@lauriewired It is a shame! This past year I've had the pleasure of going deeper into GPU architecture.
The joy that comes from finally understanding WHY things are the way they are in my field, ML/AI, can not be matched!
Great stuff from @MainzOnX again! The concepts here are really key to understanding WHY things like speculative decode or batching sizes for LLM inference are so important for performance.
PSA: If youβre running agentic workloads and seeing much lower prefix cache hit rates than expected, check whether GPU memory pressure is causing your cache to thrash.
Long shared prefixes common in agent loops get evicted quickly when the KV pool is too small. @vllm_projectβs native CPU offloading can help by spilling blocks to host memory, which often beats recomputing heavy prefills. Itβs not free but itβs worth trying when memory is the bottleneck on prefill-heavy agent traffic.
The @xAI Grok 2.5 model, which was our best model last year, is now open source.
Grok 3 will be made open source in about 6 months.
https://t.co/TXM0wyJKOh
Inkling by @thinkymachines is now available on Modal, backed by a custom DFlash speculator for 67% higher throughput and interactivity.
Running on Modal Auto Endpoints with SGLang today.
@_EldarKurtic@RedHat_AI@NVIDIAAI Awesome thanks and congrats on this release!
Been keen to see the speed benefits of DFlash over EAGLE and MTP, because as you stated before, it should give a FLOPS speed up.
@_EldarKurtic@RedHat_AI@NVIDIAAI I should add as well that the previous (deleted) post was showing the example on the right running at 20-30 tok/s faster than the left, at around ~210 tok/s for DFlash.