Best AMD Settings for Gaming in 2026: Radeon and Ryzen Tuning
The short answer: the AMD settings that raise your frame rate live in three places, the AMD Software: Adrenalin Edition control panel, the Windows power and game options, and your CPU and memory setup. Enable Radeon Anti-Lag, turn on Image Sharpening, leave Surface Format Optimization on for most builds, and enable your EXPO memory profile in BIOS. Below is the full AMD setup, GPU and CPU, plus a straight answer on whether Surface Format Optimization should be on or off. Every custom AMD gaming PC we build ships already tuned.
Not sure which setting is safe to change on your AMD gaming PC? Call Kevin on 01902 714533 and he will talk you through the AMD configuration for your exact hardware and games.
The AMD Radeon Software Settings That Raise FPS
Four features in AMD Software: Adrenalin Edition make a real difference to gaming performance. An honest view of what each does and when to use it.
Radeon Anti-Lag
Reduces input latency by keeping the CPU and GPU in step, so the game feels more responsive at the same frame rate. Turn it on, especially for fast multiplayer titles. The newer Anti-Lag 2 is built into supported games and is the version to use where a game offers it.
Image Sharpening & Upscaling
Radeon Image Sharpening restores clarity for almost no performance cost, useful with any upscaler. Radeon Super Resolution (RSR) upscales older games from a lower render resolution for more FPS. Where a game has FSR 3 built in, use that instead, it is cleaner because it uses the game's own motion data.
Surface Format Optimization
The setting behind the most-asked AMD question. It caps how much high-precision render memory a game can request, which lowers VRAM use and lifts FPS a little, with a small possible hit to colour or edge quality. For most gaming PCs, leave it on. We answer the on-or-off question in full below.
Frame Generation (AFMF 2)
AMD Fluid Motion Frames 2 inserts extra frames at the driver level in most games for a smoother look. Great for single-player games, but it adds a little latency and can show artefacts in fast motion, so leave it off in competitive shooters where only real frames register your input.
Best AMD Radeon Settings for Gaming
A starting-point table for the Global Graphics profile in AMD Software: Adrenalin Edition. Fine-tune per game from here.
Keep in-game image options set to "use application settings" where you can, so driver rules and the game do not fight. Every Ginger6 AMD build leaves Wolverhampton with drivers current and settings sensible. Call Kevin on 01902 714533.
AMD Surface Format Optimization: On or Off?
Short answer: leave Surface Format Optimization on for most gaming PCs. It gives a small, free frame-rate gain and lowers VRAM use, and on modern hardware you are unlikely to notice a downside. Only turn it off if you can see a quality problem in the games you play.
Here is what it does. Some games ask the graphics card for high-precision render buffers. Surface Format Optimization steps in and tells the game it can use a slightly lower-precision format instead. That means less work and less memory bandwidth, which is why FPS goes up and VRAM use goes down. The trade-off is a small possible loss of colour accuracy or a touch more aliasing on edges, which most people never spot in motion.
So should you enable Surface Format Optimization? For the vast majority of AMD gaming PCs, yes. It is genuinely helpful on mid-range cards and budget builds, and harmless on high-end ones.
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Leave it on if you want a small free FPS gain and lower VRAM use, which is the right call for most gamers.
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Turn it off only if you notice banding, washed-out colour, or rougher edges in a game you care about, and you have VRAM to spare.
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Is Surface Format Optimization good? As a default, yes. It is one of the safer performance toggles AMD ships, which is why we leave it on in our builds.
Should You Use AMD Frame Generation?
FSR and Fluid Motion Frames can add a lot of on-screen smoothness, but they are not for every game. Here is when each one helps.
Frame generation raises the FPS number more than it raises how responsive the game feels, because the extra frames are inserted between real ones. That is fine in a single-player game where smoothness is the goal, but in a competitive shooter only real frames register your input, so turn frame generation off there and lean on Anti-Lag instead. AMD's HYPR-RX one-click profile bundles Anti-Lag, Boost and frame generation together if you would rather not set each by hand. Call Kevin on 01902 714533 for a build already dialled in for the games you play.
- Cleaner image, fewer artefacts
- Works with Radeon Anti-Lag
- Best for demanding single-player games
- Turn off in competitive shooters
- No in-game support required
- Some artefacts in fast motion
- Adds a little input latency
- Off for competitive play
How to Optimize Your AMD Ryzen CPU for Gaming
GPU settings are only half the picture. A few safe CPU and memory changes do more for frame pacing than any single driver toggle, and the biggest one is the easiest. Most of our AMD gaming PCs pair Ryzen with Radeon, though we also build custom Intel gaming PCs if you want to weigh both platforms.
Enable your EXPO memory profile in BIOS. On a modern AM5 Ryzen build with DDR5, EXPO runs your memory at its rated speed and timings instead of a slow default. It is the single biggest free gain for Ryzen gaming, and it is one setting. Our G6 Apex 3, a Ryzen 7 7800X3D and Radeon RX 9070 XT build, is exactly this kind of AM5 machine, and it ships with EXPO already enabled.
For the CPU itself, AMD Ryzen Master is the Windows utility for monitoring temperatures, clocks and voltage, and for safely testing tuning before you commit it in BIOS. Modern Ryzen chips already boost intelligently, so gentle is the right approach.
