Nokia W7 and W8 tipped as first Windows Phone models

If you can accept what we're about to tell you as rumor, and nothing more, then we'd like to let you in on the latest scuttlebutt surrounding Nokia's first dip into the shallow Windows Phone waters. Eldar Murtazin, the eternal Nokia antagonist, claims to have the inside scoop on Nokia's current Windows Phone device plans while getting an early hands-on with a prototype. Besides demonstrating a natural extension of the Nokia naming strategy to accommodate the new Windows Phone devices, Eldar tells us that model W7 is built around an X7 hardware base while the new W8 handset is a variant of Nokia's N8 cameraphone (conceptualized in the above pic). According to Eldar, all of Nokia's WP prototypes are built upon Qualcomm chipsets per Microsoft's requirement (and Nokia's dismay). The W7 model is currently being used in-house for development purposes and will likely be the first to market, according to Eldar, with an 8 megapixel autofocus camera and flash. Murtazin claims that the W7 reminded him of the HTC Mozart without any noticeable customizations to the OS. If neither of these models appeal to you, hold tight -- Eldar says that Nokia has a dozen Windows Phone devices planed for 2012. Of course, it's early days so any, or all of this might change before Nokia ships its first device later this year or early twenty-twelve. Imagine it: Nokia hardware slathered in Mango -- mmm mmm good.

Nokia W7 and W8 tipped as first Windows Phone models originally appeared on Engadget on Thu, 14 Apr 2011 03:29:00 EDT. Please see our terms for use of feeds.

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BMW uses GPS to predict your shifts

BMW says they are in later stages of developing a transmission system that uses GPS data to predict your upcoming shifts. Parts of this system include the Dynamic Stability Control (DSC) system, and the GPS navigation system. DSC collects data real time on current road conditions. This information is used with GPS data which could foresee turns, traffic congestion, elevation change, etc. At the end you have a plan of action before the shift even occurs. In the end BMW claims you’ll experience a smoother, fasting shifting vehicle. Brought to you by your GPS navigation site NaviGadget. BMW uses GPS to predict your shifts  
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ARM licenses CPU/GPU combo to Shanghai firm – EETimes.com

EDN.com
ARM licenses CPU/GPU combo to Shanghai firm EETimes.com LONDON – Shanghai InfoTM Micro-electronics has licensed a series of intellectual property cores from ARM Holdings plc, including the ARM11 processor core, Cortex-A5 and Cortex-A9 processor cores as well as the Mali300 and Mali400 graphics processor ... Shanghai InfoTM Licenses Range of ARM CPU and GPU IP to Address Full Range of ...Business Wire (press release) all 13 news articles »
 
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Microsoft, Toyota Announce $12 Million Partnership for “Ultimate Mobile Device”

    Smartphones, MP3 players, tablets, laptops, netbooks--modern consumers never leave the house without more electronics than Robocop. We're addicted to using and spending money on mobile devices, which might explain why automakers lately can't stop trying to capture some of that trillion-dollar market for themselves. To wit: Today Microsoft and Toyota announced a strategic partnership to build the "ultimate 'mobile device.'" Touted as a 1 billion yen investment in Toyota Media Service (a lot more catchy than saying $12 million), the partnership will have both companies team up to build a global cloud platform to support next-gen telematics in Toyota's hybrid and plug-in vehicles. "As the car increasingly becomes the ultimate 'mobile device' for consumers," said Microsoft in a statement, "telematics technologies can allow drivers to start their cars remotely, turn on their AC from a cell phone, check systems within the car and much more." So just when did the car become a "mobile device?" When Fast Company covered Ford Sync--the technology that's giving cars access to social networks and more--in our April issue, we referred to it as the "new foundation for the ultimate mobile device." Several years ago, Nissan launched a multi-million-dollar ad campaign to show off its Nissan Cube as "mobile device," too, highlighting the vehicle's features with techy puns ("storage capacity," "search engine"). “This is a tough time to bring anything out, whether a car or a new TV,” Kerry Feuerman, a group creative director for the firm behind the Nissan campaign, TBWA/Chiat/Day, told The New York Times in 2009. “So we decided we wouldn’t think about it as a car…[but] position it as designed to bring young people together--like every mobile device they have.” (Incidentally, TBWA/Chiat/Day is also the creative agency for the iPhone.) And only last week, BMW announced its plans to launch a tech incubator in New York City with a $100 million venture fund. The idea? To seed innovations in mobile and location-based services. When I met with executives at BMW to discuss the announcement, they referred to the car multiple times as a "mobile device." The idea clearly is to impress upon consumers that the automobile is now more than four wheels and an engine. Nissan, BMW, Toyota--no longer simply automakers. These companies make expensive, high-tech gadgets--cars--just like Apple makes iPhones: devices with GPS, with sleek dashboard and UIs, capable of playing music and social networking and downloading apps. Oh, and did we mention they can also drive really fast? Read More: Most Innovative Companies: Microsoft  
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Feature: In-car computing, smartphones, and the future of cars

