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Intel Improve Comms Coprocessor Efficiency

by: Dec 20,2013 793 Views 0 Comments Posted in Engineering Technical

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Intel rolled out Coleto Creek, an pcb board update of its Cave Creek co-processor aiming to drive the company's x86 CPUs deeper into communications systems.

Coleto Creek is made in the same 32nm process as Cave Creek, which was launched in February 2012, pcb board but gets significantly higher performance marks. That's due in part to "beefier accelerators" in the chip and the fact it is paired with Intel's pcb board latest Xeon server processor, the E5-2600v2, which sports enhanced security and virtualization features pcb board.

Intel

To hit maximum performance pcb board numbers requires using two Xeons and four Coleto chips each consuming 17-20 W max. The chip aims to handle a variety of jobs including "applications, control and data plane traffic and to some extent signal processing with a simpler tools suite and engineering providing faster time-to-market," pcb board said Steve Price, general manager of Intel's communications infrastructure division, speaking in in a conference call pcb board.

"Coleto Creek is hardly revolutionary, but it matches or betters the performance of Caviums Nitrox III chips, pcb board so Intel now has a competitive security accelerator," said Bob Wheeler, a principal analyst for networking at The Linley Group pcb board (Mountain View, Calif.).

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