If you’re chasing smoother frame rates on an AMD card, the good news is that most of the gains come from a handful of decisions in the Adrenalin software rather than dozens of micro-tweaks. The priority order matters, though. First, make sure frames are delivered consistently — that means focusing on frametime stability before raw average FPS. Second, eliminate input lag wherever you can afford to, because a stable 90 FPS that feels responsive beats a jittery 110. Third, only then chase image-quality upgrades like sharpening or upscaling. This guide walks through the optimal AMD Adrenaline settings for smooth fps in that order: a quick-reference table, per-setting explanations with trade-offs, tier-specific advice, and the mistakes that quietly ruin otherwise good configs.
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Quick Recommended Settings
| Setting | Recommended value | Why |
|---|---|---|
| AMD Fluid Motion Frames (AFMF) | Off globally; per-game only where input lag is tolerable | Frame generation adds latency; great for slow-paced games, bad for shooters |
| Radeon Anti-Lag / Anti-Lag+ | Enabled in competitive games | Cuts CPU-to-GPU queue depth, reducing input lag |
| Radeon Boost | On in supported fast-motion games | Dynamically lowers resolution during motion for higher FPS |
| Radeon Chill | Off (or min/max set to your monitor’s refresh rate) | Frame caps reduce heat but can add perceived stutter if set too low |
| Image Sharpening | Enabled, 60–80% | Restores clarity when using upscaling or reduced resolution |
| Radeon Enhanced Sync | Off for competitive; on for single-player | Reduces tearing without V-Sync latency cost, but can introduce stutter on some panels |
| Wait for Vertical Refresh | Off unless tearing bothers you | V-Sync adds significant input lag |
| Texture Filtering Quality | Standard (2x–4x) | Higher values cost little on modern GPUs but nothing meaningful on image quality |
| Tessellation | Use application settings | Forcing values can break game visuals and waste GPU time |
| Driver-level upscaling (RSR) | On if the game lacks FSR/DLSS-class options | Renders internally lower, upscales — big FPS win on weaker GPUs |
Setting-by-Setting
AMD Fluid Motion Frames (AFMF)
AFMF generates intermediate frames to roughly double perceived frame rates. Enable it in Adrenalin → Gaming → (select game) → AMD Fluid Motion Frames or globally under the Graphics tab. The exact value: off globally, per-game enable only in titles where input latency won’t hurt you — RPGs, strategy games, racing sims with a wheel. The trade-off: generated frames carry no new input data, so mouse-click-to-photon latency worsens. Never use it with Enhanced Sync or V-Sync simultaneously unless you accept unpredictable stutter; AFMF officially requires those disabled.
Radeon Anti-Lag / Anti-Lag+
Found at Adrenalin → Gaming → Graphics → Radeon Anti-Lag, this reduces CPU-side command buffering. Enable it with the toggle set to “Enabled” (or “Per-game” with Anti-Lag+ where supported) in competitive shooters and MOBAs. Trade-off: a small potential FPS ceiling reduction on CPU-bound titles, and Anti-Lag+ has historically been disabled per-title while AMD validates game compatibility — if your game shows it grayed out, leave it alone rather than forcing registry workarounds.
Radeon Boost
Under Gaming → Graphics → Radeon Boost, this lowers render resolution dynamically during fast motion. Recommended value: on in supported titles (it works on a per-game whitelist; check the game’s properties page in Adrenalin). Trade-off: textures visibly soften while turning or moving quickly. If you play slow, aim-heavy games, keep it off; if you play fast arena shooters and value framerate, it’s one of the cheapest wins available.
Image Sharpening (RIS)
Path: Gaming → Graphics → Radeon Image Sharpening, with a slider from 0–100%. Recommended value: 60–80%. When you render below native — via RSR, FSR Performance mode, or Radeon Boost — sharpening recovers perceived detail. Trade-off: above 80%, halos appear around high-contrast edges; below 50%, the effect is too subtle to matter. Note that RSR and in-game FSR both apply their own sharpening; disable one to avoid double-processing.
Radeon Enhanced Sync and Wait for Vertical Refresh
Both live under Gaming → Graphics. Wait for Vertical Refresh should stay “Off, unless application specifies” by default — forced V-Sync can add 30–60 ms of latency. Enhanced Sync is worth trying for single-player games: set it to On and leave V-Sync off. Trade-off: Enhanced Sync can cause frametime spikes on monitors with slow response times or when your FPS hovers near half the refresh rate. If you see stutter at a stable frame rate, that’s the tell — turn it back off.
Radeon Chill
Path: Gaming → Graphics → Radeon Chill, with Min and Max FPS fields. Recommended value: disabled, or both fields set to your monitor’s native refresh rate (e.g., 144 and 144) if you want a hard cap for thermals. Chill’s dynamic frame pacing sometimes feels worse than a static cap set in-game. Trade-off: capping saves power and reduces fan noise, but a cap below your comfortable minimum FPS makes dips feel far more jarring.
Radeon Super Resolution (RSR)
Enable at Adrenalin Home → Settings gear → Graphics → Radeon Super Resolution. It applies only to games running in exclusive fullscreen or borderless at a resolution lower than your display’s native. Recommended value: on for GPUs at the lower end of a game’s requirements, with the resolution slider in-game set to roughly 70–80% of native. Trade-off: soft image without sharpening enabled, and some games with built-in anti-aliasing can look blurry when double-upscaled.
