Customers who consider six or 8 cores are numerous in a processor most likely by no means had a explanation to seem up parallel chips and digital signal processors (DSP), but French corporation Kalray may well adjust that.
What they've announced is a DSP chip which, thanks to its 256 person cores (yes, that several ) can carry out 500 billion operations per 2nd (200 GigaFLOPS).
One would think that a thing like that would demand a great deal of power, but that does not use right here. The processor really helps make do with 4W, much less than the typical cellular chip.
For comparison, a mighty Tesla series GPU has a performance of 1,030 to two,280 (single-precision). A issue of 5 – 10 isn't poor at all really.
Granted, currently being a digital signal processor, Kalray's chip (MPPA 256) has a narrower array of uses (accelerating multimedia codecs and filters) than, say, CPUs (can course of action quite significantly anything at all ) and GPUs (are very best at parallel duties ).
To make points even additional fascinating, the newcomer is produced on the 28nm manufacturing approach from Taiwan Semiconductor Manufacturing Company (TSMC), the similar foundry that tends to make those Tesla chips pointed out over, and all the other GPUs that NVIDIA employs.
Still, that doesn't alter the reality that this is one particular powerful chip that could endanger other numerous -core projects, like Adapteva's Parallella &ldquosupercomputer.&rdquo
“Kalray's engineering has been designed with many OEM partners across a number of vertical markets, as nicely as by partnering with third get together computer software vendors,&rdquo says Joël Monnier, CEO.
&ldquoOur first processor achieves a international processing power of 500 billion operations per second, along with a substantially reduce energy consumption than competitive options. Embedded designers will get the benefit of large processing electrical power, minimal power consumption and large level programming to create revolutionary applications in the fields of picture processing, signal processing, management, communications and information safety. The access expense of MPPA processors helps make them optimum for all very low to medium volume applications.&rdquo
Kalray expects to have clients from the fields of image processing, signal processing, management, communications and data safety. Go here to read additional.
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