AMD has announced its next iteration of AMD Fluid Motion Frames (AFMF)—AFMF 2—which features many upgrades, including up to 28% lower latency and multiple modes aimed at specific resolutions. Driver-based frame generation technology is now available for RDNA 2 and RDNA 3 GPU owners to try out.
The most impactful update is the latency improvements AMD has brought. AMD Fluid Motion Frames 2 delivers up to 28% lower latency on average compared to AFMF 1 in AMD's testing. In Cyberpunk 2077 at 4K RT ultra, powered by a RX 7900 XTX, AMD recorded a 28% latency reduction with AFMF 2. Integrated graphics saw up to 12% lower latency with AFMF 2 in Counter-Strike 2 powered by a Ryzen 7 8700G featuring Radeon 780M integrated graphics.
AMD has added a significant amount of additional support and features to AFMF 2. Search mode is a new setting that controls frame generation smoothness by improving AFMF 2's "fallback" behavior (i.e., disabling frame generation in high-motions scenes to preserve image quality and smoothness). The "Standard" search mode is designed for 1080p gameplay, while the "High" mode is aimed at 1440p and greater. Each mode changes the aggression of the fallback functionality, with the "High" mode having reduced fallback compared to "Standard." Auto mode automatically selects the "High" preset if the user runs 1440p resolution or higher.
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Performance mode is another new setting that helps improve performance on lower-end devices. Performance mode reduces AFMF 2's overhead to achieve higher frame rates in a broader range of devices, such as AMD's integrated graphics units. Performance mode can be activated in the Adrenalin control panel alongside the Quality and Auto modes. Quality provides the same overhead as AFMF 1. At the same time, Auto will automatically select Quality or Performance mode depending on the user's GPU hardware. Performance mode is automatically enabled on Ryzen processors with a Radeon iGPU.
Fluid Motion Frames 2 now supports borderless fullscreen mode, specifically with RX 7000 and Radeon 700M GPUs. API support has also been improved beyond DirectX, with AFMF 2 now supporting Vulkan and OpenGL-powered titles. Interoperability with Radeon Chill has also been added, allowing users to set a frame rate cap with frame generation enabled.
By default, Radeon Chill will (when enabled) apply a frame rate cap half that of the user's refresh rate, allowing frame generation to fill in the rest of the frame rate "gap" to get up to the user's maximum refresh rate. This configuration will ensure that AFMF 2 does not boost frame rates beyond the user's maximum refresh rate, prioritizing image quality and preventing screen tearing.
AMD Fluid Motion Frames 2 is available to download right now as a technical preview. The preview driver supports all of AMD's current Radeon RX 7000 and 6000 desktop GPUs as well as the Radeon RX 7900M series, RX 6800M series, RX 6700M series, RX 6600M series, RX 6500M series, and RX 6300M series of mobile AMD GPUs.
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Aaron Klotz
Contributing Writer
Aaron Klotz is a contributing writer for Tom’s Hardware, covering news related to computer hardware such as CPUs, and graphics cards.
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15 CommentsComment from the forums
Amdlova have tried this tech... but it's super lag 28% of lag still lag!
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phxrider When is this hitting the production driver?
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OneMoreUser Amdlova said:
have tried this tech... but it's super lag 28% of lag still lag!You can't have frame generation with no lag, just as you can't have normal frames without lag.
By its very nature a generated frame is not directly linked to your input, but more like an estimation of what is to come and this of course means more lag.
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OneMoreUser phxrider said:
When is this hitting the production driver?Likely in the next release, so could be less than a month.
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King_V Amdlova said:
have tried this tech... but it's super lag 28% of lag still lag!I find it particularly unlikely that a user with a history of just about always looking for an opportunity to say something negative about AMD has already tried the newest version of an AMD technology.
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kealii123 OneMoreUser said:
You can't have frame generation with no lag, just as you can't have normal frames without lag.By its very nature a generated frame is not directly linked to your input, but more like an estimation of what is to come and this of course means more lag.
Yes, but theres lag and then theres lag. On the steamdeck, HFB, turning on current gen AMD frame generation gives it at least 500ms latency. Its unplayable.
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husker kealii123 said:
Yes, but theres lag and then theres lag. On the steamdeck, HFB, turning on current gen AMD frame generation gives it at least 500ms latency. Its unplayable.Just a thought, but perhaps the Steam Deck itself is partly to blame for this. I'm not an expert but imagine the capabilities of the client play some kind of a role.
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Amdlova King_V said:
I find it particularly unlikely that a user with a history of just about always looking for an opportunity to say something negative about AMD has already tried the newest version of an AMD technology.Don't worry if you like jet lag, turbo lag or amd lag.
Lag is lag :)Reply
phxrider kealii123 said:
Yes, but theres lag and then theres lag. On the steamdeck, HFB, turning on current gen AMD frame generation gives it at least 500ms latency. Its unplayable.I can promise you it's not this way on a 7900xtx, 7900xt or 780M APU GPU. It's quite playable. Keep in mind, AMD says this tech isn't for twitch games.
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renz496 phxrider said:
I can promise you it's not this way on a 7900xtx, 7900xt or 780M APU GPU. It's quite playable. Keep in mind, AMD says this tech isn't for twitch games.And yet it is the genre that want the most frame rate to reduce the latency as much as possible.
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