midnightguy
Member
first we had the Physics Processing Unit (PPU) as a way to increase the processing power of PCs beyond the standard CPU + GPU.
now comes the floating point Co-Processor!
http://www.tomshardware.com/hardnews/20050620_114721.html
If I recall, it kinda sounds like what there was in the 1980s when you could add an Intel floating point co-processor to your PC to beef up your 286 or 386.
Now, why not a CELL instead, and get a few hundred GFLOPs instead of 50 Gflops? who knows. maybe these 50 Gflop Co-Processors will be easier to use? or maybe its 50 Gflops of double precision floating point (Cell gets about 30 Gflops of DP FP) which is unlikely. I think the former is more likely.. lots of unknowns
now comes the floating point Co-Processor!
http://www.tomshardware.com/hardnews/20050620_114721.html
Co-processors to accelerate desktop PC to 50 GFlops
By Wolfgang Gruener, Senior Editor
June 20, 2005 - 11:47 EST
San Jose (CA) - Yet another sign that the good old workstation may not be extinct: Clearspeed will demonstrate on Tuesday a co-processor PCI-X add-in card that has promises a floating point performance to 50 GFlops - about 10x the performance of a regular desktop PC.
High-end desktop PCs recently took on the role of the traditional workstation in recent years. Fierce competition in hardware and software pushed speed levels of performance PCs in a region that made it difficult for expensive workstation systems to highlight their added benefits. New innovations however set the workstation apart from a consumer desktop and could be able to bridge the widening gap to supercomputers.
If I recall, it kinda sounds like what there was in the 1980s when you could add an Intel floating point co-processor to your PC to beef up your 286 or 386.
Now, why not a CELL instead, and get a few hundred GFLOPs instead of 50 Gflops? who knows. maybe these 50 Gflop Co-Processors will be easier to use? or maybe its 50 Gflops of double precision floating point (Cell gets about 30 Gflops of DP FP) which is unlikely. I think the former is more likely.. lots of unknowns