5-inch displays used previously, the sources added.

Coolpad has recently launched a 4-inch model, the 7260, and saw sales of the model reach 30,000 units a month in the initial period, the sources revealed, adding that monthly shipments of the 7260 may top 100,000 units soon.

– China handset makers to push sales of sub-CNY1,000 smartphones to mature markets [Feb 16, 2012]

Having mass-produced smartphones with a price tag of around CNY1,000 (US$159) for the China market since 2011, China-based handset makers ZTE, Huawei Device, Lenovo and Coolpad plan to push the sale of sub-CNY1,000 smartphones to mature markets including North America and Taiwan, according to industry sources.

Sales of smartphones by Coolpad, Lenovo, ZTE and Huawei combined currently account for 30-40% of China’s smartphone market, with the ratio likely to surpass 50% by year-end 2012, the sources estimated.

In the Taiwan market, Coolpad has recently a WCDMA model with a suggested retail price of NT$5,990 (US$203). However, the company plans to launch more entry-level smartphones later and aims to take up a 3-5% share in the segment. Coolpad shipped about 270,000-280,000 CDMA models in Taiwan in 2011, the sources revealed.

– Chinese smartphone market sees explosive growth [Feb 16, 2012]

Judging from the structure of the smartphone market in 2011, Chinese smart terminals brands such as ZTE and Huawei seem to be on a trend of full-scale explosion. Having been suppressed by foreign brands for a long time, Chinese smartphones begin to take a solid footstep in the smartphone market by working closely with telecommunication operators and making full use of their “Chinese characteristics”, breaking the old pattern of market that has long been dominated by foreign brands. According to industrial participants, Chinese brands are rising in the 3G era.

According to media report, the Coolpad 7260, one of China Unicom’s 1000-Yuan smartphones, created a record sales of 110,000 units three days after it was put on the market, refreshing the shipment volume record of 1000-Yuan Chinese 3G smartphones, scoring a victory in its first battle. Also, this number gives the market more expectation for Unicom’s 8 new models of 4.0 series “WO 3G” 1000-Yuan smartphones that are co-launched by China Unicom and technology-intensive Chinese mobile phone manufacturers.

It is learned that these new 4.0 series 1000-Yuan phones boast three major features: big, fast, and HD. Big screens, previous 3.5-inch screens are replaced by 4-inch screens; fast processing speed, previous 600MHz CPUs are replaced by CPUs that are higher than 800MHz now; fast upload speed, supporting HSUPV; fast running speed, memory upgrades from 256M in the past to 512M now. High-definition picture taking, camera are required to increase from 2-3 million pixels to 3-5 million pixels.

According to person from China Unicom, the re-defined 1000-Yuan smart terminals introduced by China Unicom in May, 2011, and the numerous star terminals subsequently co-produced by China Unicom and Chinese mobile phones manufacturers have won excellent market response. Among these products, ZTE’s V880 scored daily sales of more than 10,000 units and monthly sales of more than 300,000 units. After months of promotion, the 1000-Yuan smartphones strategy remains effective, propelling the fast growth of China Unicom’s 3G subscribers.

In November, Unicom’s net growth of 3G subscribers was as high as 3.384 million with total 3G subscribers amounting to 36.534 million, making it the operator with the fastest 3G subscriber growth rate. This indicates that 1000-Yuan phones have accumulated significant subscriber base in the market and have established some brand effect. Presently, China Unicom makes use of the favorable conditions and defines the standards of 4.0 series 1000-Yuan smartphones, and offers high subsidy for the newly defined 4.0 series phones, with the purpose of making deployment in the middle-end market and grab a say of Chinese smart terminals in advance.

According to industrial participants, “users-friendly price and high-end experience” is the key to the success of China Unicom’s customized 1000-Yuan smartphones. Consumers’ favor for China Unicom’s customized terminals comes from its preferential subsidy policy, rather high-end configuration, and the user experience brought by the WCDMA network. Market research statistics show that the number of 3G subscribers worldwide in 2011 approached 1.3 billion, of which WCDMA subscribers accounted for 76 percent. In China, as per October 2011, WCDMA smartphones accounted for 69 percent of all 3G smartphones. Currently, China has become the largest smartphone market in the world, with nearly 70 percent of the phones being WCMDA. It is thus quite clear that WCDMA mobile phones are the mainstream in China and even all over the world.

Industrial participants point out that with the rapid development of smart terminals in the 3G era, the competition pattern of the mobile phone market will become even more complicated. In the meantime, the industry thinks positively of the marriage between domestic mobile phones and China Unicom’s WCDMA. Amidst the fierce competition of the terminal market globally, however, Chinese smartphones need to understand the market better, and puts more efforts in products R&D and brand image improvement, hoping to evolve from the “copycat” image to a national brand as soon as possible.

End of updates

The new high-volume smartphone market has been established by China Unicom with Lenovo and ZTE involvement from August 2011 on under the so called ‘RMB 1000’ [US$158]  inititiative of the carrier.

China Unicom and China Mobile Feb-09--Nov-11 3G SubscribersAs visible on the chart (see left) China Unicom was able to return to the previous 10% month/month growth rate of the 3G subscribers as the result of this approach. Unicom’s main rival the much bigger China Mobile was, however, unable to sustain that growth rate. One of the reasons is certainly the fact that China Unicom has so far been the only Chinese operator with official iPhone  offerings. By looking to the enlarged picture of the chart for the August-November period one can nevertheless see that the gap in month/month growth rates of the two companies has been steadily growing. This cannot be explained in other ways than by this 1st stage of the ‘RMB 1000’ initiative. Since in the end of December the initiative has been extended to the RMB 1500 [US$238] price cap with not less than 8 models joing the offerings under this umbrella, this will define an obvious smartphone war for 2012.

The first stage of this initiative has already radically redefined the 3G smartphone market for W-CDMA customers in China:
– the ‘RMB 1000’ [US$158] Android phone (Lenovo A60) has slightly better graphics performance than either the 4.26x more pricey iPhone 3G S or the 1.62x more pricey best classic Android phone (Sony Ericsson WT19i)
– the Dhrystone performance of that phone is quite enough  comparing to both (2/3d of the iPhone and 4/10th of the Sony Ericsson device)

Smartphone
and its availability
(+ recent price)
Lenovo A60
August, 2011
($145 in Dec’11)
Sony Ericsson WT19i
November, 2011 ($235)
Apple iPhone 3G S
June, 2009 ($618 8GB from Nov’11 on)
DMIPS 812.5 2100 1200
GLBenchmark 2.1 Egypt High
(+ Standard)      (Frames) http://www.glbenchmark.com/:
  • Top
2787 (3174) 2653 (4806) 2714 (3352)
  • Average
2765 (3159) 2653 (4806) 2646 (2913)
  • Median
2757 (3155) 2653 (4806) 2646 (3257)
Screen size 480 x 320 480 x 320 480 x 320
SoC w/ core inside
MediaTek MT6573 w/ 650MHz ARM11
Qualcomm MSM8255 w/ 1GHz Scorpion
Samsung S5PC100 w/
600MHz Cortex-A8
GPU inside the SoC
PowerVR SGX 531
Adreno 205
PowerVR SGX 535

Note: For realistic graphics performance the results of the ‘High’ version of the GLBenchmark 2.1 are used here since this is showing how the GPU is performing in high-quality rendering with “multi-sample anti-aliasing and at least 24 bits of color- and Z-buffer depths”. Also the results are shown here for the so called ‘Egypt’ benchmark as it “tests OpenGL ES 2.0 and represents the newest and most demanding benchmark” according to Anandtech. To understand what we are talking about here is also a video demonstration of the 2.1 Egypt benchmark by the globally recognized and accepted creator of it, Kishonti Informatics Ltd:

Since China Unicom launched the second stage of its ‘RMB 1000’ in the end of December, when not less than 8 models with a higher, 1500 [US$238] price cap have been joining the offerings, we can safely argue that what is happening now in China will apply to the global markets as well. We have already shown in an earlier post that China becoming the lead market for mobile Internet in 2012/13 [Dec 1, 2011], so there is no question about that.

Please find below a collection of all related information. It is necessary to highlight here the fact that with the higher, 1500 [US$238] price cap we are already in the 1.0 GHz Cortex-A9 and A5 CPU performance territories which mean 2500 and 1570 DMIPS respectively. The screen is also larger, 4” as well as the resolution is 800×480.

Another thing that needs to be highlighted here is China Unicom’s very attractive contract plan, described below as:

Customers who select the RMB 96 [US$15] per month two-year contract plan can receive the handset for free with a RMB 1,599 prepaid deposit. Users who purchase a smartphone without a contract plan for RMB 1,299 can later select a two-year contract plan starting at RMB 46 [US$7.3] per month and receive free calling credit.

NOW THE DETAILED COLLECTION

China Unicom Releases Eight Low-cost 3G Smartphones [Marbridge Daily, Jan 4, 2012]

During a recent [Dec 26, 2011] event in Beijing, China Unicom (NYSE: CHU; 0762.HK; 600050.SH) unveiled eight new “RMB 1,000” smartphones with 4-inch displays and CPUs clocking up to 1 GHz, as well as announcing its 3G smartphone policy for 2012.

