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Yes—AMD’s Adrenalin software has driver-level frame generation, called AMD Fluid Motion Frames (AFMF). It first appeared as a preview in 2023 and became a mainstream driver feature in January 2024, so it is not a new 2026 addition. The current feature line is AFMF 2.1, available through Adrenalin’s HYPR-RX profile or individual game settings on compatible systems.
What AMD added—and what it does
AFMF analyzes frames rendered by a game and generates intermediate frames between them. Because it operates at the driver level, a game does not need a native AFMF option. The result can make motion appear smoother and raise the displayed frame rate, but it does not make the game engine simulate or render more frames. The underlying frame rate and input response still matter.
Keep AFMF distinct from two related technologies:
- FSR frame generation is generally integrated into a game or its FSR implementation. It can use game-provided information such as motion vectors and depth data, which may help it handle timing and the user interface differently from a driver-level method.
- FSR upscaling reconstructs a higher-resolution image from a lower-resolution render. It is separate from frame generation, though a game can use both together.
- HYPR-RX is an Adrenalin profile that can coordinate compatible Radeon features, including AFMF. The exact mix depends on the system and game; it is not another name for AFMF. See AMD’s HYPR-RX overview.
AFMF 2 and 2.1 are later iterations of the driver feature, not the same thing as FSR 2 or FSR 4. AMD describes AFMF as frame generation; that alone does not mean every stage uses the same methods as a game-integrated FSR implementation.
When AFMF arrived in Adrenalin
| Milestone | What changed |
|---|---|
| 2023 preview | AMD introduced AFMF in a technical-preview driver, first for RX 7000-series cards and later expanded preview support to RX 6000 desktop cards. AMD’s initial guidance recommended a baseline of about 55 FPS at 1080p or 70 FPS at 1440p and above. Those were preview recommendations, not a universal guarantee of good results. AMD’s preview notes. |
| January 23, 2024 | Adrenalin 24.1.1 made AFMF a mainstream driver feature and included it in HYPR-RX. AMD Adrenalin 24.1.1 release notes. |
| August 2024 | AFMF 2 preview brought improvements to image quality and frame pacing, broader API support, and support for more integrated Radeon graphics. AMD AFMF 2 preview notes. |
| 2025 | AMD presented AFMF 2.1 as part of the Adrenalin and HYPR-RX feature set. AMD’s AFMF 2.1 announcement. |
| June 22, 2026 | Adrenalin 26.6.2 added FSR Upscaling 4.1 support for RX 7000-series cards. That update was not AFMF’s debut. AMD Adrenalin 26.6.2 release notes. |
Compatibility depends on the exact Radeon system
AMD’s support spans multiple Radeon generations, but a family name alone cannot confirm that AFMF will be available on a particular computer. Support can vary with the AFMF version, GPU model, driver, and whether the graphics are discrete or integrated.
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| Hardware or system | What to expect |
|---|---|
| Radeon RX 6000-series desktop cards | AFMF was extended to RX 6000 desktop cards during the preview period. That does not establish that every card supports every later AFMF feature or driver configuration; check the current support information for the exact model. AMD preview notes. |
| Radeon RX 7000-series and newer discrete cards | These are within the broad documented support picture, but availability still depends on the specific product and driver. AMD’s 26.6.2 notes separately document FSR Upscaling 4.1 support for RX 7000-series; that is not a substitute for checking AFMF compatibility. AMD release notes. |
| Integrated Radeon graphics | AFMF 2-era support includes selected integrated Radeon graphics, including some 700M- and 800M-class systems. Confirm the exact processor, graphics configuration, and driver in AMD’s compatibility information. AMD AFMF 2 preview notes. |
| Laptops and all-in-one PCs | A mobile Radeon GPU is not automatically equivalent to a desktop card with the same family label. AMD says reference Adrenalin drivers have limited support for notebook-specific features and recommends the computer maker’s driver for laptops and all-in-one systems. AMD Adrenalin 26.2.1 notes. |
| Handheld gaming devices | AMD Software: Adrenalin Edition does not support handheld gaming devices; use the driver and software package supplied by the handheld manufacturer. AMD Adrenalin 26.2.1 notes. |
Games, graphics APIs, and display modes
AFMF’s driver-level approach is useful because it does not require a game developer to add AFMF itself. Documented AFMF 2-era support includes DirectX 11, DirectX 12, Vulkan, and OpenGL, with borderless fullscreen supported in compatible configurations. That is broad compatibility, not a promise that AFMF works flawlessly in every game.
Anti-cheat software, overlays, HDR, variable-refresh settings, hybrid graphics, a game’s window mode, and driver issues can all affect whether the feature activates or looks good. If a game has its own frame-generation option, test that separately rather than assuming the driver toggle will produce the same result. AMD AFMF 2 preview notes and AMD’s AFMF page describe supported features and configurations.
How to enable AFMF
- Install a compatible Adrenalin driver. Get the driver from AMD Drivers and Support for a desktop system. On a laptop or all-in-one, start with the manufacturer’s driver if it supplies a customized package.
- Open AMD Software: Adrenalin Edition. Go to its gaming or graphics controls. Menu names and placement can change between releases.
- Choose how to apply it. Select HYPR-RX for the simplest profile-based setup, or open the individual game profile if you want to control AFMF for one title.
- Check the AFMF control. Enable AMD Fluid Motion Frames or AFMF if the selected profile has not already enabled it.
- Launch the game in a supported display mode. Use the game’s fullscreen or compatible borderless mode, then check Adrenalin’s in-game performance metrics overlay to see whether AFMF is active.
