pyc-kernels / PERFORMANCE_SUMMARY.md
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Performance summary

These figures are selected from the PyC H100 kernel-lab campaign and are included as orientation, not as universal benchmark claims.

Lane Shape Result
Hopper WMMA FP16 1024^3 0.105 ms, 20.473 TFLOPS
Hopper WMMA BF16 1024^3 0.102 ms, 21.024 TFLOPS
Hopper cuBLASLt BF16 control 4096^3 0.162 ms, 846.466 TFLOPS
Hopper async square K64 4096^3 0.9252 ms in the captured profile

The engineering progression is: shared-memory tiling and reuse, WMMA Tensor Core execution, BF16/FP16 comparison, cp.async double buffering, CTA shape and warp-work assignment, K-stage depth, and finally a cuBLASLt control lane. Always interpret a result together with GPU model, architecture, CUDA version, matrix shape, warmup/repeat policy, and correctness mode.