The eight phones, all priced under RMB 1,500 [US$238], including China Wireless Technologies (2369.HK) subsidiary Yulong’s Coolpad 7260, the Hisense (600060.SH) HS-U8, ZTE (0763.HK; 000063.SZ) V889D, Huawei U8818, Lenovo (0992.HK) A750, TCL Communication Technology (2618.HK) W989, Amoi N89, and Philips W635. The Coolpad 7260 and Hisense HS-U8 hit the market in late December 2011.

Unicom expects China’s RMB 1,000 smartphone market to reach 90 mln units sold in 2012, while 60 mln smartphones priced between RMB 1,000 and RMB 2,000 will be sold, including both well-known domestic and international brands. Unicom expects the iPhone to continue to be the carrier’s flagship strategic product in the high-end RMB 2,000 or more smartphone market, and Unicom will continue to strengthen its line-up of operator-customized Android smartphones as well as a range of Windows Phone handsets. Unicom will also push dual-mode, dual-standby, dual-SIM smartphones.

The WCDMA/GSM dual-SIM, dual-standby Coolpad 7260 features a 4-inch WVGA 16 mln color HD multitouch display, Android 2.3, and Coolpad’s secure cloud services. The Hisense HS-U8 WCDMA/GSM dual-SIM, dual-standby smartphone is 1.6 mm thick and features a 5 MP autofocus camera and 3 MP front-facing camera. Both are available with contract plans. Customers who select the RMB 96 [US$15] per month two-year contract plan can receive the handset for free with a RMB 1,599 prepaid deposit. Users who purchase a smartphone without a contract plan for RMB 1,299 can later select a two-year contract plan starting at RMB 46 [US$7.3] per month and receive free calling credit.

China Unicom’s 3G network already covers 341 cities and over 95% of county towns nationwide. HSPA+ peak downlink speeds reach up to 21 MB in 56 key cities. Nearly 20,000 Unicom service centers offer 3G services, as well as nearly 10,000 non-operator stores run by hundreds of major retail chains. Unicom 3G service is also available through mainstream e-commerce channels. According to a source within Unicom, non-operator channels contribute over 50% of China Unicom’s 3G growth.

According to an industry source, China has 900 mln handset users, 90% of whom have a handset priced under RMB 2,000.

Regarding the full contract plan the only available information is from the Chinese press release: China Unicom released eight new definition of thousands of intelligent machines new 4.0 series [translated by Google, Dec 26, 2011]

Attachment: Cool 7260, Hisense HS-U8 contract plans

(A) “Stored send phone calls” contract plan

(B) “purchase mobile phones to send calls” contract plan

China Unicom releases low-end smartphones to woo 3G users [Want China Times, Dec 28, 2011 ]

image
A China Unicom promotion offers free smartphones paired with 3G service packages.

China Unicom, one of China’s three major state-run telecom operators, has teamed up with several local cell phone vendors to launch its latest low-end smartphone in a bid to attract more 3G users.

Along with eight handset vendors — including Hisense, ZTE and Huawei — China Unicom on Monday unveiled its latest low-end smartphone, marketed as the “1,000-yuan (US$158) smartphone 4.0.” The new smartphone is equipped with a 1GHz processor and 4.0-inch screen, an improvement over the 3.5-inch screen of an earlier model.

The launch is widely seen as a move to attract more phone users to 3G smartphones. The number of [W-CDMA i.e. China Unicom’s] 3G users in China has increased to over 36 million, just three years after 3G licenses were made available in 2009.

“(The phone) is a win-win situation for chip makers, cell phone manufacturers and distribution vendors, and the boost in the 3G business is attributable to inexpensive cell phones,” said China Unicom general manager Lu Yimin.

“The launch of the inexpensive 4-inch-screen phone signals that the battleground has shifted from high-end phones to mid- to low-end phones,” said Fu Liang, an independent analyst.

Telecom operators agree that lowering the prices of 3G smartphones will be key in bringing the technology to 2G subscribers, who mainly use mobile phones to make calls, the analyst said. They realize that a price tag of 1,000 yuan will be instrumental in initiating that shift, the analyst said.

The boost to business is most obvious among handsets jointly launched by Chinese electronics makers Lenovo and ZTE. The two companies currently lead the market for phones that use the WCDMA network standard, with Lenovo selling 340,000 of its A60 phones and ZTE selling 240,000 of its V880 handsets per month, according to an analyst. In 2012, the analyst estimated, the number of phones priced under 1,000 yuan will climb to 90 million, while those priced between 1,000 and 2,000 yuan (US$316) will number around 60 million.

China Unicom has seen its 3G subscribers rapidly increase since it partnered with cell phone vendors such as Huawei and Lenovo to roll out inexpensive models in China. According to data from the three major telecom operators in China — China Unicom, China Telecom and China Mobile — 3G subscribers using China Unicom’s network increased to by 3.38 million in November, while China Mobile and China Telecom saw their 3G users rise to by 2.68 million and 2.16 million, respectively.

China Unicom today released an upgraded version of the new definition of thousands of intelligent machines 4.0 [Google translation, Dec 26, 2011]

… The first listing contains the models are Coolpad 7260 [酷派 Yulong], Hisense [海信] HS-U8, ZTE [中兴] V889D, Huawei [华为] U8818, Lenovo [联想] A750, TCL A996, Amoi [厦新] N89 and Philips* W635 …image_thumb3

* Sang Fei [桑菲通信]:

Sang Fei is one of China’s biggest mobile communication enterprises with a large export market and a fast-emerging domestic brand presence. A core subsidiary of China Electronics Corporation (CEC) [a highly specialized contract manufacturer in Taiwan] and SED Group [Shenzhen SED Industry Co., Ltd., a state-owned enterprise, which contains 20 solely-funded enterprises and Joint Ventures enterprises, is a publicly listed company on the Shenzhen Stock Exchange [from: the staff is over 5000, the yearly turnover is over 1000 million of U.S Dollar]] …

Sang Fei has evolved into a multi-million mobile communications player on the international stage since it was established in 1996 as a joint venture between electronics giant Royal Dutch Philips Electronics Ltd and SED. In 2007, its official buyout of Philip’s global mobile phone businessof Philips, backed by decades of knowledge transfer from the Dutch company, marked the beginning of a new chapter in Sang Fei’s history.

Although it has retained the world-famous Philips brand for its mobile phone products, Sang Fei has stamped its own mark on the business. With an accumulated output exceeding tens of millions, its mobile phones are well recognized by both the industry and customers from home and abroad …

Platform Qualcomm Snapdragon S1 [Google translation, Dec 26, 2011]

… Five models are using Qualcomm Snapdragon S1

  • Coolpad 7260
    [MSM7227T based with 800 MHz ARM11 processor, 4” display],
  • Hisense HS-U8
    [MSM7227A based with Cortex A5 processor],
  • ZTE V889D
    [MSM7227A based with 1.0 GHz Cortex A5 processor, 4” display],
  • Huawei U8818 [MSM7227A based with 1.0 GHz Cortex A5 processor, 4” display] and
  • Philips [Sang Fei] W635 [MSM7227A based with 1.0 GHz Cortex A5 processor, 4” display]. …

[i.e. Lenovo A750, TCL A996 and Amoi N89 are not:

  • Lenovo A750 has MediaTek MT6575 SoC with a 1.0 GHz Cortex-A9 core and HSPA+ support, and 4” display
  • Amoi N89 quite probably has MediaTek MT6575 SoC with a 1.0 GHz Cortex-A9 core … as well
  • TCL A996, meanwhile has the following specifications:
  • Network standard: GSM / WCDMA
  • Size: 123 × 65.5 × 12.9mm
  • Screen: 4.0 inch IPScapacitive screen resolution of WVGA (480 × 800)
  • Battery Capacity: 1500mAh
  • Standby time: 300 hours
  • Talk time: 4 hours
  • Operating System: Android 2.3
  • Processor: [Broadcom ARM11-based] BCM 21552
  • Memory: RAM 512MB/ROM 512MB, support Micro SD expansion (up to 32GB)

image_thumb9[1]]

TCL increases smartphone sales 24x to over 1 mln units [Dec 9, 2011]

Chinese handset maker TCL shipped 1.1 million smartphones as part of the 39.15 million units of mobile phones and other products it sold in January-November, 24 times more than the 42,384 smartphones it shipped in the year-earlier period, when total product shipments stood at 39.15 million units. Due to the increasing popularity of handsets that carry social networking functions, the group continued to launch more Facebook phones, strengthening its brand reputation and expanding market share. In November, FrenchTelecom-Orange announced that it would launch the first of three new phones featuring a Facebook key, the Alcatel One Touch 908F. TCL said that the Alcatel phones with Facebook keys are set to be launched across Africa and Europe before the end of the year. TCL, which produced the Vodafone 555 Blue phone as a white-label product, expects its Alcatel One Touch branded phones to raise the product mix towards higher revenue-earning smartphones. TCL is also involved in future mobile technologies, including Terahertz spectrum (0.1-10THz). Still not fully utitilised, the band is being considered in China where TCL has produced a phone supporting THz communications, the Xianguyn A919.

Top TCL Executive Visits Taiwan’s Electronics Makers With Huge Procurement Hint [Dec 7, 2011]

Taipei, Dec. 7, 2011 (CENS)–TCL Corp. Chairman and Chief Executive Officer Li Dongsheng said his company will not limit spending on procurements of Taiwan’s electronics products when recently visiting some Taiwanese electronics heavyweights, including chip vendor MediaTek Inc.

