Processing power (double precision): 928 GigaFLOPS
Polygon throughput: 1.45 one billion polygons per second If you decide to use all that power to qqchose more constructive than other FPS games and rock well, we quickly come to the conclusion that we can have a supercomputer on the cheap .
Nvidia CUDA had already started but personally I think like in the article
Eadline Douglas, Ph.D.
(
GP-GPU: OpenCL Is Ready For The Heavy Lifting on Linux Magazine
) 
OpenCL that has a lot of chances to have more success because it is a standard that is supported by multiple vendors on multiple types of hardware since June 2008 as part of the Khronos Group
. Thus OpenCL that has a lot of chances to have more success because it is a standard that is supported by multiple vendors on multiple types of hardware since June 2008 as part of the Khronos Group 
weapon of your favorite Linux PC with the new ATI Stream SDK v2.01
freshly installed on your Ubuntu 9.10 you can try to tease the top10 the TOP500 because if you use one of the new Radeon HD 5970
Eyefinity 6 in
XFX is already 2 GPUs onboard admitting that you break your piggy bank you can put in a second CrossFireX This brings us to a theoretical power of 4 x 4.64 = TeraFlops
18.56 TeraFlops
(in sp of course but it's pretty) and twice we still decent with a 4 x 0928 = 3.7 TeraFlos theoretical double precision.
Going to see the list of TOP500 observed that Rmax (also TeraFlops) achieved by "supercomputers" delivered in 2009 are not so far from this number! Thus the 99th position was the BlueGene of EPFL delivered in 2009 with 16'384 PowerPC 450 850 MHz (3.4 GFlops) totaling one of RMax 47.73 TeraFlops
And are certain that given the number of processors and consumption that there is a strong chance that with your SuperTux you can compete at least in the Green500
! And there's a good chance you will be very high in the rankings parcequ'avec consomation a peak of 294 watts for the card on the data sheet of AMD is reached 15'782
MFLOPS / W!
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