AMD Develops Fluid Motion Frames 3 (AFMF 3) Frame Generation Technology Found in Latest Drivers

Exciting developments are on the horizon for AMD users, as the company’s upcoming Fluid Motion Frames 3 (AFMF 3) technology has recently been identified in their latest drivers, hinting at a potential release soon.

AMD’s AFMF 3 Technology Emerges: Possible Connection with FSR Redstone Release

It appears that AMD is set to upgrade its Fluid Motion Frames technology on an annual basis. Launched in 2023, the original Fluid Motion Frames (AFMF) serves as a versatile frame-generation solution, allowing toggling via drivers rather than demanding in-game integration. This innovative approach enables a broader range of games—regardless of their support for frame generation or FSR—to enjoy enhanced frame rates and smoother gameplay experiences. Notably, it also supports many titles utilizing FSR and FSR 2.

The subsequent iteration, AFMF 2, integrated AI-driven optimizations, yielding significant improvements in performance and latency reduction. This update broadened GPU compatibility and was followed by the introduction of Fluid Motion Frames 2.1, which enhanced image quality through improved temporal tracking and addressed ghosting issues, alongside new game compatibility.

AMD Driver Update for Fluid Motion Frames

Looking ahead, AMD appears poised to unveil a significant upgrade with Fluid Motion Frames 3. Recent updates in the AMD Radeon software have referenced AFMF 3, pointing to an expected launch alongside the upcoming FSR Redstone update in the 25.20 driver branch. This anticipation has been shared on platforms such as the Guru3D Forums, where users speculate the scale of improvements.

Code Editor Screen Displaying AFMF 3 Technology — Image Source: Guru3D Forums

Additionally, AFMF 3 is also known as “FrameGenV3, ”indicating a substantial upgrade to the existing frame generation model within Fluid Motion Frames. Moreover, the FSR Redstone, part of AMD’s FSR 4 initiative, is expected to revolutionize the upscaling and frame generation landscape. It will employ advanced technologies, such as machine learning optimizations and innovations like Neural Radiance Caching and path tracing, to significantly enhance image quality, especially in ray-traced games.

This evolving technology will directly compete against NVIDIA’s DLSS 4 Ray Reconstruction, and it will be compelling to see how each performs in the marketplace. AMD’s commitment to adding optimizations and improvements comparable to Redstone’s enhancements for AFMF 3 is strongly anticipated by users and industry watchers alike.

As we look forward to the imminent release of FSR Redstone, enthusiasts can expect more insights regarding AFMF 3 in the coming months. AMD has a track record of surprising its audience, and we hope to see innovative features that elevate the Fluid Motion Frames technology even further.

For updates, refer to news from: @harukaze5719

Source & Images