TCL, currently the world’s 25th biggest producer of household appliances, plans to ship 12 million LCD TVs and 50 million mobile phones in 2012. Industry executives estimated the company to budget more than US$1 billion for sourcing Taiwan’s electronics products next year.

Among Taiwan’s contract suppliers on TCL’s outsourcing lists are MediaTek Inc., AU Optronics Corp. (AUO), and Chimei Innolux Corp. Li visited MediaTek’s and AUO’s Taiwan headquarters a few days ago. He said his talk with MediaTek Chairman M.K. Cai mainly focused on cooperation over smartphone development.

However, both AUO and MediaTek executives declined to comment on the meetings.

TCL is now MediaTek’s biggest customer, purchasing up to 30 million mobile phone chipsets from MediaTek in 2010. Li touted that TCL is already among the mainland’s first-tier handset makers, shipping around 45 million systems in 2011. The company shipped 36.2 million mobile phones in 2010.

Taiwan’s industry executives noted that TCL is also one of MediaTek’s major customers of TV chips. TCL has reportedly designed MediaTek MT6573 chip, MediaTek’s first 3.75G 3.5G smartphone chip unveiled early this year, into its mobile phones. MediaTek’s 3D TV chip launched early this year has also entered into TCL TVs.

Handset chips and TV chips have accounted for over 90% of MediaTek’s revenue.

Li pointed out that unlike tepid LCD TV demands in Europe and North America, the mainland’s LCD TV market will grow at least 10% in 2011. He estimated the mainland to turn out a total of 90 million LCD TVs throughout this year, with nearly half of which set aside for the mainland’s domestic market. Although TCL has secured supply of 30 million LCD panels with LCD maker BOE Co., Ltd. of the mainland, the volume is far short of its demand.

Li stressed that his company has entered into cooperation with LCD maker AUO and several Taiwanese LED makers to ensure steady supplies for its TVs.

Backend firms gearing up for new MediaTek solution [Dec 23, 2011]

IC packagers Advanced Semiconductor Engineering (ASE) and Siliconware Precision Industries (SPIL), and substrate makers Unimicron Technology and Kinsus Interconnect Technology are all getting ready for the launch of MediaTek’s MT6575 single-chip solution, according to industry sources.

The upcoming MT6575 will run at 1GHz – an upgrade from 650MHz that the predecessor MT6573 has – targeting growing demand for low-cost smartphones. MediaTek adopts the advanced 40nm process for its MT6575 chip line, and uses wire bonding instead of flip-chip packaging in the products for cost reasons, the sources indicated.
[from: MediaTek MT6575 chips [are] using the new 40-nanometer process, compared with the previous generation chip [the] MT6573 [is] smaller, [the] single-wafer die production is up to 1,200 pieces, [which is] an increase of nearly 50%, [thus] help[ing to] reduce costs.]

MediaTek has delivered samples of the new MT6575 solution for design-in to about 40 companies since December, the sources said. It expects to start shipping in volume to customers between January and February 2012, the sources noted. [from: first in December for a small amount of trial production, about 400,000 single month]

Shipments of MediaTek’s MT6575 solution are likely to top 1.5 million units in January, and further expand to three million in February, the sources estimated. The anticipated boost in shipments will buoy sales at its backend suppliers in the first quarter of 2012, the sources said.

ASE remarked at its most recent investors meeting that shipments would decrease 3-4% sequentially in the last quarter of 2011. Looking forward, fewer working days in January might affect the company’s sales performance, said ASE, without elaborating further.

Kinsus has estimated flat sequential growth in fourth-quarter sales. Sales for the first quarter of 2012 would slide as a result of seasonal factors, the company said.

From a MediaTek product document:

MT6573(ap+modem+pmu) + MT6162(rf) + MT662(wifi,gps,bt,fm)

MT6573: ARM11 AP, ARM9 Modem processor,HSPA。
MT6573: 8 Mega pixel camera, OpenGL ES2.0

MediaTek MT6573 is a highly integrated 3G system-on-chip (SOC) which incorporates advanced features like HSPA R6 modem, 650MHz ARM11 CPU, 3D graphics(OpenGL|ES 2.0), 8M camera ISP, LPDDR 400MHz, FWVGA(854×480) video decoder. MT6573 can helps phone manufacturers build high performance 3G smart phone with PC-like browser, 3D gaming and cinema class home entertainment experience.

World-Leading Technology:

Based on MediaTek’s world-leading mobile chip SOC architecture and 65nm advanced process, the MT6573 is the grand new generation smart phone SOC. It integrates the MediaTek HSPA R6 modem, 650MHz CPU, 3D graphics, FWVGA video decoder and power management unit.

Rich Feature for High Valued Product:

To enrich camera feature, MT6573 equips a 8M camera ISP with advanced features like auto focus, anti-handshake, continuous video AF, face detection, burst shot, optical zoom, panorama view and 3D photo.

Incredible Browser experience:

The 650MHz CPU brings PC-like browser experience and help accelerate OpenGL|ES 2.0 3D Adobe Flash 10 rendering performance to an unbeatable level.

3G chip market opening price war or acceleration of intelligent mobile phone [Dec 15, 2011]

… With MT6573 scenery, MediaTek then released their latest MT6575, treatment efficacy faster, as high chip MSM7227A. Frequency up to 1GHz, using ARM CortexA9, support for HSPA+. By comparison, MT6573 is inferior many, the chip using ARM11 AP processor frequency is 650 MHz, modem support HSPA speed of 7.2Mbps / 5.76Mbps. …

MediaTek reiterates 4Q11 sales guidance [Dec 29, 2011]

Following a report regarding falling feature phone and smartphone demand in China, MediaTek has said its sales guidance for the current fourth quarter should remain on track. MediaTek expects fourth-quarter sales to fall somewhere between a decrease of 2% to an increase of 5% sequentially.

MediaTek’s consolidated revenues for October and November totaled NT$15.16 billion, already making up 62-66% of the company’s targeted NT$22.9-24.5 billion for the fourth quarter.

Industry sources were quoted in a recent report suggesting a recent slowdown in chip orders from China’s handset market would imply an early arrival of the low season. Many Taiwan-based handset chip suppliers, which rely heavily on the China market, might report 5-10% sequential decreases in December revenues, the sources were quoted as saying.

Qualcomm cuts chip prices for Chinese smartphones [Dec 25, 2011]

Deep price cuts in new dual-core chips produced by American telecom equipment manufacturer Qualcommand used in smartphones produced in China could intensify competition between the company and Taiwan-based integrated circuit designer MediaTek.

The move marks the beginning of a new round of price slashing, Gao Guiming, senior vice president of A’Hong Communication & Digital Information, told the Shanghai-based First Financial Daily.

The US$7 reduction in the price of Qualcomm’s new dual-core chips will pit the company in direct competition with MediaTek in the market for smartphones priced at around 1,000 yuan (US$158). Gao pointed out that MediaTek remains a follower in the smartphone market and that Qualcomm’s price cut will force the Taiwanese firm to follow suit in order to expand its market share in China.

Smartphone shipments in China reached 24 million units in the third quarter of 2011, surging 58% from the second quarter and leading the country to pass the US as the world’s biggest market for the devices, according to data compiled by research and consulting firm Strategy Analytics. Total sales volume in China is projected to expand to 153 million phones in 2012.

Qualcomm’s latest price cut signals its plan to supply smartphone manufacturers with “public boards” designed for common use by various producers to quickly develop low-cost handsets.

Qian Zhijun, product director at Qualcomm China, revealed at a summit on smartphones held in Shenzhen last month that his company’s new research and development center in Shanghai will help producers shorten the time needed to roll out new products. Qualcomm aims to use its QRD development platform to help producers put new models on the market within 30-60 days, compared with the more than six months required today.

Sources at MediaTek say there is still no news about the company’s possible plans to cut prices in response. MediaTek president Hsieh Ching-chiang stressed in November that providing customers with low-cost customized chips has long been the company’s forte and that the smartphone sector will see little change.

Hsieh implied that MediaTek still has an advantage over Qualcomm in terms of offering more comprehensive services to clients. He revealed that MediaTek has shifted most of its resources to the smartphone sector. Hsieh expects the company’s shipments of dual-core chips for intelligent handsets to double to 20 million sets in 2012.

Liu Wenquan, an industry analyst based in Shenzhen, says an intense price war is unlikely in the near future as aggressive promotion by Chinese telecom service carriers has brought about skyrocketing demand for low-cost smartphones. MediaTek’s MT6573 chips are still in short supply, he said.

Analysts said Qualcomm’s major targets in China are larger smartphone producers, not mobile phone copycats. Senior vice president Jeff Lorbeck stated that the QRD development platform will be open mainly to companies that have already won Qualcomm technology certification and authorization.

Further, Qualcomm’s price still hovers about US$10 higher than similar products from MediaTek, which maintains the advantage of higher flexibility as well as closer and smoother communication with Chinese smartphone manufacturers.

Gu Wenjun, an analyst at market research firm iSuppli, said the Chinese market is too big and diverse for any single chip supplier to maintain a dominant role. The best policy for Qualcomm and MediaTek is to take better care of their largest clients, he suggested. Smartphone manufacturers are expected to continue the policy of choosing two or even three core chip suppliers in order to produce a variety of smartphones to satisfy consumers’ tastes, added Gu.

