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In June 2008 ClearSpeed released the CSX700, combining two CSX600 devices with a PCI Express x16 interface and ECC on all memories, using a lower power 90 nm process. The device delivers 96 GFLOPS for 9 watts with 192 processing elements running at 250 MHz. The device was also released
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The CSX700 processor consists of two processing arrays, each with 96 processing elements. The processing elements each contain a 32/64-bit floating point multiplier, a 32/64-bit floating point adder, 6 KB of SRAM, an integer
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market, where computationally intensive applications offload tasks to the accelerator. As of 2009, only the ClearSpeed e710 performs 64-bit arithmetic at its peak computational rate.
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Tanabe, Noriyuki; Ichihashi, Yasuyuki; Nakayama, Hirotaka; Masuda, Nobuyuki; Ito, Tomoyoshi (2009). "Speed-up of hologram generation using ClearSpeed
Accelerator board".
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expansion card with 2 GB of memory, called the
Advance e710. The card is supplied with the ClearSpeed Software Development Kit and application libraries.
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In
November 2003 ClearSpeed demonstrated the CS301, with 64 processing elements running at 200 MHz, and peak 25.6 FP32 GFLOPS.
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In August 2009 ClearSpeed made its most significant sale through high performance and heterogeneous compute specialists PetaPath.
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In June 2005 ClearSpeed demonstrated the CSX600, with 96 processing elements running at 210 MHz, capable of 40
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In
September 2007 ClearSpeed licensed its next generation processor to BAE Systems for inclusion in satellite systems.
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November 2006 ClearSpeed X620 Advance cards helped place the Tsubame cluster 7th in the
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In
November 2005 ClearSpeed made its first significant sale of CSX600 processors to the
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Tokyo
Institute of Technology Selects ClearSpeed for Sun Microsystems Supercomputer
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In
February 2007 ClearSpeed raised ÂŁ20 million in share placing on the AIM market.
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It may require cleanup to comply with
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https://books.google.com/books?id=bAeFGuNtGOAC&pg=PA105&dq=ClearSpeed
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ClearSpeed Releases New Advance e710 Accelerator Board and CSX700 Processor
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Massive Supercomputing - Coping with Heterogeneity of Modern Accelerators
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Petapath announces selection for two PRACE WP8 prototype installations
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was a semiconductor company, formed in 2002 to develop enhanced
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Dr. John Gustafson Accepts Position with ClearSpeed Technology
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list of supercomputers. The cards continue to be used in 2009.
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ClearSpeed demonstrates working silicon of parallel processor
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BAE Systems Licenses ClearSpeed’s Next Generation Processor
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joined ClearSpeed as CTO of high performance computing.
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A major contributor to this article appears to have a
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ClearSpeed set to raise ÂŁ20 million in share placing
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648:Osborne Clarke advises ClearSpeed on tender offer
634:ClearSpeed sees CEO resign as cost-cutting starts
514:. ClearSpeed competes with AMD and Nvidia in the
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571:In July 2009 ClearSpeed delisted from the
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483:Related multi-core architectures include
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181:Relevant discussion may be found on the
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277:neutral point of view
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420:Less than 10 (2009)
416:Number of employees
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451:. Based in
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866:// EETimes
752:// EETimes
729:// EETimes
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74:references
36:improve it
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183:talk page
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860:Archived
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354:Industry
813:Bibcode
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493:Cell BE
453:Bristol
425:Website
392:Bristol
376: (
368:Bristol
364:Founded
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