The name is the button.

An agent writes the code now, and a human thumb hovers over Accept all a hundred times a day. The honest question of this decade is what, exactly, you just accepted. So I read the diff.

Eight years as a backend engineer in Stockholm, back in Tokyo since 2023, and I still ship something small most nights, usually badly. My one rule: the only real review of a model is the thing you built with it. That is why there is no leaderboard on this site.

Around a hundred and forty sources come through — the labs' own posts, the papers, the tools, the runtimes and languages nobody is watching yet, the chip under the demo, and the newsletters people actually forward. What is moving gets counted so the week reads at a glance, and every few days I explain one mechanism in plain words.

A story here is a headline, a short excerpt, one image and the link to whoever wrote it. We never reproduce the post; the images belong to their authors. A post written in Japanese appears in Japanese, exactly as it was published, and the link goes to the original.

— Yuki Halvorsen, Tokyo

← Accept All Archive

PhoronixSilicon

NOCL Making Progress As Mesa Gallium/OpenCL Atop NVIDIA CUDA

September 29

In development the past year has been the Mesa Gallium3D API implemented atop NVIDIA's CUDA driver API.

Chips & compute MCP, skills & tools

Read at Phoronix ↗

One letter a week, in your inbox.

Latest

NOCL Making Progress As Mesa Gallium/OpenCL Atop NVIDIA CUDA

Related

SiliconSimplifying Model Serving Across Multiple GPUs with NVIDIA TensorRT Multi-Device Integration in NVIDIA Dynamo-Triton NVIDIA Technical Blog

ToolsAnthropic integration with Modal brings scalable compute to Claude Science Modal

SiliconNVIDIA Developing "Display Config Server" To Improve Linux/Wayland On Display Walls Phoronix

SiliconNVIDIA Vera SMT Performance Benchmarks Phoronix

SiliconAMD PerfOpt To Deliver New Performance Optimization For AMD iGPUs With Linux 7.4 Phoronix

AsiaNvidia and AMD chiefs join Tsinghua advisory board as US-China chip tensions persist SCMP Tech