ZTE Skate [V960] Review CNET [cnetuk, Nov 23, 2011]

In this video review, Amie Parker-Williams does a double take when she gets her mitts on the ZTE Skate, the identical twin of the Orange Monte Carlo. While the two phones may have been cast in the same mold in terms of design, the Skate thankfully comes without the Orange bloatware, and is better off for it. Hit play to take a closer look at this glossy Android blower.

China Unicom Hopes To Sell Cheaper Phones Next Year [Dec 20, 2011]

Chinese telecom operator China Unicom announced its strategic focus for 2012 and said it will focus on the sales of phones with the prices between CNY1,000 and CNY2,000.

On December 12, 2011, China Unicom and ZTE, the Chinese telecom equipment maker, jointly launched a customized phone named Skate V960, which is recognized as a strategic productby Yu Yingtao, general manager for the sales department of China Unicom.

Yu previously revealed during an interview that many manufacturers were developing phones with the prices between CNY1,000 and CNY2,000 and China Unicom will bring surprises to users in 2012. The company plans to introduce more cost-effective products then.

Following the launch of Skate V960, other Chinese and International makers such as Huawei, Motorola, HTC, and Samsung will provide more options in this price range, said Yu. Products of this price range hold a 20% share of the market in China, which means a user group of about 50 million people. Therefore, China Unicom will cooperate with first-class makers in China and the world to meet the demands of these consumers.

However, Yu pointed out that it does not mean the company will focus less on smartphones with prices lower than CNY1,000, because these products own 63% share of the market and more international brands expressed their intention to launch CNY1,000 smartphones. According to Yu, for the year 2011, China Unicom’s sales of CNY1,000 smartphones made by ZTE, Huawei, Lenovo, Coolpad, and Amoi is expected to be over 10 million units.

ZTE SKATE [V960], Smart Choice, Bright Life [ZTEGlobal, Sept 22, 2011]

ZTE Smartphone Sales Top 12M Units [Dec 13, 2011]

ZTE Corporation (000063, 0763.HK) has met its 2011 annual sales target of 12 million smartphones, reports 163.com, citing company vice president He Shiyou. The companysold three million smartphones last year.

He said ZTE is currently planning its 2012 sales target, and that there will be more than a doublingof the smartphone sales target.

ZTE and China Unicom (600050, 0762.HK) jointly launched the Skate V960 smartphone priced at 1,499 yuanon December 12.

The Skate V960 mobile phone was first rolled out in overseas markets, including Brazil, Spain, Hong Kong, Germany and the U.S., before its launch in the domestic market.

He said ZTE will continue to cooperate with operators in terminal sales, and will develop other sales channels as well.

ZTE Skate – Light your smart world [ZTEGlobal, Oct 13, 2011]

ZTE V960 [= Skate] product page[translated by Google, Sept 23, 2011]

    • Frequency range GSM: 900/1800/1900 UMTS: 900/2100 HSDPA: 7.2Mbps DL
    • Chipset Qualcomm MSM7227-T [800 MHz]
    • Size 126.5 * 68 * 11.2mm
    • Weight 140g (with battery)
    • Antenna comes with built-in antenna modeling straight memory
    • Memory: 200 MB of available space is greater than the available expansion card memory MicroSD memory card expansion (up to 32 GB)
    • The main screen 800 * 480 pixels, 262K TFT color screen, 4.3-inch external screen without camera
    • 5M pixel camera take a picture: up to 2560 * 1920,
    • Shooting video: up to 640 * 480
    • Digital zoom: 1.6 times
    • Battery Standard battery: Li-ion 1400 mAh
    • Side keys (volume keys) with the keyboard menu, home, back
    • Touch-screen full-touch capacitive touch-screen interface,
    • Bluetooth extension, MicroSD card, USB 2.0 Full Speed
    • SIM card insertion, 3V, 1.8V
    • Stereo headphones with a microphone headset hands-free speaker with charger 5pin Micro-USB
    • Sensor support gravity sensor, light sensor, proximity sensor

China-based branded smartphone vendors to produce sub-US$100 models [Nov 3, 2011]

China-based branded handset vendors including Lenovo, ZTE and Huawei Technologies are expected to venture into the production of smartphone models with a price tag of around US$100 in 2012 – a move which will add pressure on white-box vendorsin China as well as on upstream parts and components suppliers, according to industry sources.

The China-based makers are responding to growing competition from foreign branded smartphones vendors including HTC, Apple and Samsung Electronics, which have recently expanded their product lineups for the entry-level and mid-range markets, the sources noted.

Although HTC has refuted market rumors that it plans to launch smartphones for the US$100 segment, the sources said HTC has been trying to reduce its production costs by introducing models with comparable hardware specifications but running on different operating systems.

Taking the HTC Titan and HTC Sensational XL for example, the hardware specifications of the two models are comparable, but the HTC Titan runs on Windows Phone platform, while the HTC Sensational XL is powered by Android 2.3.4.

Apple’s launch of 8GB iPhone 4 and iPhone 3GS is also a vivid indication of the vendor’s ambition to expand its share in the entry-level and mid-range smartphone segments, the sources commented.

Qualcomm competing with MediaTek in China market with price competition [Dec 6, 2011]

In view of increasing adoption of the MT6575, a 1GHz chip solution developed by Taiwan-based MediaTek for use in 3G handsets and smartphones, by several China-based vendors and white-box clients, Qualcomm has lowered its quotes by keeping them close to MediaTek in order to strengthen its price competitiveness, according to China-based white-box vendors.

Following selling the 650MHz chip MT6573 in the China market during early October peak sales period, MediaTek has begun offering the MT6575featuring mainstream a computing speed of 1GHz and four functions, GPS, FM, Bluetooth and Wi-Fi, in one chip. The specifications plus price and rich content available on MediaTek’s handset development platform have made M6575 strongly competitive in the China market, the sources indicated.

Qualcomm has had its MSM7727 and MSM7727Acompete with MediaTek’s MT6573 and MT6575 respectively, the sources noted.

Based on a general price level of about US$10 for a 3G handset chip, the MT6575 is competitive enough in price, the sources indicated. To be competitive, Qualcomm has to decrease prices because its quotes for 3G handset chip solutions are mostly higher than MediaTek by more than 20%, the sources pointed out.

The competition for 3G handset chip solutions between Qualcomm and MediaTek will extend from China to emerging markets in 2012, the sources indicated.

The new frontier in mobile computing: Q&A with Qualcomm EVP Steve Mollenkopf [May 31, 2011]

Q: Convergence has been talked about for years, why is now such a critical time in the evolution of the market?

A: If you look at the current market situation, there are there are three areas that have driven the industry to reach critical mass.

First of all, advancements in semiconductor designhave substantially increased the amount of computing power that you be put into the small thermal envelope needed to efficiently power a mobile phone or portable device. What this means is that you can now put the same processing power in a smartphone or another type of handheld device that used to be in a notebook, and that is really opening up the market to new designs and usage models.

The second thing that is shaping the current market is that the shift to next-generation mobile networkshas meant that a lot of data can be quickly delivered to – and enjoyed by – mobile devices, with multimedia and Internet content driving demand. High-speed 3G and 4G networks really enable an enormous amount of connectivity to occur with mobile devices.

The third area where the market is really evolving is that the dynamics of the software markethave changed a great deal. Most developers used to focus on the PC ecosystem, and a major priority driving software vendors in the past was making sure that they maintained backward compatibility for their applications. If you look at the market now, most people are developing for smartphone platforms and those platforms are migrating up. This has broken the link of being encumbered by legacy applications. This phenomena is only going to accelerate even more as we move into cloud computing and most user data and applications end up being positioned somewhere in the cloud.

So what this means is that currently there is a kind of perfect stormin the mobile environment that is bringing the best of all worlds together. It is really going to change the way mobile devices are used and it is also going to change the technology in them.

Q: While users are expecting more from their mobile devices, system providers have to deal with more complexity, making it harder to quickly deliver products to market. Can you explain how Qualcomm can help enable its partners in this area?

A: It’s true. What you see, particularly as you start moving into mobile computing is that the devices are very complex. For market players, this means that your solution needs to excel along many different vectors. It has to have a high-performing processor. It has to have a high-performing graphics engine. It has to have a high-performing modem. It has to be a high performing connectivity solution.

Moreover, all of those areas need to be blended together in an optimal manner. It doesn’t make sense for a device to simply be a collection of assets. All the areas need to work properly together for that system to be a success. What that means for semiconductor solution providers is that you need to have all of these assets in house in order to best enable your customers.

Really, when the complexity of the solution becomes quite high, it is going to be very difficult for many players to deliver that system solution efficiently and at the speed that is required in order to be competitive in the market. A lot of solution providers may excel in one area or another, but not really in all areas. This makes things more difficult for downstream system providers. What Qualcomm has endeavored to achieve is to try to excel across multiple vectors. We have been lucky in that we have had the scale to invest, to allow us to be successful.

Q: Can you tell us a bit about your hardware features, especially Snapdragon?

A: Referring back to Qualcomm being able to succeed across multiple vectors, the Snapdragon is a perfect example. One misconception many users have about Snapdragon is that it is a processor but Snapdragon is an integrated system. It doesn’t refer solely to the processor or to the graphics engine. It doesn’t refer to the connectivity assetsor the modem individually. It refers to all of them together in an integrated solution.

Looking back at the first Snapdragon we did, which was really the first 1GhHz processor in a mobile phone; that was when we really began enabling the market with a much differentiated product relative to what the market had seen before. We are now on our fourth generation productand we will continue investing heavily in the platform as we move forward.

