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Will Window 8 Tablets Launch In November?
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The first Windows 8 tablets should hit retail sometime in November and we could see a bunch of devices in different form factors.
According to CNET’s Brooke Crothers, the first wave of Windows tablets will include more than a dozen devices, but more than half of them will be hybrid designs. So, it seems Microsoft and vendors are betting on traditional keyboards to set Windows tablets apart from the competition.
The new tablets will be based on Intel’s dual-core Clover Trail Atoms, but bear in mind that Microsoft will also release Windows for ARM chips and AMD could also enter the fray with some low-voltage APUs.
Asus Stakes Claim In Tablets Market
May 4, 2012 by admin
Filed under Around The Net
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Asus has won critical acclaim for its early tablets, including the quad-core Transformer Prime TF201 that was debuted last year and the new quad-core Transformer Pad TF300T that will be available in some U.S. retail stores next week.
And it continues to improve its place in the crowded market — jumping into the Top 5 list of suppliers for the first time in 2011, according to the latest research from IDC. Asus ranked fifth in tablet shipments in both the U.S. and world in 2011 with a 2.3% share of the U.S. tablet market and a 2.5% share of the worldwide market.
Apple’s iPad remained at the top of both lists.
Though Asus still lags somewhat behind the market leaders, its influence on the market is clearly on the rise and could move it further up the tablet list, analysts say.
For instance, along with launching an array of powerful higher-priced new tablets, Asus is reported to be Google’s choice to supply a low-priced $200 device said to be called Google Play. The Google tablet would run Ice Cream Sandwich and a Tegra 3 quad-core processor, reports say.
The reports suggest Google is looking to launch the new tablet at its Google I/O developer conference in late June.
Intel Goes ALL-IN On Windows 8 Tablets
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It appears that is working on a new type of NAND storage, offering higher data density and lower costs. The company believes the new triple-level cell ships are ideally suited for tablets and ultrabooks.
Samsung claims it is the first chipmaker to embrace triple-level cell (TLC) technology, but other companies are expected to follow suit. Unlike single-level cell (SLC) or multilevel cell (MLC), the new tech can store three bits per cell, greatly increasing density. The obvious offshoot is lower production cost, as TLC basically allows for more bits per wafer.
However, TLC also has some drawbacks. Due to its design, it is more prone to errors, less reliable and it is also slower than MLC. However, it still ends up significantly faster than hard drives and reliability issues can be worked out with a bit more digital signal processing.
Intel Appears To Be Dedicated To Tizen
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As we know Intel is not a total Windows 8 and Android shop. Although MeeGo was abandoned by Nokia in favor of huge investment from Microsoft, but Intel will continue to develop MeeGo and it will also add Tizen to its OS effort.
Tizen is a free open source mobile operating system based on Linux and backed up by Linux foundation. Tizen is planned to work on Atom N2800 and N2600 processors or simply said Cedar Trail platform and it was supposed to be out of Beta by end of Q1 2012. If all goes according to schedule it will reach its gold status by mid of Q2 2012. At some point it will also get an application store too, but release schedule is yet to be set in stone.
Intel believes that Tizen combines the communities and best technologies under one unified environment. MeeGo is supposed to have Strong developer community and LiMo should bring broad service provider support to this marriage. They will have strong support for HTML 5 and WAC (wholesale application community).
Tizen is supposed to work on ARM as well as on x86 and we can expect the first devices, or at least prototypes, to show up by the end of the year. Once it gets out it should cover mobile phones, tablets, netbooks, smart TVs and in-vehicle entertainment systems.
Android Apps To Run On Windows
Software firm Bluestacks is on a mission to close the gap between Microsoft’s Windows and Google’s Android OS with its App Player application, which was released in beta earlier this week.
App Player is an emulator that allows Android applications to run on Windows 7, Vista and XP OSes. Users can install the software in Windows and then run around 450,000 Android applications, including Angry Birds and Fruit Ninja, the company said in a statement.
Beyond PCs, the App Player could also allow Windows tablets such as Hewlett-Packard’s Slate 2 and Dell’s Latitude ST to run Android applications. Bluestacks made headlines at last year’s Computex trade show in Taipei when Advanced Micro Devices showed off an x86 tablet with Android running on top of the Windows 7 software stack. Android applications are mostly written for the ARM instruction set, but the x86 tablet was able to switch between Android and Windows without any problems.
The emulator has new Layercake technology, which exploits hardware accelerators to improve the performance of Android games in Windows. The layer was not included in the previous Bluestacks alpha version. Android applications typically use hardware accelerators found in ARM’s Mali, Nvidia’s Tegra or Imagination Technologies’ PowerVR graphics cores, but Layercake is able to take advantage of hardware accelerators from companies like AMD found in x86 chips.
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AMD Aims For The Cloud
Advanced Micro Devices on Tuesday is expected to announce new Opteron 3200 series chips for low-end servers, which the company believes will give it a competitive edge over Intel in the cloud server arena.
The three Opteron 3200 chips are for use in single-socket servers for Web hosting and cloud applications, according to a company presentation. The chips have up to eight processor cores, clock speeds of up to 3GHz, and draw between 45 watts and 65 watts of power.