Texture Filtering and Tessellation
Under Gaming → Graphics → Advanced (toggle “All” at the top to reveal these). Set Texture Filtering Quality to “Standard” or 4x — the visual difference above that is nearly invisible on modern panels, and forcing 16x costs a small amount of bandwidth on older cards. Set Tessellation to “Use application settings.” Overriding it to a fixed value was a trick for ancient GPUs; today it wastes shader time and can cause terrain cracks or flickering.
By Hardware Tier
Low-end (RX 6500 XT, RX 6400, older RX 500 series, integrated Radeon 780M-class)
Your bottleneck is raw GPU throughput, so lean on upscaling hard. Enable RSR globally, set in-game resolution scale to 70–75%, and pair it with Image Sharpening at 70%. Turn off Enhanced Sync (marginal panels stutter with it) and Radeon Boost in any game already running below 60 FPS — dynamic resolution on top of dynamic resolution compounds blur. Set Texture Filtering to 2x. Avoid AFMF on this tier; the base framerate it needs as a foundation is rarely there, and the latency penalty is noticeable at low base framerates.
Mid-range (RX 6600/6650 XT, RX 7600, RX 7700 XT)
You have headroom; the goal is eliminating stutter rather than finding more FPS. Use in-game FSR in Quality mode rather than RSR where available — game-native upscaling looks better. Enable Anti-Lag in anything competitive. Enhanced Sync is safe to try if your monitor is a decent IPS or VA panel with a high refresh rate. Cap FPS in-game to just below your monitor’s refresh rate (e.g., 138 for a 144 Hz display) to keep frametimes flat and let VRR handle the rest. Skip Chill unless noise or heat bothers you.
High-end (RX 7900 XT/XTX, RX 9000 series)
At this tier most settings are about consistency and not getting in the game’s way. Leave tessellation and filtering at defaults. Use native resolution or FSR Quality at most; RSR should be off entirely. AFMF is genuinely good here in single-player games where you’re already CPU-bound above 100 FPS — the added latency matters less when the base framerate is high. Enable Anti-Lag+ per game where the whitelist allows it. If you run a 4K 240 Hz panel, check that PCIe resizBAR (“Smart Access Memory”) is enabled in BIOS plus Adrenalin → Performance → Tuning confirms it’s active; leaving it off costs real bandwidth on these cards.
Common Mistakes
Global settings overriding per-game choices
What causes it: Configuring everything under the global Graphics tab, which then applies to every title.
How to check: Open Gaming → Graphics and see if toggles like AFMF or Enhanced Sync are flipped globally while a game’s own page shows them differently.
What to do: Set risky features (AFMF, Enhanced Sync, Boost) to default-off globally, then enable them per-game on each title’s individual page.
How to undo: Click the reset arrow next to any global setting to restore “Use application settings” or Off.
Driver-level frame caps fighting in-game caps
What causes it: Radeon Chill’s max FPS set to a different value than an in-game limiter, producing two competing pacing algorithms.
How to check: Compare Chill’s Min/Max fields against the cap you set in-game; if they differ, they’re fighting.
What to do: Pick one. In-game limiters are usually better implemented; if you use Chill, set identical Min/Max values.
How to undo: Turn Chill off entirely — the in-game cap keeps working.
Forgetting a driver clean install after GPU upgrades
What causes it: Old driver remnants causing crashes or stutter on a new card.
How to check: Look at Adrenalin → Settings → System → Software for the installed version, and check C:\Program Files\AMD for multiple dated driver folders piling up.
What to do: Run the Adrenalin installer, choose “Factory Reset” under the Additional Options, or use AMD’s Cleanup Utility in Safe Mode first.
How to undo: A factory-reset install keeps your settings profiles by default only if you skip factory reset — so export profiles first via Settings → System → Save/Load Profile.
Enabling every “performance” toggle at once
What causes it: Stacking AFMF + Enhanced Sync + Boost + Chill simultaneously, which interact unpredictably.
How to check: Adrenalin itself will warn in some combinations; frametime graphs (Ctrl+Shift+O overlay toggle under Performance → Metrics) will show sawtooth patterns.
What to do: Enable one feature at a time and play for ten minutes before adding another.
How to undo: Toggle each back individually; the reset arrows in the Graphics tab revert defaults in one click per setting.
FAQ
Should I enable AFMF for every game?
No. It’s best in single-player and slower-paced titles where you’re already above roughly 60 FPS natively. In competitive shooters, the latency cost is more noticeable than the framerate gain. Enable it per-game rather than globally.
Does Radeon Anti-Lag actually reduce input lag?
Yes, by shrinking the CPU command queue before frames reach the GPU. The effect is largest in CPU-bound scenarios — high framerates on modest processors — and smaller when you’re GPU-bound. It’s a free toggle for competitive play since the FPS cost is negligible.
Is RSR better than in-game FSR?
Almost never. In-game FSR is tuned per title, handles UI correctly, and often includes its own sharpening. Use RSR only when a game offers no upscaling option at all, and pair it with Radeon Image Sharpening at around 70%.
How do I know if a setting actually helped?
Open the metrics overlay with Performance → Metrics → Show Metrics Overlay (default hotkey Ctrl+Shift+O) and watch frametimes, not average FPS. Smoothness is about flat frametime lines; a feature that raises your average while making the graph spiky has made the game feel worse. Change one setting, play the same route in the same game, and compare the graph shape.