In terms of processing on the ARM-based Snapdragon platform, we currently have a mix of the highest performance and lowest power mix in the industry with our 28nm versions of the device. On the network side, Qualcomm has always been known as a leading modem company and we integrate the modem into the processor. Together with the GPU, the SoC (system on chip) family of solutions delivers one of the most integrated solutions today. In addition to providing us with a leadership position, this is pretty important because it allows our partners to develop unique designs. For example, the first LTE smartphone from Verizon is built around our Snapdragon platform.

And it is not just about hardware. A solution provider needs to be able to deliver software support as well. For example, currently we deliver Android over multiple chipsets at the same time. This is important because there are many tiers of devices, from high-end tablets down to entry level smartphones. With Qualcomm being able to deliver solutions that cover all market segments, we enable our partners to be competitive with a full range of products as well.

We started talking about complexity and finished with integration, but integration is really just the ability to pull together many different types of technologies into one easily deliverable package, whether it is one physical package or one system solution tied together by one set of software. As the market progresses and becomes more complex, fewer companies can deliver on this. That is why Qualcomm is leading the way.

Q: How does this level of integration help you enable your partners?

A:Combining all the levels of integration in our family of solutions allows for more creativity for system houses. OEMs can spend their resources and investment in areas that help differentiate their products. It is a much more efficient way to deliver technology.

In addition, our highly integrated solution actually expands the market by enabling more partners to participate in system design. By providing so much to our partners, we don’t limit our customer base to companies with very large engineering teams only. Many more companies are able to go to market with our products.

Taiwan foundries cut prices 10-15% [Dec 30, 2011]

Taiwan-based foundry service providers have cut their prices for wafers built on mature node processes to reflect lower production costs, according to sources at IC design firm. The move is also aimed to encourage customers to build inventory, the sources said.

Some fabless IC firms tend to accept their foundry partners’ low-price offerings in consideration of their long-term relationships, the sources indicated.

Chip inventories throughout the supply chain have actually been lowered to safe levels, the sources said. However, companies hold a wait-and-see attitude rather than restocking because of an uncertain business outlook, the sources pointed out.

Inventories climbed to excessive levels between the end of the second quarter and the beginning of the third quarter, due to a combination of negative macroeconomic factors such as weak consumer confidence in the US and the European crisis.

In other news, despite slow demand for mature process manufacturing, Taiwan Semiconductor Manufacturing Company (TSMC) continues to see orders heat up for advanced 28nm technology, according to sources at non Taiwan-based chip suppliers.

Foundry orders losing momentum [Nov 22, 2011]

Foundry chipmakers have seen short lead-time orders lose momentum, according to industry sources. Short lead-time orders were a key factor contributing to their revenue growth in October and better-than-expected results in the third quarter.

A surge of short lead-time orders was previously expected to emerge around this time amid low inventories in the semiconductor supply chain, the sources pointed out.

But fabless IC clients are now unable to meet order estimates placed earlier with the foundries, and have requested delivery to be delayed until after the first quarter of 2012, the sources indicated.

Major foundry players including Taiwan Semiconductor Manufacturing Company (TSMC) and United Microelectronics Corporation (UMC) might post double-digit sequential dips in revenues for the first quarter of 2012, due to a slowdown in orders, the sources said. Gross margin and operating margin for the quarter will also come under downward pressure along with their utilitzation rate declines, the sources added.

But starting from the middle of the second quarter, foundries are expected to see orders pick upwith clearer order visibility, the sources believe.

TSMC at its most-recent investors meeting estimated consolidated sales for the fourth quarter of 2011 would slip 1-3% sequentially. The firm reported higher-than-expected results for the third quarter driven short lead-time orders.

UMC has guided wafer shipments for the fourth quarter would decrease about 10% sequentially with ASPs up 5%. It did not provide a revenue guidance.

Both TSMC and UMC have not disclosed their revenue forecast for the first quarter of 2012.

China market: Handset demand weak [Dec 26, 2011]

Demand for feature phones in China has turned weaker than expected since the middle of October, according to sources at Taiwan’s LCD driver IC design houses. Smartphone demand in China is also slowing down recently, bringing further adverse impact to some firms’ sales performance, the sources indicated.

The slowdown in orders reflects an early arrival of the low season, the sources observed.

Many of Taiwan’s handset chip suppliers which rely heavily on the China market are likely to report 5-10% sequential decreases in December revenues, the sources estimated, citing falling demand from the region. Sales might further decline 10% or more sequentially in the first quarter of 2012, as a result of fewer working days during the long Chinese New Year holiday and seasonality, the sources noted.

However, most of Taiwan’s handset chip designers will see their sales recover starting the second quarter of 2012 when China-based handset firms’ inventories will be low, the sources said.

MediaTek likely to post higher revenues in December [Dec 21, 2011]

Brisk orders from China-based smartphone vendors who are preparing for Lunar New Year sales campaignsare buoying MediaTek’s sales in December, according to industry sources. The IC design firm is expected to post sequential growth in consolidated revenues for the month, the sources said.

The sources estimated MediaTek’s December consolidated revenues at between NT$7.7 billion (US$255 million) and NT$9.2 billion [US$305 million].

MediaTek previously guided consolidated sales for the fourth quarter would be NT$22.9-24.5 billion, compared to NT$23.38 billion in the third quarter.

MediaTek accumulated NT$79.36 billion [US$2,628 million] in consolidated sales from January through November, a 24.8% decline from 2010.

MediaTek posts lower-than-expected sales in November [Dec 8, 2011]

MediaTek has reported consolidated revenues grew 1.2% sequentially to NT$7.63 billion (US$252.9 million) in November. The figure came below market watcher estimates of NT$8.5-9.5 billion.

MediaTek’s November sales were affected by its China-based white-box clients’ lower-than-expected smartphone shipments, according to industry sources. Shipments were disrupted by tight supplies of ambient light sensorsfrom Texas Advanced Optoelectronic Solutions (TAOS), the sources revealed.

TAOS’ back-end operations in Thailandhave been suspended causing disruptions to its ambient light sensor shipments to customers, which also include brand-name consumer electronics vendors such as Apple, HTC and Nokia, the sources indicated. With its ambient light sensor availability becoming tight, TAOS is giving priority to orders placed by the first-tier brands, at the expense of those from second-tier and China’s white-box companies, the sources said.

TAOS is unlikely to provide adequate supplies of its ambient light sensors by the end of 2011, which would continue to disrupt certain CE manufacturers’ deliveries, the sources noted.

Previous reports quoted industry sources saying MediaTek had enjoyed brisk demand for its solutions targeting low-cost smartphones, and an influx of short lead-time orders from clients in China after the country’s National Day holidays.

MediaTek sales to top NT$9 billion in November [Dec 5, 2011]

Buoyed by an influx of short lead-time orders from handset clients in China, MediaTek will report better-than-expected sales results for November 2011, industry sources have said.

MediaTek’s consolidated revenues are likely to top NT$9 billion (US$298 million) in November, hitting the highest monthly level for 2011, according to the sources. The company saw its sales decrease about 5% sequentially to NT$7.53 billion in October.

MediaTek reportedly has enjoyed brisk demand for its MT6573 smartphone solutiontargeting low-cost smartphones. In particular, demand received a boost driven by orders from China during the country’s National Day holidays in Octonber, the sources observed. Next-generation MT6575 is scheduled to start shipping prior to Lunar New Year, the sources indicated.

The upcoming MT6575 single-chip solution will run at 1GHz, an upgrade from 650MHz that its predecessor has, the sources revealed. In addition to white-box handset makers, a number of brand-name firms targeting the China marketreportedly will adopt the solution from MediaTek, the sources indicated.

MediaTek previously reiterated that its sales estimate of NT$22.9-24.5 billion for the fourth quarter remains unchanged. The company posted consolidated revenues of NT$23.38 billion in the third quarter, up 11.4% sequentially but down 17.1% on year.

Motorola increasing orders to Taiwan production partners, say sources [Dec 6, 2011]

Motorola Mobility has been strengthening its ties with Taiwan-based handset ODMs and parts and components suppliers with procurements from those production partners to increase 10% sequentially in the second half of 2011 and to further expand by 10-15% in 2012, according to sources in the supply chain.

Motorola’s increased orders to Taiwan production partners reflect a steady integration process between Google and Motorola as well as the vendor’s stepped-up efforts to launch new models, including the Razr XT910 flagship model [(Dec) TI OMAP 4430 based, with dual Cortex-A9 @1GHz], the high-end Milestone 3, [ME883 (July), XT860 (Sept) and ME863 (Sept) – all OMAP 4430 based, with dual Cortex-A9 @1GHz], the DEFY+ [MB526 (Sept) OMAP 3620 based, with Cortex-A8 @ 720 MHz] social networking phone and the entry-level XT319 [XT319 (Oct) with Qualcomm MSM7227T @ 800 MHz], in the fourth quarter of 2011, revealed the sources.

Motorola’s ODM handset orders to Taiwan production partners are expected to total 11-13 million units in 2011, of which over 90% are feature phones, estimated the sources, noting that Taiwan ODMs may receive more orders for smartphones from the vendor in 2012.

Motorola’s ODM partners include Arima Communications, Compal Communications and Foxconn International Holdings (FIH), while parts and components suppliers include Merry Electronics and Chi Cheng Enterprise.

