Benchmark #929

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osu!stable + stress-ng - bpfland

Submitted 2 weeks ago by .dnaim

Specifications
Label OS GPU CPU RAM OS specific
bpfland-simplify-deadline-patched CachyOS AMD Radeon Graphics AMD Ryzen 5 6600HS Creator Edition 14 GB 6.12.7-1-cachyos-scx powersave
bpfland-patched CachyOS AMD Radeon Graphics AMD Ryzen 5 6600HS Creator Edition 14 GB 6.12.7-1-cachyos-scx powersave
bpfland-simplify-deadline-stock CachyOS AMD Radeon Graphics AMD Ryzen 5 6600HS Creator Edition 14 GB 6.12.7-2-cachyos powersave
bpfland-stock CachyOS AMD Radeon Graphics AMD Ryzen 5 6600HS Creator Edition 14 GB 6.12.7-2-cachyos powersave
# Top runs: * **Highest FPS**: `bpfland-simplify-deadline-patched` with an average FPS slightly higher compared to others. * **Smoothest FPS**: `bpfland-stock` demonstrated the lowest standard deviation in FPS, indicating the most stable performance. * **Best overall**: `bpfland-simplify-deadline-patched` combines the highest FPS with a reasonably low standard deviation, providing an excellent balance of performance and stability. # Issues: * One configuration used a different kernel version (`6.12.7-1-cachyos-scx` vs. `6.12.7-2-cachyos`), which should not directly yield substantial FPS differences since the hardware and other settings remain consistent. * CPU load was significantly lower in the last configuration (`bpfland-stock`), but it didn't correlate with an FPS drop, suggesting a variance in system resource management rather than performance impact. # Summary The benchmark was conducted on `CachyOS` using various customized kernel versions and `powersave` Linux scheduler in conjunction with `AMD Ryzen 5 6600HS` and `AMD Radeon Graphics`. Notably, the `bpfland-simplify-deadline-patched` configuration achieved the highest average FPS with maintained stability, likely benefiting from specific patch improvements. Meanwhile, `bpfland-stock` displayed the most consistent performance in FPS variance, even with a minor discrepancy in CPU load management. This comparison highlights the potential impact of kernel patches in optimizing performance without detracting significantly from system stability.