You all know about distributed resource computing, where a bunch of people run software that uses their computer's idle cycles to search for alien communication or to fold protiens.
Now a Californian company has released software that allows users to use the power of their graphics card processor, at least for floating point operations and when they're not running games.
Compared to graphics processors, main system processors have developed much slower in providing an increase in floating point performance. For example, a Pentium 4 3 GHz processor was estimated to reach about 6 GFLOPs (billion operations per second), while Woodcrest, the server variant of Intel's Core 2 Duo processor, is currently believed to top out at around 24 GFLOPs; according to Intel, a four-processor dual-core Itanium 2 system recently reached 45 GFLOPs.
At least in the floating point discipline, graphics chips are way ahead of the game: ATI recently said that its current high-end X1950 XTX processor brings in 375 GFLOPs, in dual-graphics mode even up to 750 GFLOPs - the equivalent of 31 Xeon 5100 processors. Nvidia's Geforce 7950 GX2 dual-GPU card is rated at 384 GFLOPs and Ageia's physics processor at 96 GFLOPs.
The drawback is that they charge $2000 per computer node, so I'm hoping the Open Source community can work out something similar. I fancy having a super computer in my home.
Comments
turin
Denver, CO
October 2003
SEP 20, 2006 04:27 PM
Spaceboy
Dallas, TX
October 2004
SEP 20, 2006 05:25 PM
xxxxxxx
Canada
September 2005
SEP 20, 2006 06:54 PM
AceT
Portland, OR
April 2004
SEP 21, 2006 05:41 PM