# Top runs: * **Highest FPS**: `Wonderlands_proton_fsync` with the highest average FPS, exceeding other configurations by a noticeable margin. * **Smoothest FPS**: `Wonderlands_proton_esync` with the lowest standard deviation and variance in FPS, indicating more consistent frame times across the benchmark. * **Best overall**: `Wonderlands_proton_esync` delivering a good balance between high FPS and low variation, despite not having the absolute highest FPS. # Issues: * The `Wonderlands_wineserver` run exhibits significantly lower FPS and higher frame time variance compared to other runs. This configuration was run on Nobara Linux with `wineserver`, suggesting a potential performance degradation with this setup compared to other alternatives. * The temperature levels, while mostly consistent across different configurations, showed a decrease in CPU and GPU temperatures in the `Wonderlands_ntsync` run, which could indicate less stress on the system or less heat dissipation under this specific test. * `Wonderlands_ntsync` has a slightly higher frame time variance than other similar configurations, suggesting some instability. # Summary: The benchmarking tests within Tiny Tina's Wonderlands explore various synchronization methods on different software environments and implementations. Tests conducted with the `proton_fsync` and `proton_esync` in Steam Runtime 3 show a noticeable improvement in FPS compared to other configurations, particularly compared to the traditional `wineserver` on Nobara Linux, which highlights the substantial effect that proper Proton and enhanced synchronization can have on performance. Moreover, while maximum FPS is an important metric, maintaining smooth output with lower variance, as seen in the `proton_esync` run, is crucial for providing an optimal gaming experience.