Round two just dropped — the stakes are higher, the kernels need to be tighter.
Teaming up with a crew known for pushing GPU performance to absurd levels, we're throwing down a challenge that'll separate the optimization wizards from the weekend coders. This time? Low-precision matrix multiplication using NVFP4.
If you've been itching to prove your chops in kernel engineering, here's your arena. We're talking real-world performance constraints, hardcore throughput demands, and the kind of problem that makes your compiler sweat.
📌 Task: NVFP4 GEMM optimization ⏰ Submissions close: December 19th
No hand-holding. No shortcuts. Just you, your code, and the clock.
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RektButStillHere
· 12-05 04:51
nvfp4 is really stepping up this time, kernel optimization is reaching new heights... But honestly, for this kind of throughput challenge, it often comes down to who tunes their compiler the hardest.
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BlockchainWorker
· 12-05 04:51
nvfp4 is going straight to the operating table this round. If you don’t have some real skills, you really can’t play.
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LiquidationTherapist
· 12-05 04:44
nvfp4 gemm? I'm not doing this kind of compiler-abusing stuff.
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BrokenDAO
· 12-05 04:31
Back to competing on kernel optimization again? At the end of the day, it's still the same incentive mechanism. Who can guarantee that the rewards will actually be distributed as promised in the end?
Round two just dropped — the stakes are higher, the kernels need to be tighter.
Teaming up with a crew known for pushing GPU performance to absurd levels, we're throwing down a challenge that'll separate the optimization wizards from the weekend coders. This time? Low-precision matrix multiplication using NVFP4.
If you've been itching to prove your chops in kernel engineering, here's your arena. We're talking real-world performance constraints, hardcore throughput demands, and the kind of problem that makes your compiler sweat.
📌 Task: NVFP4 GEMM optimization
⏰ Submissions close: December 19th
No hand-holding. No shortcuts. Just you, your code, and the clock.