CPU

Samsung Exynos 5 Octa update teased (in time for the Galaxy Note III)

Samsung Exynos 5 Octa update teased (in time for the Galaxy Note III)

Samsung is teasing a new version of its flagship Exynos 5 Octa processor, the eight-core chip found in some versions of the Galaxy S 4, with a full reveal of the "more powerful" SoC next week. The new chip, Samsung took to Twitter to gloat about, is billed as an "evolution" of the existing Exynos 5 Octa, though aside from unspecified performance improvements the South Korean company is vague as to what changes we can expect.

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Apple’s iPhone 6S could have a Samsung A9 heart (sorry TSMC)

Apple’s iPhone 6S could have a Samsung A9 heart (sorry TSMC)

Apple is said to be using Samsung to build the A9 mobile chips for the iPhone and iPad in 2015, another sign that the firm's attempts to extricate itself from its rival's production expertise are struggling. Although Apple had switched to TSMC (Taiwan Semiconductor Manufacturing) for its A-series chip production starting in 2014, according to The Korea Economic Daily it's Samsung's expertise in 14nm manufacturing that has won back Apple's business.

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Intel-powered wearables by end of 2013 says Glass-owning CEO

Intel-powered wearables by end of 2013 says Glass-owning CEO

Intel CEO Brian Krzanich has been personally testing Google Glass and expects the chip company's silicon to show up in wearables before the end of 2013, though the freshly-installed exec is coy on his predecessors Web TV intentions. "We're being cautious" Kranich said on the IPTV plans Intel said would launch this year, despite his predecessor, Paul Otellini, being gung-ho about the scheme. Despite the high ambitions, and solid feedback from early testers, Intel is yet to ink a single content deal, it's believed. Instead, Krzanich is more confident in wearables.

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AMD Seattle chips ditch x86 for ARM to undermine Intel’s server market

AMD Seattle chips ditch x86 for ARM to undermine Intel’s server market

AMD has revealed its new "Seattle" chips, processors headed to power-dense servers, and using for the first time ARM architecture as commonly found in smartphones and tablets, rather than x86. AMD Seattle, which is expected to show up in systems from the second half of 2014, will initially offer eight ARM Cortex-A57 cores running at at least 2GHz, with 16-core versions headed to market after that. According to AMD, there'll be big advantages over traditional server chips.

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AMD “Elite” A-Series desktop APUs official with up to 4.4GHz quadcore

AMD “Elite” A-Series desktop APUs official with up to 4.4GHz quadcore

AMD has taken the wraps off of its 2013 A-Series "Elite" APUs for desktop, hoping to show Intel that 4th-gen Haswell won't get all the chip attention this year. Building on AMD's integrated CPU/GPU architecture, the new Elite platform consists of a cluster of new quadcore chips, ranging from the relatively power-frugal A8-6500 through to the top-spec A10-6800K running at up to 4.4GHz.

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Dell refreshes XPS, Latitude and OptiPlex with jolt of Intel Haswell

Dell refreshes XPS, Latitude and OptiPlex with jolt of Intel Haswell

Dell has thrown Intel's new Haswell Core processors at its XPS, Latitude, and OptiPlex ranges, bringing numerous models up to date with the 4th-gen chips. The difference should be most noticeable in Dell's notebook lines, with the company claiming that the XPS 12 is now around 60-percent faster, running Haswell, than it was before, as well as lasting longer on a single change.

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Intel cranks ARM competition with 2-in-1 Ultrabook hybrids

Intel cranks ARM competition with 2-in-1 Ultrabook hybrids

Intel has predicted a $399 sticker price for the 2-in-1 tablet/laptop hybrids expected to challenge ARM-based machines from this summer, a newly competitive price tag given the chip maker's previous struggles in the mobility segment. Building on Intel's 4th-gen Core "Haswell" announcement, the new 2-in-1 details are part of the company's attempt to match what have traditionally been the strengths of ARM chips from NVIDIA, Qualcomm, and others: low power consumption, strong multimedia performance, and fanless designs.

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