There is no single Radeon Adrenalin preset that gives every game more frames. The useful settings depend on what is limiting your game and what you want to improve: input response, frame rate, image quality, tearing, heat, noise, or power use. Start with a repeatable baseline, change one relevant control at a time, and keep the change only if it improves the result you care about.
Start with a baseline, not a preset
Before changing settings, note the hardware and conditions that shape the result. AMD says available graphics options can vary by system; its graphics guide’s examples use Adrenalin 23.9.1 and an RX 7900 XTX, and may not match every installation. The menu names and compatibility in your current driver may differ.
- Record your Radeon GPU model and installed Adrenalin version.
- Record the game, resolution, display refresh rate, and in-game graphics settings.
- Play a repeatable scene and note the average frame rate and whether frame delivery feels steady, stutters, or varies sharply.
- Identify the priority: lower input lag, higher frame rate, better image quality, less tearing, or reduced heat and power use.
If you have AMD’s Game Advisor available, use its report to supplement what you observe. AMD says it can show average frame rate, frame-time graphs, percentile information, a performance grade, and recommendations. If performance data is missing after a new installation or statistics reset, AMD’s workflow calls for at least 180 seconds of gameplay before checking again. That is a data-gathering instruction for Game Advisor, not a general benchmark duration.
AMD’s cited guidance does not establish a universal FPS gain for any global preset. Use the same scene and conditions before and after each change; otherwise, a busier scene or different settings can make a change look better or worse than it is.
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Choose a profile as a starting point
AMD’s graphics-profile guidance, last updated June 19, 2025, lists Quality, Default, Custom, HYPR-RX Eco, and HYPR-RX. Which profiles appear depends on the GPU and software. AMD says that, for most users, each predefined profile offers a balance of visual quality and performance suited to its purpose; that is not a promise that a profile maximizes FPS.
Use a profile to establish a starting point, then address the specific problem rather than enabling every performance feature. If one game needs low latency and another needs image quality, configure the games separately instead of letting one experiment affect both.
Global settings or a game-specific profile?
Global graphics settings apply to games and applications when they launch. AMD also documents individual application profiles: game profiles inherit global settings by default, while a custom per-game value overrides the global value for that feature. A restrained global baseline with targeted game overrides is useful when titles have different needs.
- Open AMD Software: Adrenalin Edition and locate the global graphics settings or the relevant game’s profile.
- Choose the game profile for a title that needs behavior different from your global baseline.
- Set or override only the feature you intend to test, then run the same scene again.
AMD’s feature and profile instructions are dated: the graphics-settings guide was last updated March 3, 2025; its Anti-Lag, Boost, and Chill guide was last updated February 28, 2025; and the profile article was last updated June 19, 2025. AMD’s examples use different software versions, including 23.9.1 and 25.6.1. If a menu or label is different, search within Adrenalin for the feature name and check AMD’s current compatibility information rather than assuming an older screenshot describes your interface.
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Match the setting to the problem
| Goal | Setting to consider | What to expect and how to test |
|---|---|---|
| Reduce input-response lag | Radeon Anti-Lag | AMD describes it as dynamically adjusting frame timing and says it works best in GPU-limited scenarios. Try it in a game where the GPU is the constraint, then compare responsiveness and frame behavior. Support depends on GPU, game, and software version. |
| Improve performance during movement | Radeon Boost | In supported games, Boost dynamically lowers resolution based on input. A greater resolution change can improve performance but soften the image; start conservatively and judge both motion and image quality. |
| Reduce power use when action is low | Radeon Chill | Chill dynamically regulates frame rate in response to movement and camera activity. It is intended to save power, so it suits situations where a variable frame rate is acceptable rather than a fixed maximum. |
| Render at a lower resolution and upscale | Radeon Super Resolution (RSR) | AMD describes RSR as an in-driver upscaler powered by FidelityFX Super Resolution technology. It trades image quality against performance. Confirm GPU support and the game/display-mode requirements in current AMD documentation before configuring it. |
| Address tearing or display synchronization | Enhanced Sync or Wait for Vertical Refresh (Vsync) | AMD describes Enhanced Sync as reducing tearing without limiting frame rates; Vsync synchronizes frame rate to monitor refresh. The better choice depends on the display, game, and your priorities for tearing and latency. |
| Apply an automatic graphics profile | HYPR-RX or HYPR-RX Eco | These profiles automate settings, but availability is GPU-dependent. AMD’s June 19, 2025 profile article said HYPR-RX, introduced in Adrenalin 25.6.1, was supported on RX 9070 Series only at that time. Check current support for your GPU in Adrenalin and AMD’s documentation. |
Understand the Anti-Lag, Boost, and Chill conflict
Do not expect to enable Radeon Chill alongside Anti-Lag or Boost. AMD’s cited guide says enabling Chill disables either Anti-Lag or Boost if it is enabled. These features serve different goals: Anti-Lag targets response timing, Boost trades some image sharpness for performance during movement, and Chill varies frame rate to save power as activity falls. Select based on the game’s bottleneck and your priority, then test the result.
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Use Game Advisor to evaluate changes
Game Advisor can help identify whether a graphics adjustment is worth keeping. AMD’s report includes average frame rate, a frame-time graph, percentiles, a performance grade, and recommendations. AMD describes its 95th percentile metric as the longest time taken to process a single frame; use the graph and reported figures to look for uneven frame delivery as well as a higher average.
- Capture or note the report for your baseline run.
- Change one setting that addresses the observed problem.
- Play the same kind of scene again, then review the updated report. When applying recommendations, AMD asks users to play for at least 180 seconds before checking again.
- Keep the adjustment only if it helps the intended goal without an unacceptable cost in image quality, smoothness, or power behavior.
AMD says an “Excellent” grade can indicate headroom for higher image quality, while “Optimal” may still come with recommended tweaks. These are Game Advisor’s own grading terms, not independent guarantees that a setting is ideal for every player.
Tune the GPU only after graphics settings
Adrenalin also provides automatic and manual GPU performance tuning. AMD says tuning can affect performance, acoustics, and thermals, and that tuning can be applied globally or through individual game profiles. Its guide’s example uses Adrenalin 23.9.1, an RX 7900 XTX, and a Ryzen 9 7950X3D; it says tuning is available only with a full software installation. Those examples do not define safe values for other hardware.
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- If you are unfamiliar with tuning, begin with defaults or an automatic option.
- Save the stock configuration before making manual changes; alter values conservatively rather than copying a voltage, clock, power limit, or fan curve from another GPU.
- Monitor temperature and behavior, and revert if you see crashes, visual artifacts, or driver resets.
- Use Adrenalin’s stress test to check the current tuning configuration. AMD says it can verify whether current GPU performance-tuning settings are stable, but that is not a guarantee of stability in every game or workload.
AMD documents profile saving and a built-in stress test, not a universal safe overclock or undervolt. A setting that completes a stress test can still behave differently in a particular game, so verify the games and workloads you actually use.
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