A Realistic View of Game Performance
Valve has announced a new step aimed at enhancing transparency regarding game performance on its handheld device, the Steam Deck, by starting to display real frames per second (FPS) data directly on Steam store pages. This data relies on anonymous information collected from players who chose to share their performance data since last February.
This step comes to overcome the limitations imposed by the current "Steam Deck Verified" system, which grants games a compatibility badge that may not necessarily reflect the actual performance experience. While two different games might receive the same compatibility badge, their framerates can vary significantly, which is now illustrated by the new charts that provide performance averages for both the Steam Deck and Steam Deck OLED.
Why This News Matters
The importance of this data lies in its ability to help users make more accurate purchasing decisions, especially for games that carry the "Unsupported" rating. Reports indicate that many games carrying this rating—due to compatibility issues with anti-cheat systems or graphics settings—actually run at very playable framerates on the device. For instance, user data has shown that some officially unsupported games achieve performance exceeding 40 or even 60 frames per second in single-player modes.
Limitations and Technical Context
Valve acknowledged that the data may be affected by certain factors, such as users enabling VSync or framerate limits, in addition to personal adjustments players might make to in-game graphics settings. However, the company asserts that the aggregated data concentrates within narrow and reliable enough ranges to provide a clear picture of expected performance.
In a related context, expectations suggest that Valve may expand this technology to include traditional personal computers. Code files in the Steam client have revealed the existence of a potential Framerate Estimator tool, which may allow users to select a specific hardware configuration to obtain performance estimates based on other users' data, sparing players from relying on unreliable external performance estimation sites.