Testing the Steam Deck's Performance with Various Games
One of the key features of the Steam Deck is its ability to run a wide range of games at high frame rates, making it an ideal device for gaming. To test the performance of the Steam Deck, we need to ensure that the system is configured correctly and that the graphics settings are optimized for the best possible experience.
To start with, let's take a look at the settings menu on the Steam Deck. We can see that the sharpness setting is currently set to five, but I've adjusted it to 1600 to see how it affects the overall performance of the device. The ultra settings are turned on, and we're testing the game in 1080p and 900 resolution with high settings enabled.
In this configuration, we can achieve frame rates of over 100 FPS, which is impressive for a device like this. Since we don't need such high frame rates, I've locked the setting to 60 FPS, but it's nice to know that the Steam Deck can handle demanding games at high resolutions. The next game on our list is Project Cars 2, which is one of my favorite racing games.
When set up correctly, this game looks great on the Steam Deck, even at 1080p resolution. We're averaging around 96 FPS with these settings, and since we don't need any anti-aliasing or other graphics enhancements, we can turn off those features to further improve performance. This is another game that will work really well in a setup like this, and I'm excited to see how it performs.
Moving on to Cyberpunk 2077, I've had great luck with this game on Linux, and the Steam Deck is no exception. We're running at 1080p high settings, and we've turned off anti-aliasing to improve performance. With the system-wide FSAA (Fast Spectral Anti-Aliasing) feature enabled, we can achieve frame rates of around 72 FPS, which is impressive for a game that was previously considered demanding on PC hardware.
Next up is Elden Ring, which I was hoping would perform better than it did. We're running at 900p with medium settings and the system-wide FSAA feature enabled. While we're still dipping under 60 FPS, the game is still playable, and we can adjust the settings to achieve higher frame rates if needed.
The final PC game on our list is Doom Eternal, which is a great-looking game that should push the Steam Deck's hardware to its limits. We're running at high settings 1080p, and while we do get some dips in frame rate, the game still looks amazing on this device. Unfortunately, we couldn't achieve ultra settings at 1080p due to the limitations of our graphics card, but the Steam Deck is still capable of handling demanding games at high resolutions.
For emulation, the Steam Deck has been a great experience, and I've found that it handles various emulators with ease. GameCube emulation is particularly smooth on this device, thanks to the Vulkan API used by RPCS3. We're also running Tekken 6 in 1080p with RPCS3 using the Vulcan back-end, which should provide better performance than previous versions of the emulator.
In conclusion, the Steam Deck has been a great testbed for various games and emulators, showcasing its ability to run demanding titles at high frame rates. While it's not a top-of-the-line machine by any means, I believe that this device will be perfect for installing Steam OS on and running a variety of games and emulators.
The only potential issue with the Steam Deck is its use of an NVIDIA GPU, which may limit compatibility with certain games or emulators in the future. However, as more drivers are released and support for these titles improves, I'm confident that this device will become even more capable.
In terms of hardware, I've found that a mid-range to high-end Radeon card works really well on the Steam Deck, providing smooth performance at 1080p and 1440 resolutions. The RX 580, in particular, has been a great performer in our tests, although it may not be able to handle ultra settings at 1080p.
If you're interested in building your own Steam Deck or want to install Hollow ISO on any of your devices, I've left links to some tutorials and resources in the description below.