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EXPO first, the one BIOS switch that gives the clearest real-world gaming gain on an AM5 Ryzen setup.
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Precision Boost Overdrive (PBO) lets the CPU boost harder when it has thermal and power headroom, so it only pays off with good cooling.
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Curve Optimizer, a small negative offset undervolts the CPU for lower temperatures and steadier boost. Test for stability, do not go aggressive.
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Keep chipset and graphics drivers current, and keep the CPU cool, throttling from heat undoes any tuning you do.
Windows, In-Game and Display Settings
Three quick areas that steady your frame times and smooth the overall gaming experience once the Radeon and Ryzen settings are sorted.
Windows Game Settings
Turn on Game Mode, set the power plan to High Performance so clocks do not downshift mid-game, and match the Windows refresh rate to your monitor. Trim startup and background apps so fewer processes interrupt play.
In-Game Settings That Cost FPS
Shadows, volumetric lighting and fog, ambient occlusion, reflections and heavy post-processing take the most frames. Drop these first. Set texture quality to suit your VRAM, and change one setting at a time so you can see what each does.
Resolution, Refresh and FreeSync
Turn on FreeSync if your monitor supports it, then cap FPS a few frames below the refresh rate. That combination kills tearing and smooths frame times, and helps keep the GPU cooler over a long session.
Rather have all of this done for you? Every Ginger6 AMD gaming PC ships with EXPO enabled, drivers current, sensible Radeon settings and a full 24-hour stress test. Call Kevin on 01902 714533.
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Common Questions About AMD Gaming Settings
Start in AMD Software: Adrenalin Edition and enable Radeon Anti-Lag and Radeon Image Sharpening, leave Surface Format Optimization on, set texture filtering to Standard, and turn Radeon Chill off. Use your monitor's FreeSync with a frame cap rather than driver V-Sync. Then on the system side, enable your EXPO memory profile in BIOS, set Windows to High Performance and turn on Game Mode. Those settings give the best AMD setup for gaming on most builds before any per-game tuning.
Leave AMD Surface Format Optimization on for most gaming PCs. It caps how much high-precision render memory a game can request, which lifts frame rate a little and lowers VRAM use, with only a small possible cost to colour or edge quality that most people never notice. Turn it off only if you can see banding or rougher edges in a game you care about and you have VRAM to spare. As a default it helps more than it hurts, so yes, it is good to keep on.
Open AMD Software: Adrenalin Edition and set the Global Graphics profile: Anti-Lag on, Image Sharpening on, Surface Format Optimization on, texture filtering Standard, and Radeon Chill off. Keep in-game image options set to use application settings so the driver and game do not conflict. Update your graphics driver regularly, especially around new game releases, and set up per-game profiles for titles that need different settings. Use the Radeon performance overlay to watch GPU usage and temperatures while you tune.
The biggest single win is enabling your EXPO memory profile in BIOS so DDR5 runs at its rated speed on an AM5 Ryzen build. Beyond that, use AMD Ryzen Master to monitor temperatures and clocks and to test tuning safely in Windows before committing it in BIOS. A small negative Curve Optimizer offset undervolts the CPU for lower temperatures and steadier boost, and Precision Boost Overdrive helps only if cooling is strong. Modern Ryzen chips boost well on their own, so keep changes gentle and stress-test after.
Radeon Anti-Lag reduces input latency by pacing the CPU so it does not run too far ahead of the GPU, which makes the game feel more responsive at the same frame rate. It is worth leaving on, and it matters most in fast multiplayer games where reaction time counts. The newer Anti-Lag 2 is integrated into supported games and is the version to use when a game offers it directly.
Use it in single-player games where smoothness is the goal, and leave it off in competitive shooters. AMD Fluid Motion Frames 2 inserts extra frames at the driver level in most games, which raises the on-screen frame rate but adds a little latency and can show artefacts during fast motion. Where a game has FSR 3 frame generation built in, prefer that because it uses the game's own motion data and looks cleaner. Keep Radeon Anti-Lag on whenever frame generation is active.
The Radeon Software settings, Anti-Lag, Image Sharpening, Surface Format Optimization and the rest, apply when you have an AMD Radeon graphics card. The CPU and memory advice, EXPO, Ryzen Master, Precision Boost Overdrive and Curve Optimizer, applies to any AMD Ryzen build even if it is paired with a different GPU. The Windows and in-game settings help on any gaming PC. Most of our AMD gaming PCs pair a Ryzen CPU with a Radeon GPU, so the whole guide applies.
Yes. Every Ginger6 AMD gaming PC leaves the Wolverhampton workshop with the EXPO memory profile enabled, current chipset and graphics drivers, sensible Radeon settings, and a full 24-hour stress test so it is stable from the moment it arrives. If you would rather not touch a single setting yourself, that is the point of a hand-built machine. Call Kevin on 01902 714533 with your games and monitor, and he will make sure your AMD gaming PC is set up right, backed by a 3-year warranty.
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Every Ginger6 AMD build is hand-assembled in Wolverhampton, set up with EXPO enabled and sensible Radeon settings, and stress-tested for 24 hours before it ships. The person who answers your call is the same person who builds and tunes your machine.