# Top runs: * **Highest FPS**: `Bpfland-testing` and `Bpfland-next` with significant increase in average FPS compared to others. * **Smoothest FPS**: `Bpfland-testing` with the lowest standard deviation and variance among all runs, indicating the most stable performance. * **Best overall**: `Bpfland-testing` strikes a balance with high FPS and low variability, making it the best performer overall. # Issues: * The `Bpfland` run showed a notably lower average FPS, which is almost 10% lower compared to the best-performing runs, indicating potential inefficiencies. * Significant temperature differences are noted, especially in CPU temperatures, where the `Bpfland` run's temperatures are higher by about 4% compared to others. This might suggest an underlying issue affecting performance. * Power consumption is higher in `Bpfland` compared to others by a noticeable percentage, coinciding with its lower FPS, suggesting inefficiency. # Summary This benchmark across various `Bpfland` configurations and settings on the `CachyOS` environment, using the `NVIDIA GeForce RTX 3060 Ti` and `AMD Ryzen 7 5700X`, showcases how different configurations impact the gameplay performance of Rocket League. The `Bpfland-testing` run demonstrates superior performance with both high FPS and stable frametimes, likely due to optimal power management and resource utilization. Meanwhile, configurations like the plain `Bpfland` indicate clear issues with lower FPS and higher power consumption, suggesting that some adjustments in the settings may be necessary to achieve equilibrium between performance and efficiency within the specified constraints.