Chipset

Intel launches Xeon E5-2600 server chips for cloud computing

Intel launches Xeon E5-2600 server chips for cloud computing

Intel has launched its Xeon E5-2600 server chips, which are designed to tackle web-based cloud computing. This market is estimated to have an annual growth of 33 percent through 2015 thanks to the proliferation of mobile devices, such as smartphones and tablets, for accessing the internet or otherwise requiring internet connectivity for cloud-based services.

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Intel roadmap teases 14nm mobile chips in 2014

Intel roadmap teases 14nm mobile chips in 2014

Intel showed off its mobile chip roadmap today at MWC 2012, featuring an ambitious plan that Intel CEO Paul Otellini believes will "light a fire under" Apple, Samsung, and LG. For this year, the company has set 32nm architecture chips with its Medfield Atom Z2460 processors. (Make sure to check out our hands-on with the Intel Orange "Santa Clara" Medfield phone). But next year, it's shrinking its chips down to a new 22nm process and then further to 14nm by 2014.

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Intel Ivy Bridge chips delayed until June

Intel Ivy Bridge chips delayed until June

If you've been holding out for Intel's next-gen Ivy Bridge-equipped computers thinking they'll be on their way in April, you'll be disappointed to know that manufacturing issues are now pushing back the schedule to sometime in June. This 8 to 10 week delay was revealed by Intel's executive VP and Intel China chairman, Sean Maloney, during an interview today with the Financial Times.

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Samsung teases Exynos quad-core mobile chips ahead of MWC

Samsung teases Exynos quad-core mobile chips ahead of MWC

Among several new mobile chips we'll be seeing at Mobile World Congress next week, will be Samsung's new Exynos chips. The company teased the first samples at the ISSCC event this week and is expected to showcase two of these next-gen processors at MWC. Although one of the models still uses quad ARM Cortex-A9s, it's built on an improved 32nm process, which should mean both faster speed and longer battery life.

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TI OMAP 5 blows past quadcore Tegra 3

TI OMAP 5 blows past quadcore Tegra 3

Texas Instruments recently released a new demo video showing off the performance of its upcoming OMAP 5 processor, pitting it against a quad-core ARM Cortex-A9 processor that's presumably a hit at the Tegra 3. Quipping that "sometimes less really is more," TI proceeded to show how its dual ARM Cortex-A15 smoked the quadcore rival.

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Qualcomm fifth generation Gobi chip revealed and detailed

Qualcomm fifth generation Gobi chip revealed and detailed

The chipmakers at Qualcomm have today let loose information on their fifth generation of Gobi reference platforms, complete with support for high-speed networks like LTE. Compatibility with HSPA+ and EV-DO are included along with future-leaning TD-SCDMA, TD-LTE, LTE on FDD and TDD networks along with GPS capabilities. This will allows devices rolling with such a chip to connect to faster LTE networks while within range of one and fall back to 3G networks worldwide when the faster speeds are not available. This chipset is made for Windows 8, Android, x86 systems and Qualcomm's very own SoC's, the dual and quad-cored Snapdragons of tomorrow.

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TI previews OMAP 4470 graphics: 50% improvement over 4460

TI previews OMAP 4470 graphics: 50% improvement over 4460

Texas Instruments' new TI OMAP 4470 series system-on-a-chip was revealed earlier, but they gave SlashGear a special look at the new series at CES. Thanks to various improvements in the architecture and efficiency of its chips, the ARM system has some impressive gain in performance, especially in the gaming sector. Advancements are quite impressive: on one benchmark, the new series showed double the framerate in a 3D environment demo.

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Fujitsu and Suvolta reveal ultra low voltage RAM

Fujitsu and Suvolta reveal ultra low voltage RAM

Fujitsu and SuVolta have partnered up to develop a new transistor technology that would cut chip power consumption in half without compromising performance. With this technology, SRAM chips could operate at ultra-low voltages of 0.4V, which is less than half of power consumption levels in chips today.

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iPhone, iPad may finally get LTE next year thanks to Qualcomm

iPhone, iPad may finally get LTE next year thanks to Qualcomm

Apple's iPhones and iPads may finally be getting 4G LTE support next year thanks to Qualcomm's latest mobile device modem (MDM) chips. Qualcomm announced its new Gobi 4000 platform along with its second generation MDM 9x00 series chips that integrate LTE and 3G support while offering improved power efficiency, which is one of the key factors in Apple's resistance to adapting 4G LTE for its iPhones and iPads.

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