"The addition of the low-power Atom platform enables Intel to address new market segments and further rounds out our expanding portfolio of smartphone offerings," said Bell. The new platform brings Intel's classic product strengths to this fast-growing smartphone market segment, including impressive performance for quick Web browsing, and a great multimedia and Android1 applications experience.
Customers announcing support for the platform include Acer*, Lava International* and Safaricom*. We're also significantly extending the performance and power savings in Atom™ processors as we accelerate our mobile offerings in an unprecedented fashion in 2013."īuilding on the progress first detailed a year ago at CES, Intel unveiled a new low-power Atom™ processor-based platform (formerly "Lexington") and smartphone reference design, targeted at the value smartphone market segment, which industry sources predict could reach 500 million units by 2015. "We are set to deliver the biggest increase in battery efficiency in Intel's history with 4th generation Intel® Core™ processors, while adding broad new human interfaces to computing devices through touch, voice, facial recognition, and gesture-based interactions. "The best of Intel is coming to a mobile device near you," said Skaugen. The announcements included a new smartphone platform for emerging markets, details on a forthcoming 22nm quad-core SoC for tablets, and more personal and intuitive Ultrabook™ devices in innovative convertible designs were outlined by Mike Bell, vice president and general manager of the Mobile and Communications Group, and Kirk Skaugen, vice president and general manager of the PC Client Group at Intel. 7, 2013 – Intel Corporation executives held a press conference today to outline a plan to accelerate new mobile device experiences across the company's growing portfolio of smartphone, tablet and Ultrabook™ offerings. INTERNATIONAL CONSUMER ELECTRONICS SHOW, Las Vegas, Jan. Lower-power Intel® Core™ processor lineup reaches as low as 7 watts, enabling thinner, lighter, touch-based Ultrabook convertibles, detachables and tablets.Ĥth generation Intel® Core™ processor family (formerly codenamed "Haswell") will enable a broad new range of Ultrabook convertibles, detachables and tablets with all-day battery life the biggest battery life gain over a previous generation in company's histor圓.
INTEL 2GO PC ATOM PROCESSOR YEAR WINDOWS 8
Wide range of Intel-based tablets running Windows 8 now available on shelves and online First 22nm quad-core Atom™ SoC for tablets expected to more than double the computing performance of the Atom™ Processor Z2760 platform available holiday 2013. Highlights forthcoming "Clover Trail+" platform aimed at performance and mainstream market segments. New Intel® Atom™ processor-based platform aimed at value segment of smartphone market with support from Acer®, Lava International* and Safaricom*. New Smartphones, Tablets and Ultrabook™ Convertibles to Redefine Mobile Computing Keep one eye on our continuing CES 2013 coverage to see what comes of Bay Trail this week, if anything, and another on our liveblog for Intel's news as it hits live.įollow all the latest CES 2013 news at our event hub. A press release from Intel following the event also detailed some increased security settings in Bay Trail without going into specifics. Details are light at the moment, but we expect we'll see Bay Trail show up in a variety of tablets across the coming year - products that we're told will be as thin as 8mm while still offering "all-day" battery life and "weeks of standby." Leaks from earlier this year actually offered more detail about Bay Trail than Intel did this afternoon, pointing at clock speeds of up at 2.4GHz and a version of Chipzilla's own integrated graphics instead of PowerVR (see More Coverage). It'll be available in tablets starting in holiday 2013.
Intel's just introduced a brand new quad-core Atom-based processor specifically meant for tablets, codenamed "Bay Trail." As you can see in the slide above, it's a 22nm chip that promises double the performance of current-gen 32nm Atoms.
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