## Top runs - **Highest FPS**: `Cyberpunk2077_lavd_no_core_compaction` with approximately 2% higher mean FPS compared to the other run. - **Smoothest FPS**: `Cyberpunk2077_lavd_no_core_compaction` with a nearly 3% smaller standard deviation. - **Best overall**: `Cyberpunk2077_lavd_no_core_compaction` due to its combination of the highest mean FPS and the lowest standard deviation. ## Summary Both runs used identical hardware and software configurations, ensuring that any performance differences are directly attributable to the benchmark conditions. The `Cyberpunk2077_lavd_no_core_compaction` run outperformed the `Cyberpunk2077_lavd` run in terms of both mean FPS and FPS stability. Specifically, the `Cyberpunk2077_lavd_no_core_compaction` run achieved around 2% higher mean FPS and had approximately 3% lower FPS standard deviation, indicating a more consistent performance. CPU load and GPU load were similar across both runs, but the former had slightly more balanced temperatures, while the latter had marginally higher GPU temperatures and power usage. These findings suggest that enabling core compaction yields a slight but noticeable improvement in performance and stability for this benchmark scenario.