Benchmark #499

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EEVDF vs BORE in Rocket League

Rocket League first two minutes of match replay no additional workload Ryzen 5700X RTX 3060Ti EPP powersave / balance_performance

Submitted 2 months ago by yubysowhat

Specifications
Label OS GPU CPU RAM OS specific
BORE 5.2.11 CachyOS NVIDIA GeForce RTX 3060 Ti AMD Ryzen 7 5700X 8-Core Processor 17 GB 6.11.0-1BORE11 powersave
BORE 5.2.12 CachyOS NVIDIA GeForce RTX 3060 Ti AMD Ryzen 7 5700X 8-Core Processor 17 GB 6.11.0-1BORE12 powersave
BORE 5.3.0RC3 CachyOS NVIDIA GeForce RTX 3060 Ti AMD Ryzen 7 5700X 8-Core Processor 17 GB 6.11.0-1BORE30 powersave
EEVDF CachyOS NVIDIA GeForce RTX 3060 Ti AMD Ryzen 7 5700X 8-Core Processor 17 GB 6.11.0-1EEFVDold powersave
EEVDF-next CachyOS NVIDIA GeForce RTX 3060 Ti AMD Ryzen 7 5700X 8-Core Processor 17 GB 6.11.0-1EEVDF powersave
# Top runs: * **Highest FPS**: `BORE 5.2.11` as it achieves the highest average FPS compared to others. * **Smoothest FPS**: `BORE 5.3.0RC3` with the lowest standard deviation and variance in FPS, indicating more stable and smooth frame delivery. * **Best overall**: `BORE 5.3.0RC3` as it combines smooth performance with competitive FPS, ranking top in stability with only slightly lower FPS than the best average. # Issues: * The run with EEVDF-next has approximately 2% lower FPS and increased variance indicating worse FPS stability compared to others. * Despite EEVDF runs using the same hardware and operating system, EEVDF-next has a notable outlier in swap usage, leading to higher variability in FPS. # Summary The benchmark evaluates different Linux kernel versions involving the `EEVDF` and `BORE` schedulers using a consistent hardware setup, namely Ryzen 5700X and RTX 3060 Ti, on `CachyOS` with `powersave` mode. `BORE 5.3.0RC3` delivers superior performance in terms of FPS stability, while `BORE 5.2.11` achieves the highest average FPS. However, EEVDF-next exhibits lower FPS and higher variance due to increased swap usage, highlighting possible inefficiencies with this kernel's configuration in maintaining frame rate consistency under the test conditions.