Hey! I'm an contributor on this (Rafi Witten), all opinions my own.
You're asking the right question but I think the math is off by a bit. The equivalent number on the H100's is 989 TFLOP/s/chip so the equivalent job is ~10K H100's = (10 * 10^18) / (989 * 10^12). (Both chips also have 8-bit acceleration!)
I believe this is the largest ML job both by exaflops and number of chips every demonstrated. Other companies own more chips or exaflops than we show in this job but getting all the hardware working at once on a single job is a different matter! :-)
You're asking the right question but I think the math is off by a bit. The equivalent number on the H100's is 989 TFLOP/s/chip so the equivalent job is ~10K H100's = (10 * 10^18) / (989 * 10^12). (Both chips also have 8-bit acceleration!)
I believe this is the largest ML job both by exaflops and number of chips every demonstrated. Other companies own more chips or exaflops than we show in this job but getting all the hardware working at once on a single job is a different matter! :-)