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ARM announces Cortex-A17, the new CPU core that finally replaces Cortex-A9
2014-02-11 21:01:01| Extremetech
ARM has announced the new Cortex-A17 -- a midrange follow-up to the Cortex-A12 that should deliver 2013's high-end performance into the 2015 midrange market.
Crossbar nanowire chips combine to form tiny CPU for beyond-Moores-law electronics
2014-02-03 15:11:34| Extremetech
Shrinking technology down requires low-power components with tightly packed components, but Moore's Law go on forever. A new technique that replaces transistors with bits of nanowire could make tiny processors and microcontrollers a reality.
Tags: form
electronics
cpu
combine
CPU Coolers feature pulse width modulation.
2014-01-30 14:33:45| Industrial Newsroom - All News for Today
Compatible with Intel® LGA1366 type CPUs up to 85 W, Freezer 120 Series is available with pulse width modulation, with fan speed changing automatically, based on CPU loading activity. Fan speed operates within range of 800–4500 rpm with maximum airflow of 27.02 cfm and noise range of 0–39 dBA. Measuring 90 x 90 x 26.5 mm, coolers have 2 ball bearings and are rated for 12 V operation. This story is related to the following:Computer Hardware and PeripheralsOEM Freezers | Central Processing Unit (CPU) Cooler Fans
AMD unveils its first ARM CPU, the 64-bit 8-core Opteron A1100
2014-01-29 15:55:10| Extremetech
AMD has finally taken the wraps off its upcoming 8-core ARM SoC, codenamed Seattle. Seattle (officially designated Opteron A1100) is a server-class clip, with four or eight 64-bit ARM Cortex-A57 cores. The part, which begins sampling in March, is aimed squarely at the low-power server market, where AMD hopes that the SoC's low cost (about one tenth the cost of competing Intel Xeon parts) can wrestle some market share from Chipzilla. Performance-wise, AMD only gives rough figures, but it appears that the top-end A1100 will be around 2.5x faster than AMD's current low-power Jaguar-based server chip (the Opteron X2150), while maintaining the same TDP.
This carbon nanotube heatsink is six times more thermally conductive, could trigger a revolution in CPU clock speeds
2014-01-28 17:25:38| Extremetech
New carbon-nanotube breakthroughs could help create a far more efficient heat transfer method in CPU cores -- and help return us to classic scaling methods.
Tags: times
cpu
clock
revolution
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