NVIDIA’s Rubin adds tile-level kernel dependency triggers for finer overlap
Moh1tAgarwal · x · 2026-07-22
NVIDIA’s Rubin architecture is described as enabling finer-grained kernel coordination, including tile-level dependency triggers, so work can start as soon as the needed data for a sub-operation is ready.
The attached diagram contrasts this with Blackwell’s programmatic dependent launch, showing Rubin’s more granular inter-kernel data dependency model and better overlap across thread blocks.
More from Infra
- Nearly half of Claude revenue now flows through cloud marketplace commitments, up from 11% — BenBajarin · 2026-10-26
- Anthropic ARR goes vertical after price cuts: tokens up 4x, $100B+ ARR back in play — GavinSBaker · 2026-10-26
- Alex Banks argues power caps GPU supply, real risk is demand cooling first — thealexbanks · 2026-10-26
- Analyst: Ant has the most fungible AI workload of any model provider today — BenBajarin · 2026-10-26
- Anthropic S-1: training infra edge cut per-task cost 40% and doubled revenue growth — BenBajarin · 2026-10-26
- Rewriting scaling law study: optimal synthetic data share rises from 10% to 32% with compute — heghbalz · 2026-10-26