Over the course of our series on the Future of Cars, a clear picture has emerged of where traffic flow is headed in the next few years. If today's traffic is like a bloom of bacteria that responds collectively to changes in the environment, then tomorrow's networked traffic, where all the cars are linked to the road, to the cloud, and to one another by a wireless nervous system, will be more like a fully formed, adaptive and evolving organism. In addition to the existing network of sensors already embedded in roads and highways, the cars themselves will become collections of sensors enmeshed in a peer-to-peer wireless network, with some master nodes on that network connected to the cloud via 4G. But while picture of the evolution of traffic over the next decade has started to take shape, what isn't yet so clear is the future of the actual car that will take part in this next-generation traffic flow. Specifically, one question remains unanswered: will the silicon brain of a future car be built-in, or will we plug our smartphones into the vehicle and use the smaller devices' processors, wireless radios, and displays? I put this question to our OpenForum participants, and the discussion that ensued was very, very good. But before I summarize what the OpenForum agreed on as a long-term solution (there was a surprising amount of consensus about how things should go), I'll first present a summary of both sides of the issue. Read the rest of this article... Read the comments on this post  
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Car Connectivity Consortium forms to bring more smartphones to more interiors

Car Connectivity Consortium forms to bring Terminal Mode to more cars, more devices
Though Terminal Mode has always been an open standard we've never really seen any tech companies outside of Espoo show much interest in the stuff, which lets a car mirror a phone's display. When Nokia sort of shifted gears and signed on with Microsoft that left us wondering what would be next for the company's infotainment efforts. Good things, as it turns out. The Car Connectivity Consortium has been founded to drive "global innovation for in-vehicle connectivity," and both Terminal Mode and Nokia will play a big part -- though a bigger part will be played by Daimler, GM, Honda, Hyundai, Toyota, and VW. They're joined by electronics companies Alpine, LG, Panasonic, and Samsung, making us think that maybe Terminal Mode's time has properly come. Also on the docket for the CCC is study of NFC, which will hopefully standardize the sort of awesome key interactivity BMW recently showed off. Continue reading Car Connectivity Consortium forms to bring more smartphones to more interiors

Car Connectivity Consortium forms to bring more smartphones to more interiors originally appeared on Engadget on Thu, 17 Mar 2011 08:33:00 EDT. Please see our terms for use of feeds.

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Posted in alpine, car connectivity consortium, CarConnectivityConsortium, daimler, general motors, GeneralMotors, gm, honda, Hyundai, infotainment, lg, mercedes, mercedes benz, Nokia, Panasonic, samsung, smartphone integration, SmartphoneIntegration, terminal mode, TerminalMode, toyota, volkswagen, vw | Tagged | Comments closed

To Groupon Or Not To Groupon?

To Groupon Or Not To Groupon? In light of recent sobering stats, here’s a checklist every merchant should consider before talking to a daily deal or group coupon service.
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ARM Chips Designed For 480-Core Servers

angry tapir writes "Calxeda revealed initial details about its first ARM-based server chip, designed to let companies build low-power servers with up to 480 cores. The Calxeda chip is built on a quad-core ARM processor, and low-power servers could have 120 ARM processing nodes in a 2U box. The chips will be based on ARM's Cortex-A9 processor architecture."

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Go West, Foxconn

The iPhone manufacturer plans to move its primary plant inland, in search of cheaper labor. It's workforce will soon hit 1.4 million. factory Foxconn, the world's largest maker of computer components, revealed plans to move some 200,000 jobs inland. Currently, its manufacturing hub is in Shenzhen, near Hong Kong. But there is cheaper labor in central China, many manufacturers are finding. Foxconn's Shenzhen properties will become an "engineering campus," while the grunt work will move north and west. Foxconn earned averse media attention last year for reports of suicides among its workers. The IT giant makes goods for Sony, Nokia, and Apple, including the iconic iPhone. Any move Foxconn makes has a substantial impact on China's economy. Foxconn already has a million workers, and has plans to hire 400,000 more. The shift in focus inland will bring the Shenzhen workforce down below 300,000. Related: Our coverage of Foxconn Follow Fast Company on Twitter. [Image: Flickr user zoetnet]
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Feature: All this has happened before: NVIDIA 3.0, ARM, and the fate of x86

At a dinner this week with members of the press, NVIDIA CEO Jen-Hsun Huang laid out his view of NVIDIA's past, present, and future in light of recent developments in the processor market. Jen-Hsun's remarks are worth looking at in some detail, as much for what they say about Intel as what they say about NVIDIA. We'll recap Jen-Hsun's take on the processor and GPU markets, followed by a look at the implications of the trends he references for the future of Intel, the x86 instruction set architecture (ISA), ARM, and the CPU market as a whole. Ultimately, we could even see Intel get back into the ARM market, a market where it had considerable success with its XScale line before betting the farm on x86.

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