Merry has reported consolidated revenues of NT$880 million (US$29.1 million) for November, increasing 25.47% on month and 9.67% on year and representing the highest monthly figures in 47 months, according to a company filing with the Taiwan Stock Exchange (TSE).

MediaTek, Spreadtrum, MStar sharing China market of handset chips [Dec 13, 2011]

Taiwan-based IC design house MediaTek and MStar Semiconductor and China-based fellow company Spreadtrum Communications are sharing the market demand for handset chips, according to China-based white-box vendors of handsets.

MediaTek, following victorious sales of its 3G chip MT6573 during the peak sales period in early October 2011, has launched 1GHz 3G chip MT6575 and received good market response, the sources pointed out. MediaTek’s shipments of MT6575 are expected to peak prior to the 2012 Lunar New Year in late January, the sources indicated.

Spreadtrum has dominated the market segment of TD-SCDMA, China-developed 3G standard, chips, with shipments of TD-SCDMA chip SC8800G on the rise, the sources noted.

While MediaTek and Spreadtrum have shifted focus to 3G chip solutions, MStar has focused on marketing of 2.5/2.75G chips with many new products, the sources indicated. MStar’s monthly shipments of 2.5/2.75G chips have climbed to 5.0 million units, more than triple the level in the first half of 2011, the sources pointed out.

Currently, MediaTek has a market share of 60% for 2.5/2.75G chips, while Spreadtrum and MStar have those of 25% and 10% respectively, the sources noted.

MStar reports on-year revenue growth for November [Dec 9, 2011]

MStar Semiconductor has announced consolidated revenues of NT$3.25 billion (US$107.7 million) for November, down 4.4% on month but up 6.5% on year, according to a company filing the Taiwan Stock Exchange.

For the first 11 months of 2011, revenues amounted to NT$32.52 billion [US$1,077.7 million], increasing 3.5% from a year earlier.

MStar taping out 3.75G [?3.5G?] handset solutions in 4Q11 [Nov 9, 2011]

Taiwan-based IC design house MStar Semiconductor will begin to tape out 3.75G [?3.5G?] handset solutions supporting TD-SCDMA and CDMA technologies soon with end market devices to hit the market in the first quarter of 2012, according to company chairman Wayne Liang.

Shipments of handset solutions will increase 30-50% sequentially in the fourth quarter, pushing handset solution revenues to 15% of the company’s total revenues in the quarter compared to 10% in the third quarter, Liang predicted.

Fourth-quarter revenues are expected to top US$311-329 million, up or down in a range of 3% from the previous quarter, Liang said at an investors conference. Gross margin will range 40-42% in the fourth quarter compared to 42.1% in the last quarter.

Shipments of TV chips will drop slightly in the fourth quarter, and demand for TV chips is expected to continue growing in emerging markets in 2012, but the prospects in the US and Europe are still unclear, said Liang.

MStar posted net profits of NT$1.62 billion (US$53.8 million) in the third quarter, up 7.2% sequentially. Third-quarter earnings translated into an EPS of NT$3.06 compared to NT$3.73 posted by rival MediaTek, according to data from the companies.

China market: 2.5G handset chipset prices falling [Nov 24, 2011]

Prices for 2.5G handset chipsets have slipped more than 10% in the fourth quarter of 2011, and will continue to fall at the same rate in first-quarter 2012 due to continued oversupply in the market, according to sources at white-box handset makersin China.

With branded and white-box handset vendors shifting their focus to smartphones, demand for 2.5G feature phones in China is decelerating, the sources said. Taking sales during China’s National Day holidays last month as an example, supplies were tight for many top-selling smartphones while 2.5G devices were unremarkable, the sources indicated.

As end-market demand began to fall, chipmakers including MediaTek, MStar Semiconductor and Spreadtrum Communications decided to lower their prices for 2.5G solutionsto stimulate demand and protect their market shares, the sources pointed out.

Another cause of the intensified price competition is high similarity of products. MediaTek’s 40nm-made 2.5G chipset that comes with a high level of integration enabled the company to stand out from the crowd in the first half of 2011, when competition with rivals was less fierce, the sources said. However, with MStar and Spreadtrum both launching 40nm, highly-integrated solutions, competition has intensified leading prices to fall in the second half of the year, the sources noted.

In addition, MediaTek, MStar and Spreadtrum have stepped up R&D efforts for the development of 3G WCDMA and TD-SCDMA chipset solutions, according to the sources.

Motorola to adopt MediaTek solutions for WCDMA smartphones, says paper [Oct 14, 2011]

Motorola Mobility will adopt MediaTek’s MT6573 solutions for its WCDMA-enabled smartphones, the Chinese-language Commercial Timescited Daiwa Securities analyst Chen Hui-ming as indicating.

Motorola’s order volume to MediaTek is still unclear as it will depend on market demand during the upcoming Lunar New Year holidays as well as Motorola’s cooperation with China-based telecom carriers, Chen was quoted as saying.

In addition, China-based Huawei Technologies is also likely to adopt smartphone solutions from MediaTek in early 2012, said Chen, but added that Huawei is going to buy MediaTek’s new 3.75G solution, the MT6575, instead of the MT6573. Huawei previously purchased most of its handset solutions from Qualcomm.

MediaTek Pursuing Japan’s 4G Biz [Nov 30, 2011]

… MediaTek President C.J Hsieh touted that MediaTek chipsets are not inferior to Qualcomm’s. MediaTek MT6573, for instance, supports EDGE and WCDMA specifications with its Bluetooth, LAN, GPS and FM wireless designs.

The company plans to ship 20 million smartphone chipsets in 2012, 10 million more than its goal for 2011. Totally, the company will deliver 550 million chipsets for various types of handsets this year. The shipment increase comes against the backdrop of the forecast that global market penetration of smartphones will increase to 50% from 2011’s projected 30%.

Hsieh believed that his company’s smartphone chipsets will be quickly flowing into global markets along with its mainland Chinese customers striving to ship mobile phones to Europe and North America.

Orders for MediaTek 3.75G 3.5G smartphone chip soaring [Oct 13, 2011]

China’s brand-name handset vendors, including Lenovo, ZTE and TCL, have ordered more MT6573 3.75G 3.5G smartphone chips from MediaTek, according to industry sources. To meet the continued rising demand, the fabless IC firm has asked for additional foundry capacity equivalent to 6,000-8,000 12-inch wafers from United Microelectronics Corporation(UMC), the sources indicated.

Backend service providers including Advanced Semiconductor Engineering (ASE), Siliconware Precision Industries (SPIL), King Yuan Electronics (KYEC) and Sigurd Microelectronics are also pinpointed by the sources as beneficiaries of the increased orders.

MediaTek released additional orders to UMC as well as Taiwan Semiconductor Manufacturing Company (TSMC) for foundry services in August – equivalent to a combined 25,000 12-inch wafers – to satisfy brisk demand for its MT6573 solution, which is gaining acceptance from the company’s principal customers in China, the sources revealed.

MediaTek is expected to see monthly shipments of its MT6573 chipset solutions to reach 1-1.5 million units in October and November, and continue expanding to 3.5-4 million in December, the sources estimated. The growing shipments will boost the company’s sales in the fourth quarter of 2011, the sources said.

In addition, acknowledging the MT6573’s popularity, Huawei Technologies reportedly is asking MediaTek to accelerate development of the chip’s successor, the sources said. Dubbed the MT6575, the next-generation single-chip solution could start shipping as early as the first quarter of 2012, the sources indicated.

MediaTek shares closed up 2% at NT$336 (US$11.10) on the Taiwan Stock Exchange on October 13. The price scored the highest in eight trading days.

In other news, ASE, SPIL, KYEC and Sigurd are likely to see their revenues for the fourth quarter of 2011 stay flat sequentially, the best-case scenario amid a global economic downturn, according to the sources. Orders from MediaTek as well as the depreciation of the NT dollar are seen as the major contributing factors.

MediaTek asks for additional capacity from UMC due to increased orders for MT6573 chip [Aug 24, 2011]

Due higher than expected orders for its MT6573 3.75G smartphone chip, MediaTek has asked for additional foundry capacity equivalent to several thousands of wafers from United Microelectronics Corporation (UMC), according to industry sources.

MT6573 has been adopted by Lenovo and other China-based vendors because its FOB price of US$60-70is much lower than US$100-120 quoted by MediaTek’s competitors and functional performance is better, the sources said. Based on orders received, MediaTek will ship more than one million MT6573 chips in September 2011, with monthly shipments to increase to 2-3 million chips in November and December, the sources indicated.

Due to the additional orders for foundry services, UMC has offered a 10% discount for all orders from MediaTek, the sources indicated. Similarly, MediaTek has asked Advanced Semiconductor Engineering and Siliconware Precision Industries to offer a 10% discount on IC packaging and testing services for the fourth quarter in exchange for additional orders, the sources said.

MediaTek profits improve sequentially in 3Q11 [Oct 28, 2011]

MediaTek has announced net income of NT$4.07 billion (US$135.38 million) for the third quarter of 2011, an increase of 22.4% from the prior quarter, but down 41.6% from the year-ago quarter. Third-quarter EPS were NT$3.73, compared with NT$3.05 in the previous quarter and NT$6.39 of a year earlier.

