Benchmark #1049

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Limbus Company - Steam Deck Performance Comparison (1080p vs 1280x800)

Limbus Company on Steam Deck, docked on High Settings. Played on 120hz, on both original Deck resolution 1280x800 and 1920x1080. This test is made through Mirror Dungeon 5 - MIrror of the Dreaming.

Submitted 1 month ago by triffy.

Specifications
Label OS GPU CPU RAM OS specific
Limbus Company SD 1920x1080 Cut Steam Runtime 3 (sniper) AMD Custom GPU 0405 (RADV VANGOGH) AMD Custom APU 0405 16 GB 6.5.0-valve22-1-neptune-65-g9a338ed8a75e schedutil
Limbus Company SD 1280x800 Cut Steam Runtime 3 (sniper) AMD Custom GPU 0405 (RADV VANGOGH) AMD Custom APU 0405 16 GB 6.5.0-valve22-1-neptune-65-g9a338ed8a75e schedutil
# Top runs: * **Highest FPS**: `Limbus Company SD 1280x800 Cut` with approximately 6% higher average FPS. * **Smoothest FPS**: `Limbus Company SD 1280x800 Cut` with roughly 22% lower standard deviation in FPS, indicating more stable performance. * **Best overall**: `Limbus Company SD 1280x800 Cut` due to both the highest average FPS and the smoothest performance, offering a balanced and consistent experience. # Issues: * The `1920x1080` resolution run had a considerably higher frame time variance of more than 99% compared to the `1280x800` resolution, possibly affecting overall fluidity and causing frame time spikes. * CPU load is notably higher, by approximately 36%, in the `1920x1080` run which could suggest a bottleneck at the higher resolution setting. # Summary In this benchmark, the performance of "Limbus Company" on the Steam Deck was compared at two resolutions: `1280x800` and `1920x1080`. Both tests were conducted on the same hardware and software configuration, using the `schedutil` Linux scheduler under Steam Runtime 3. The `1280x800` resolution performed significantly better with higher average FPS and smoother gameplay, making it the optimal choice for this game on the Steam Deck. Conversely, the `1920x1080` resolution faced challenges with higher CPU load and frame time variability despite the same test conditions, hinting at a less ideal setting for this platform.