AMD’s FSR4, or FidelityFX Super Resolution 4.0, is set to revolutionize gaming graphics with its fully AI-based approach. In a recent interview with AMD’s senior vice president, Jack Huynh, he revealed that FSR4 has been in development for nearly a year and is aimed at enhancing both quality and power efficiency.
One of the key focuses of FSR4 is to improve battery life in handheld gaming devices like the ASUS ROG Ally and Lenovo Legion Go. Huynh emphasized the importance of maximizing battery life to allow gamers to play for extended periods without interruptions. By moving to AI-based frame generation and interpolation, FSR4 aims to increase efficiency and lock the frames per second to optimize battery performance.
While the initial context for FSR4 seems to prioritize handheld devices, AMD’s history with open-source, architecture-agnostic algorithms suggests that FSR4 could have broader applications beyond just handhelds. The shift to AI-based technology does not exclude the use of GPUs, as recent GPU models can support AI instructions like tensor cores and NPU instructions.
Competitors like Intel have also embraced AI-based upscaling solutions, such as XeSS, which can utilize DP4a instructions for similar performance enhancements. With the upcoming release of FSR4, the gaming community is eager to see how AMD’s new technology will stack up against existing solutions like DLSS and XeSS.
As AMD prepares to release FSR4 to the public, questions remain about its availability and compatibility with existing hardware and games. While technologies like Fluid Motion Frames 2 provide interim solutions for frame generation, FSR4 promises to offer a competitive alternative that leverages AI to deliver superior gaming performance.
With the gaming industry constantly evolving, AMD’s FSR4 represents a significant step towards enhancing the gaming experience through advanced AI technologies. As gamers await the release of FSR4, the potential for improved graphics quality and power efficiency has sparked excitement and anticipation within the gaming community.