The new chips are based on the Bulldozer processor architecture, which is also in the Opteron 6200 16-core processors and FX-series gaming chips. The Opteron 3200 launch comes after AMD in late February announced it would pay US$334 million to acquire SeaMicro, which offers dense and power-efficient servers for cloud computing environments.
AMD’s chips will likely compete against Intel’s Xeon E3 series chips, which are used in SeaMicro’s SM10000-XE server. Intel worked with SeaMicro on the server, but analysts have said that AMD will ultimately swap Intel’s chips with its own chips.
AMD is pitching the Opteron 3200 as a “low-cost-per-core” product. The chips are priced between US$99 and $129, while Intel’s E3 chips are priced between $189 and $885. MSI, Tyan, Fujitsu and Dell are expected to launch Web servers and dense systems based on the chips.
AMD’s expanded product line provides an entry point to new markets, said Jim McGregor, chief technology strategist at In-Stat.
But the Opteron 3200 could be a misfit in servers if competing on price versus performance-per-watt, McGregor said. There is a growing interest in deploying low-power servers in data centers to cut energy costs, but the Opteron 3200 chips are comparatively power-hungry for such installations.
Intel To Unleash Shark Bay In 2013
Intel used a saucy word to describe the 2013 Haswell based notebook platform. It tells us that Shark Bay should reinvigorate the notebook experience. Revive would seem to be the more appropriate word in this case.
Shark Bay promises more sensors, faster resume times, Intel smart connect as well as connected stand by. All this will be present on at least some Shark Bay powered notebooks.
Intel also wants to bring more improved connected capabilities to 2013 notebooks. It promises NFC support, Thunderbolt paired up with now standard Intel Wireless display.
With more fuzz about sensors, NFC, all-day battery and thin and light approach Intel’s notebook of the future is basically a tablet with a keyboard that probably costs a bit more money and offers traditional PC functionality.
Future PCs Will Be Constant Learners
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Tomorrow’s computers will constantly improve their understanding of the data they work with, which in turn will aid them in providing users with more appropriate information, predicted the software mastermind behind IBM’s Watson system.
Computers in the future “will learn through interacting with us. They will not necessarily require us to sit down and explicitly program them, but through continuous interaction with humans they will start to understand the kind of data and the kind of computation we need,” said IBM Fellow David Ferrucci, who was IBM’s principal investigator for Watson technologies. Ferrucci spoke at the IBM Smarter Computing Executive Forum, held Wednesday in New York.
“This notion of learning through collaboration and interaction is where we think computing is going,” he said.
IBM’s Watson project was an exercise for the company in how to build machines that can better anticipate user needs.
IBM researchers spent four years developing Watson, a supercomputer designed specifically to compete in the TV quiz show “Jeopardy,” a contest that took place last year. On “Jeopardy,” contestants are asked a range of questions across a wide variety of topic areas.
Watson did win at its “Jeopardy” match. Now IBM thinks the Watson computing model can have a wide range of uses.
New Chip To Cut Cost Of LTE Smartphones
February 22, 2012 by admin
Filed under Smartphones
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Chip manufacturer Renesas Mobile has unveiled the MP5232, a processor that will allow vendors to build LTE (Long Term Evolution)smartphones with a price tag between $150 and $300, the company said Wednesday.
The big advantage of the 1.5GHz dual-core processor is that it is a single-chip product that can do both 3G and LTE, eliminating the need to use separate chipsets for the two technologies. A more integrated device results in a cheaper product that takes up less space and uses less power, according to Malik Saadi, principal analyst at Informa Telecoms and Media.
The cost is important, because for LTE to take off, there is a need for smartphones that cost less than current products, according to Renesas.
In addition to smartphones, the MP5232 can also be used to power tablets, said Renesas.
One of the challenges of developing chipsets for LTE is the plethora of frequencies used. Renesas hasn’t specified which bands the MP5232 can handle, but says it is designed to support all major operators and their respective requirements.
Intel Wants To Deliver Cheap Smartphones
February 21, 2012 by admin
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Intel has revealed some additional information on the 2012 mobile strategy to its partners and it even shared some pricing guidelines for mobile products.
According to a slide entitled Mobile Landscape in 2012, Intel wants to sell mobile phones powered by its CPUs for as little as $199 to $299. This is where Intel sees a market opportunity for its phones and the prices are surprisingly low.
It also places netbooks in the same price range $199 to $299 while Intel based tablets should float between $399 and $499. Naturally more expensive options are always a reality. Tablets can go up to 12.1 inches and the starting price for these bigger machines should be $299, and in the high end the sky is the limit.
Hybrid notebooks should stay at less than $699 and this is a category where you can twist the display, slide the keyboard or even take the keyboard off from the netbook, or tablet. Think Asus’ Eee Pad Slider, Transformer, this will give you an idea of what to expect, but with x86 support. Phones, netbooks, hybrids and tablets are all based on Atom architecture.
Intel plans to sell laptops starting at $3xx and up. Probably slightly more than $300, but less than $400 is what they have in mind. Top notch notebooks based on Core i7 chips will start at less than $799 and Ultrabooks with 11-inch or larger screens might be coming down to $599 to $699. Of course, high end models will end up a lot pricier.