Consolidated revenues amounted to NT$23.376 billion [US$777.6 million] in the third quarter, up 11.4% sequentially but down 17.1% from a year earlier. The on-quarter revenue growth was mainly driven by seasonality and the increase of handset sales volume.

Third-quarter gross margin was 45.1%, or 0.8pps and 7.1pps lower than the previous quarter and the same period of last year, respectively, due mainly to decreased handset chipset prices.

MediaTek 3.5G-chip shipments likely to hit 1 million mark in September [Sept 30, 2011]

Shipments of MediaTek’s MT6573 3.5G chipset solution approached one million units in August, and are likely to exceed the mark in September, according to industry sources. Shipments have been fueled by roll-outs of new 3G handsets in China.

Monthly shipments of MediaTek’s MT6573 chips are expected to reach 1.5 million units in the fourth quarter, and climb further to two million in 2012, the sources said.

However, MediaTek has internally estimated that its sales for September will decrease slightly from August levels, the sources indicated. The company also maintained its revenue guidance for the third quarter at NT$22-23 billion (US$721.5 million-754.3 million), the sources revealed.

The sources previously predicted that MediaTek’s September sales would post another on-month growth following the 16.3% sequential rise in August. But a number of clients in China had actually made advance orders, which constrained the company’s sales growth in September.

MediaTek’s sales for the fourth quarter are set to decline about 10% sequentially, due to generally low order visibility, the sources said. The company has not given its outlook for the quarter.

Lenovo places short lead-time 3G chipset solution orders with MediaTek, says paper [Sept 27, 2011]

Lenovo has placed short lead-time orders for MT6573 3G solutions with MediaTek recently as the first batch of 500,000 units of its A60 smartphone, priced at CNY1,000 (US$156), have nearly sold out since the device launched in August, according to a Chinese-language Commercial Timesreport.

Due to strong sales of the A60, other vendors in China, including ZTE, Huawei Technologies, and Beijing Tianyu Communication Equipment, plan to launch low-priced smartphones soon, with chipset solutions also coming from MediaTek, the paper said.

MediaTek’s shipments of MT6573 chips are expected to top 1.2-1.3 million units a month prior to the arrival of the Lunar New Year holiday, which begins on January 22, 2012, added the paper.

Short lead-time orders buoying TSMC sales [Sept 14, 2011]

Taiwan Semiconductor Manufacturing Company ((TSMC) has disclosed that its consolidated revenues for the third quarter of 2011 are expected to exceed its guidance given in July, thanks to some “rush” orders from customers.

Industry sources speculate that the short lead-time orders were placed by the foundry’s fabless clients including Qualcomm, Broadcom, MediaTek and MStarSemiconductor, which enjoyed rising demand for their smartphone solutions targeting China and other emerging markets.

However, demand for smartphones coming from the Europe, Japan and US markets remain sluggish, the sources indicated. The major chip providers actually are bracing for unusual weak demand during the Christmas and year-end shopping season, the sources added.

TSMC’s sales and utilization rate for the fourth quarter may come under downward pressure, as order visibility remains opaque, the sources said.

TSMC reported NT$37.64 billion (US$1.29 billion) in consolidated revenues for August 2011, up 6.2% sequentially. Consolidated sales for July and August totaled NT$73.08 billion, already making up 69-72% of the company’s targeted NT$102-104 billion for the third quarter.

LENOVO LePhone A60 [Sept 9, 2011]

Price: USD169.00

image_thumb9

Specifications

  • Features
    Android 2.3 / Capacitive / Dual-SIM Dual-stanby
  • Network
    GSM + GSM or GSM + WCDMA, WCDMA:900/2100, GPRS/EDGE:900/1800/1900
  • Processor
    MTK MT6573 650MHz / GPU PowerVR SGX 531
  • RAM
    256MB RAM
  • Flash Memory
    512MB ROM
  • Expansion Memory
    Extend Memory up to 32GB micro sd card
  • Operating System
    Androind 2.3
  • Languages
    Multi-language: English, Chinese
  • Screen
    3.5 inch 320x480pixels, Capacitive Multi-Touch screen
  • Video
    rm,.rmvb,rv,.wmv,.mp4,.3gp,.asf, .m4v,.avi,.mov,.mpg.mpeg,.flv,.f4v,.asf,.mkv
  • Audio
    RA, AAC, AAC+, MP3, WMA, WAV, OGG, MIDI, AMR NB,AU,AIFF, M4A, F4A
  • Peripherals Support
    3.5mm Stereo Interface, Micro USB v2.0
  • Wireless
    802.11b/g, Bluetooth, FM radio
  • GPS
    Yes
  • Camera
    Front: 0.3MP, Back: 3.2MP
  • Color
    Black / White
  • Battery
    1500mAH, 3.7V
  • Size & weight
    116.5×60×13.2mm, 135 grams
  • Package Content
    110-230V USB Charger, Battery, USB cable, Earphone

MediaTek buoyed by rising demand for Lenovo smartphones [Sept 15, 2011]

Brisk sales of Lenovo’s A60-series smartphone in China has been boosting MediaTek’s shipments of its 3.5G solution, the MT6573, according to market sources. Order momentum is expected to remain strong to sustain the chip supplier’s sales growth in September and the third quarter.

The new Lenovo smartphone hit store shelves in China earlier in the third quarter, but has been selling well thanks to its rich feature set and affordable price point, the sources said. With demand outpacing supply, the A60 has been quoted at as high as CNY1,100 (US$172) by local channel operators, up about 30% from the just over CNY800 original priced, the sources indicated.

Meanwhile, in view of the Lenovo A60’s rising popularity, China’s channel operators have released more orders for the device prior to China’s National Day holidays, the sources observed. The booming demand will simultaneously push up MediaTek’s sales generated from the orders placed by Lenovo, the sources said.

MediaTek began to ship its MT6573 3.5G chipset solution to China in August. The company was quoted as saying in previous reports that it aims to ship 10 million 3G smartphone solutions in 2011.

MediaTek has estimated consolidated revenues at NT$22-23 billion (US$743-777 million) for the third quarter of 2011. Sales grew 16.3% sequentially to NT$8.31 billion in August, and are expected to post another sequential growth in September.

Market watchers now expect MediaTek to enjoy a more than 15% sequential increase in third-quarter sales, exceeding its guidance of 5-10% growth given previously.

Spreadtrum increases TD-SCDMA chip orders to TSMC, says paper [Sept 29, 2011]

China-based handset solution vendor Spreadtrum Communications will increase its orders for TD-SCDMA baseband chips to Taiwan Semiconductor Manufacturing Company (TSMC) in the fourth quarter of 2011, according to a Chinese-language Commercial Times report.

Spreadtrum has avoided directly competing with MediaTek in the 3G and 4G segments and instead focuses on TD-SCDMA chips in cooperation with China Mobile. Spreadtrum currently holds 56% of the TD-SCDMA chip market in China, the paper said.

The TD-SCDMA chips will be made on a 40nm process at TSMC, while Advanced Semiconductor Engineering (ASE) will handle the backend packaging and testing, said the paper.

Handset solution vendors competing neck and neck in 3G smartphone market in China [Sept 13, 2011]

Demand for smartphone solutions in emerging markets, particularly in China, is gaining momentum, pushing chipset vendors to compete neck and neck to grab a large piece for the growing market, according to industry sources.

Qualcomm and MediaTek are both targeting the WCDMA solution market in China, and the two companies have landed orders from some branded handset vendorsin China, the sources noted.

China-based chipset vendor Spreadtrum Communications has received orders for TD-SCDMA solutions from Samsung Electronics, while rival Taiwan-based MStar Semiconductor has ventured into the EDGE solution segment.

Qualcomm’s launch of QRD (Qualcomm reference design) in 2010 paved the way for the company to gain more 3G solution orders in 2011, and the US-based solution vendor is expected to further enhance its market leadership with the launch of its next generation QRD, said the sources.

HTC, a strong supporter of Qualcomm, also plans to strengthen its marketing in China in 2012which will also help Qualcomm expand its share in China’s smartphone market, the sources added.

MediaTek has continued to exert efforts to reduce its production costs through integration of hardware, software, firmware and even applications, said sources, noting that MediaTek also reportedly plans to cut the prices of 3G solutions by 10-20% at the end of the third quarter in order to compete with Qualcomm’s forthcoming second-generation QRD.

Meanwhile, MStar‘s shipments of EDGE solutions have reportedly reached over five million units a month recently and will soon become a growth driver for the company, the sources added.

Smartphones moving toward hardware competition [Aug 30, 2011]

The global market competition among iOS, Android, Windows Mango and BlackBerry platforms is expected to heat up in the fourth quarter as international vendors are going to launch flagship smartphone models, with hardware specifications expected to develop toward 1.5GHz dual-core processors, large screens over 4-inch, ultra-slim form-factors and supporting HSPA+download speeds of 21Mbps, according to Taiwan-based handset makers.

Given some mid-range smartphones have already adopted 1GHz processors, the new flagship high-end smartphones are trended towards processors clocking at 1.2-1.5GHz, the sources noted.

In addition to market speculation of dual-core A5 processors for Apple’s forthcoming iPhone 5, new flagship models from Samsung Electronics, HTC and Sony Ericsson will also be powered by dual-core CPUs, the sources added. However, Nokia and RIM (Research in Motion) are not expected to roll out dual-core models until 2012.

HTC, Samsung and LG Electronics (LGE) are also expected to roll out models with display sizes ranging from 4.3- to 4.5-, or even up 4.7 inch, the sources indicated.

