Unleashing Performance: AMD’s AFMF Technology In RX Series Boosts Gaming FPS
AMD has yet again taken a leap forward with its latest innovation – AMD’s AFMF (Fluid Motion Frames). Released as part of the Adrenalin Edition 24.1.1 drivers, AFMF promises to revolutionize gaming experiences on PCs ready with AMD Radeon RX 6000, RX 7000, and 700M GPUs. In this article, we’ll delve into the capabilities of AFMF, its effect on FPS, and how it positions itself in opposition to other technologies like FidelityFX three (FSR 3).
Boosting FPS: A Game-Changer for AMD GPUs:
AMD’s AFMF introduces an AI-based totally body generation generation which could notably decorate FPS in DirectX 11 and 12 games. The overall performance boost is wonderful, with a median increase of up to ninety percent in chosen titles at 1080p decision whilst coupled with FidelityFX Super Resolution 2 (FSR 2). Testing on the RX 7600 XT GPU, priced at $329, showcased its readiness to address 1440p gaming, with a mean overall performance improvement of as much as 103%.
How AFMF Works:
AFMF, much like Nvidia’s DLSS 3, inserts AI-generated frames into gameplay, offering a substantial FPS boost. However, AMD advises caution as enabling AFMF may introduce additional latency to games. This makes it less ideal for competitive shooters. To mitigate this latency, users can activate AMD’s Radeon Anti-Lag feature. Enabling AFMF requires playing games in fullscreen with VSYNC disabled, and AMD provides an overlay for users to monitor the status of Fluid Motion Frames, which can be toggled on/off with the ALT + SHIFT + G combo.
AFMF vs. FSR 3: Unveiling the Distinctions:
It’s crucial to differentiate between AMD’s Fluid Motion Frames and FidelityFX Super Resolution 3 (FSR 3). While FSR 3 adds frame generation technology to games when developers enable support, AFMF functions across all DX11/DX12 games. Additionally, FSR 3 is compatible with Nvidia GPUs, but the support for it in games is currently limited. Further reviews will shed light on how Fluid Motion Frames compares to FSR 3 in terms of image quality.
AMD Video Upscaling: Enhancing Web Video Quality:
Beyond gaming, the latest GPU driver introduces AMD Video Upscaling, akin to Nvidia’s RTX Video Super Resolution. This feature enhances the image quality of web videos in most DirectX 11 applications and web browsers such as Microsoft Edge or Google Chrome. Users may need to enable “Media Foundation for Clear” in browser settings for optimal functionality.
Supported GPUs and Recommendations:
AFMF is exclusive to AMD graphics cards and supports a range of GPUs, including the Radeon RX 6000, RX 7000, and 700M series. AMD emphasizes playing games in fullscreen mode, with Vsync disabled and recommends a baseline of at least 60 FPS before enabling AFMF. This technology is poised to provide a competitive edge in various gaming scenarios, although users should be mindful of potential additional latency in fast-paced titles.
Conclusion:
In the dynamic world of PC gaming, AMD’s AFMF technology emerges as a game-changer, promising substantial FPS improvements for Radeon GPU users. As the gaming community eagerly awaits further testing and comparisons, AFMF’s integration into the Adrenalin GPU driver marks a significant step towards enhancing the overall gaming experience on AMD-powered systems.