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Mobile & games · #webgpu
Learn how to structure WebGPU bind groups so you can reuse a pipeline layout across many draws, reducing costly recompilations while staying within browser limits.
Learn how to shift particle integration from the main thread to a GPU compute pass, set up storage buffers, tune workgroup size, and avoid the readback pitfall that can erase performance gains.
Learn how to set up a WebGPU compute pipeline, check device limits, avoid common binding and dispatch mistakes, and verify results with a practical vector‑addition example.
Learn how to use a WebGPU compute shader and storage buffers to sum an array of numbers on the GPU, including buffer setup, shader code, dispatch, and result retrieval.
Learn when to use Uniform vs. Storage buffers in WebGPU compute shaders to avoid size limit crashes and optimize GPU cache performance.
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.
Babylon.js supports WebGPU with automatic WebGL fallback, but the upgrade only pays off for CPU-bound or compute-heavy scenes. Here's how to enable it, verify it's active, and decide if it's worth it.
Learn how to run parallel workloads in the browser using WebGPU compute shaders and WGSL, with a grayscale image filter example and practical guidance on workgroup sizing and readback stalls.
Define a lightweight factory that hides WebGL/WebGPU differences, sets trust boundaries, and adds health checks for a stable migration path.
babylonjs
threejs