- Turn it off for a comparison. Return to the same HYPR-RX or game-profile control and disable AFMF. Compare how the game feels as well as what the FPS counter reports.
AMD documents the performance overlay as a way to monitor AFMF status and frame rate. For current instructions, see AMD’s AFMF page. Avoid relying on screenshots from an older driver release for exact menu placement.
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How to judge the performance gain
Do not treat the displayed FPS as though every reported frame were rendered by the game. A useful comparison separates four things:
- Native rendered FPS: how often the game engine produces a frame before interpolation.
- Displayed FPS: rendered frames plus frames AFMF generates between them.
- Frame-time consistency: whether motion is evenly paced rather than alternating between smooth and uneven.
- Input latency and image quality: how quickly controls respond and whether generated frames show visual errors.
AMD reported up to a 97% average performance increase in a selected Adrenalin 24.1.1 test using AFMF together with FSR 2 Quality on an RX 7600 XT. This was AMD’s result for its tested games and settings, combining frame generation with upscaling—not a guaranteed AFMF-only gain for every system. AMD’s release notes contain the vendor’s test context.
AFMF is most convincing when the game already renders at a reasonably stable rate. Starting from a low or erratic base rate can leave the image uneven and controls sluggish even when the displayed FPS rises. AMD’s original preview guidance—about 55 FPS at 1080p and 70 FPS at 1440p or above—offers historical context, not a current pass/fail threshold for every AFMF version or game.
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AFMF or a game’s native frame generation?
| Consideration | Driver-level AFMF | Game-integrated frame generation |
|---|---|---|
| Game support | Can add interpolation to compatible games that lack a native frame-generation option. | Available only in games that implement the relevant feature or FSR path. |
| Game data | Works outside the game engine, so it may have less access to information such as motion vectors, depth, or HUD handling. | Can use data supplied by the game, which may help with image reconstruction and timing. |
| Latency and visual result | Depends on the game, base frame rate, driver, and configuration; generated FPS alone does not establish responsiveness. | Can be better integrated with a game’s rendering and latency features, but quality and latency still vary by title. |
| Best reason to choose it | Breadth: try frame interpolation in a compatible title with no native option. | Integration: try the game’s own option when it is available and performs well. |
Try one method at a time and judge motion, controls, and artifacts in the same scene. A native implementation is not automatically better in every game, but its access to engine data gives it a potential integration advantage.
When AFMF is worth trying—and when to switch it off
| Situation | Practical choice |
|---|---|
| Single-player or slower-paced game with a stable baseline | Try AFMF if smoother camera motion matters more to you than the lowest possible latency. |
| Competitive or latency-sensitive play | Prefer a strong native frame rate and responsive controls. Disable AFMF if it makes aiming or input timing feel worse. |
| Low or highly variable native frame rate | Improve the base rate first by adjusting settings or resolution; interpolation is not a replacement for adequate native performance. |
| Game already has native frame generation | Compare the game’s implementation with AFMF. Keep the one that looks and feels better; avoid stacking methods unless the game and driver explicitly support that setup. |
| Visible ghosting, flicker, warped interface elements, or disocclusion | Turn AFMF off, especially if the problem appears during fast camera movement, foliage, particles, thin geometry, transparency, or rapid scene changes. |
| High-refresh display and adequate GPU headroom | AFMF may be more useful if generated motion can be displayed smoothly, but refresh rate does not remove latency or artifact trade-offs. |
Anti-Lag, FreeSync, V-Sync, and frame caps can affect the overall experience, but there is no one configuration that is guaranteed to work best across games and displays. Change one setting at a time and compare the same gameplay scene rather than relying on a single FPS figure.
Fixes when AFMF is missing or misbehaves
- Verify the exact GPU and system. Check AMD’s current support information for the GPU model and driver rather than relying on a broad RX-series label.
- Update to a compatible stable driver. Use AMD’s support page for desktop systems. If the problem began after an update, note the driver version before changing anything else.
- For a laptop, try the OEM package. A manufacturer-specific driver may be necessary for display switching, power management, hotkeys, or other system features.
- Check display mode. Try a supported fullscreen or borderless configuration and confirm that the game is using the intended display adapter.
- Temporarily disable conflicting overlays. Close nonessential overlays and retest, particularly if the toggle is available but AFMF does not activate reliably.
- Test the game profile instead of HYPR-RX. Apply AFMF directly to the title’s profile to separate a profile issue from game compatibility.
- Compare native and displayed frame rates. Use Adrenalin’s metrics overlay and evaluate frame pacing and control response, not only the larger displayed number.
- Recover from a bad driver change carefully. Follow AMD’s release-note guidance for the relevant driver; AMD has recommended its Cleanup Utility when downgrading in some driver notes. AMD Adrenalin 26.6.3 hotfix notes.
Should AFMF influence a GPU purchase?
AFMF is a useful extra for compatible Radeon hardware, but it should not be the main reason to buy a graphics card. If a game’s native rendered FPS is inadequate, prioritize stronger native performance for the resolution and settings you want. Compare actual card prices, power needs, case clearance, and performance for your games before deciding whether a newer feature set is worth the upgrade. AMD provides product information for its Radeon desktop graphics cards; no current street price is established here.
For a buyer comparing platforms, assess native performance, frame-generation quality and latency, ray tracing, and the games and software you use—not just the largest advertised FPS number. AMD’s driver-level advantage is compatibility breadth; a game-integrated alternative may make more effective use of engine data, and either option can be a poor fit if responsiveness or artifacts are unacceptable.
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