4 ms·

So if I'm following correctly... 1 ALU / 1.5 ns ≈ 67 MFLOPS * 144 units = 96 GFLOPS Obviously, a significant percentage of work in the real world would probab

So if I'm following correctly... 1 ALU / 1.5 ns ≈ 67 MFLOPS * 144 units = 96 GFLOPS Obviously, a significant percentage of work in the real world would probably go to distributing instructions amongst the units. Anyway for comparison, according to the thread here: http://forum.beyond3d.com/showthread.php?t=51677 http://forum.beyond3d.com/showthread.php?t=51677 ...an Intel Core 2 Quad QX6850 runs @ 48 GFLOPS.

ramchip 16y ago
Isn't a FLOP a "Floating Point Operation"? If the chip has no FP unit, it does 0 FLOPS.
- seunosewa 16y ago
  This is disappointing. What a Flop.
- steamer25 16y ago
  I see... I suppose the efficiency of the presumed software-based floating point library can be factored along with the parallelization then.