Taiwan handset ODMs bracing for structural upheaval [Aug 23, 2011]

Taiwan-based handset ODMs are bracing for repercussions of structural upheaval to be brought by Google’s intention to buy Motorola Mobility and Hewlett-Packard’s (HP’s) plan to stop selling WebOS-based smartphones, according to sources at Taiwan’s handset industry.

Even before the announcements of the latest deals in the hectic smartphone industry, Taiwan-based handset ODMs have mostly failed to perform well due to lackluster sales of smarphones of their branded handset clients, including HP, Dell, Acer, Lenovo and even Motorola and Sony Ericsson, the sources noted.

Although Taiwan handset ODMs have diversified their product roadmapsto include models supporting Android, Windows Mobile and WebOS platforms, their operations would still be affected by Google’s and HP’s stunning announcements, said the sources, adding that Compal Communications and Foxconn International Holding (FIH) are expected to suffer the most.

While some handset ODMs have also ventured into the development of tablet PCs, shipment volume of tablets from those handset ODMs have been smaller than expected due to the dominance of the Apple iPad in the market, the sources pointed out.

Handset vendors reportedly cutting back chipset orders for 4Q11 [Aug 19, 2011]

Some handset solution suppliers have indicated that a number of handset vendors, including Apple and HTC, have scaled down their chipset orders for the fourth quarter as compared with the third on concerns of the global economy, according to sources at Taiwan-based chipset makers.

While most smartphone vendors are likely to reach their shipment targets for the third quarter, they have begun to reduce orders for parts and components for the fourth quarter in preparation for a possible impact from changing economic conditions, the sources noted.

HTC raised its internal shipment target for 2011 to 70 million units in the first quarter, from 50 million units it projected at the end of 2010. However, the company has recently revised downward the target to 50-60 million units, according to sources familiar with HTC’s roadmap.

Sources in the supply chain of iPhone have revealed that Apple has also scaled down its orders for handset parts and components to be shipped at the end of third quarter.

MediaTek to increase investment in 3G, says chairman [July 19, 2011]

MediaTek will further strengthen its deployment in the global 3G chipset market by pouring more capital and resources into the development of platform products and application software, according to company chairman Tsai Ming-kai.

Buoyed by rapid growth in applications for mobile connectivity, the 3G industry and market in China has been developing in a fast manner, and MediaTek aims to grow in tandem with China’s booming 3G industry, Tsai said at a WCDMA supply chain conference held by China Unicom in China recently.

MediaTek will also cooperate with the WCDMA operators and makers of the WCDMA supply chain in China on technology development and marketingto accelerate the advancement of the WCDMA industry in China.

MediaTek has offered its highly integrated MT6268 WCDMA solution plus multiple application software platforms to handset makers to develop and manufacture high performance WCDMA handsets.

MediaTek to ship 3G solutions in August [July 13, 2011]

MediaTek has confirmed that it will begin to ship its HSUPA solution, the MT6573, to clients in August, but the company declined to comment on market speculations that it has landed orders for a quantity of over one million units each from clients including Lenovo and ZTE.

The specifications and performance of the MT6573, which is set to run on Android 2.3.3 platform, are similar to those chips adopted by Apple’s iPhones and HTC’s 3G smartphones, indicating that MediaTek has begun to make inroads into the global 3G chipset market, commented industry sources in Taiwan.

Other China-based handset makers, including Ningbo Bird, China Tianx and Shanghai Ragentek Communication Technology, have also decided to adopt the MT6573 solutions, the sources added.

Qualcomm likely to slash 30% off entry-level 3G solutions in next 9-12 months, says paper [June 16, 2011]

Qualcomm is likely to slash its prices for 3G smartphone solutions by 30% in the next 9-12 months in order to prevent other chipset makers from grabbing its share in the entry-level 3G solution segment, the Chinese-language Commercial Times quoted Michael Chou, a semiconductor analyst with Deutsche Securities in Taipei, as indicating.

More first-tier branded handset vendors are likely to adopt Qualcomm’s solutions for the production of entry-level and mid-range 3G smartphones in the next 12 months as Qualcomm has migrated the production of its chipset solutions to a 40nm processat Taiwan Semiconductor Manufacturing Company (TSMC), Chou said.

Qualcomm’s price-cutting strategy will affect the performance of Asia-based chipset makers, including MediaTek and MStar Semiconductor. Deutsche Securities has recommended a sell rating on shares of MediaTek and a hold rating on MStar, said the paper.

MT6573 Innovative Platform for Mainstream Smartphones [Feb 11, 2011]

Overview

The MediaTek MT6573 platform incorporates a highly-integrated core chipset, a full range of connectivity solutions and supports the latest versions of the popular AndroidTM operating system. The MT6573 platform supports a quad-band, 3G/HSPA modem with mobile broadband rates of 7.2Mbps in the downlink and 5.76 Mbps uplink, as well as quad-band EDGE. The integrated applications processing system combines a 650 MHz dedicated ARM®11 subsystem for the Android operating system; support for advanced 3D graphics; multi-format video capture and playback up to FWVGA 30fps; high-resolution camera support to 8MP and a high-end FWVGA, touch-screen display. This platform chipset is completed with a full range of connectivity solutions for Bluetooth, WiFi, GPS, FM and Mobile TV from MediaTek.

Key Features

• The core chipset of the MT6573 integrates the modem, applications & multimedia subsystem and all necessary power management functions into a single SOC.

• Combined with a single-chip, multi-mode, multi-band transceiver, it enables extremely small footprints that allow for smaller, more innovative industrial designs and form-factors.

• Additionally, the integrated 3D graphics capability brings gaming and user interface capabilities that were previously available only to high-end smartphones.

• Finally, the platform provides for advanced camera and multimedia features that include smile and face detection, panorama and burst shot, as well as high-resolution video capture and playback.

• The platform can be delivered as a full system solution consisting of hardware reference design and fully-tested, compliant software suite that can improve design efficiency and speed time to market for customers in the rapidly changing smartphone market.

MediaTek’s newly announced MT6573 application processor integrates POWERVR graphics [March 8, 2011]

New SoC brings advanced graphics to mass-market smartphones

MediaTek Inc., a leading fabless semiconductor company for wireless communications and digital multimedia solutions, and Imagination Technologies, a leading multimedia and communications technologies company, announce that MediaTek’s new application processor, features POWERVR graphics acceleration.

The MT6573 incorporates a POWERVR Series5 SGX GPU (graphics processing unit) from Imaginationto enable advanced smartphone graphics applications including gaming, navigation and location-based services, augmented reality and highly visual and dynamic user interfaces for the mainstream volume phone market.

MediaTek delivers innovative, feature-rich yet cost-effective solutions to meet consumer’s entertainment, communication and information needs. MediaTek is launching the MT6573 platform to address the accelerating demand for smartphones with features that can delight users at price points that meet the needs of operators in developed markets and consumers in emerging markets.

Says Hossein Yassaie, CEO, Imagination: “We are delighted that MediaTek has delivered this highly capable new mass-market application processor, which will enable its customers to address new levels of capabilities and meet emerging consumer demands for advanced performance in lower-priced smartphones. We look forward to building on our strategic relationship with this important semiconductor partner.”

Says Jeffrey Ju, General Manager of the Smartphone Business Unit at MediaTek: “MediaTek is committed to ensuring that wireless consumers across the globe can access the most advanced mobile technologies. Imagination delivers industry leading graphics technology and support, as well as an extensive and strong ecosystem of developers capable of utilising the technology. We are thrilled to have POWERVR graphics acceleration in MT6573, and the benefit of Imagination’s insight and experience as a strategic partner going forward.”

MediaTek announced the MT6573 platform for mainstream 3G smartphones [Feb 11] (emphasis is mine):

The MT6573 platform incorporates a highly-integrated, core chipset, a full range of connectivity solutions and supports the latest versions of the popular AndroidTM operating system. The MT6573 platform supports a quad-band [i.e.: all 4 GSM bands, the 850 and 1900 MHz bands – used in Americas – and 900/1800, used elsewhere], 3G/HSPA modem with mobile broadband rates of 7.2Mbps in the downlink and 5.76 Mbps uplink, as well as quad-band EDGE. The integrated applications processing system combines a 650 MHz dedicated ARM®11subsystem for the Android operating system; support for advanced 3D graphics; multi-format video capture and playback up to FWVGA 30fps; high-resolution camera support to 8MP and a high-end FWVGA, touch-screen display. The platform chipset is completed with a full range of connectivity solutions for Bluetooth, WiFi, GPS, FM radio and Mobile TV from MediaTek.

The core chipset of the MT6573 integrates the modem, applications, multimedia subsystem and all necessary power management functions into a single SOC. Combined with a single-chip, multi-mode, multi-band transceiver, it enables extremely small footprints that allow for smaller, more innovative industrial designs and form-factors. Additionally, the integrated 3D graphics capability brings gaming and user interface capabilities that were previously available only to high-end smartphones. Finally, the platform provides advanced camera and multimedia features that include smile and face detection, panorama and burst shot, as well as high-resolution video capture and playback. The platform can be delivered as a full system solution consisting of hardware reference design and fully-tested, compliant software suite that can improve design efficiency and speed time to market for customers in the rapidly changing smartphone market.

… The MT6573 platform is currently sampling to lead customers and will be in mass-production by mid 2011.