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[Chase Ward]

The core issue is that shader compilation stutter is a CPU-bound bottleneck, not a GPU one—when the engine hits a shader combo it hasn’t compiled yet, it’s doing real work on single-threaded CPU cores while the GPU sits idle waiting. Once I understood that, my approach changed from chasing higher frame caps to eliminating the dips. The fix is PSO caching done right: make sure the cache is written to your fastest NVMe (I keep mine on a dedicated Gen4 drive, not your OS drive), because a slow SSD will actually add latency during cache writes on first launch. If your game supports explicit shader precompilation or a “prewarm shaders” option in settings, enable it—tools like NVIDIA Shader Cache management and launching the

[Chase Ward]

Great topic—these three subtimings are where the real DDR5 tuning happens, and I want to make sure the math behind them is clear before anyone starts hammering values

[Chase Ward]

Black eQualizer isn’t actually remapping gamma the way people assume—it’s lifting the black point and compressing the lower ~25% of the tonal range, which is why you see crushed shadows and banding instead of a clean brightening. The root-cause of most “distortion” complaints is a gamma mismatch between the GPU’s output transfer function and the monitor’s native panel curve.

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"1% low FPS flat as a runway before queuing high-elo ranked."

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