WebGPU compute passes: a practical alternative to WebGL2 GPGPU
Replace WebGL2 fragment-shader workarounds with WebGPU GPUComputePass for general GPU work, with feature checks and WGSL validation.
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webgpuOffload array math to the GPU with WebGPU compute shaders
WebGPU compute shaders move parallel data work off the browser's main thread, but the explicit setup demands care. Here's how to decide if it's worth it.
Metal Compute on Apple Silicon: Argument Buffers, Shared Memory, and the MPS Decision
A practical look at structuring Metal compute pipelines on Apple Silicon—when to use Argument Buffers, how UMA changes synchronization, and why MPS may beat hand-written MSL for standard operations.
appleUnified Memory on Apple Silicon: What Changes When CPU and GPU Share the Same Pool
Apple Silicon's Unified Memory Architecture lets CPU, GPU, and Neural Engine share one DRAM pool—no PCIe copies, no blits. Here's how to exploit it in Metal, where the traps are, and how to verify zero-copy behavior with Xcode Instruments.
Speed Up Blender Viewports: Real‑Time GPU Compute for Shading
Learn how Blender 3.5+ lets you offload viewport shading to your GPU, the steps to enable it, and what trade‑offs to consider for smooth, fast previews.
blenderReusing Bind Groups to Keep WebGPU Compute Pipelines Stable on the Web
WebGPU compute can accelerate image processing in the browser, but real-world stability comes from reusing bind group layouts and pipelines rather than shader cleverness alone.