There is no single best PC graphics preset for every game or system. The right balance depends on your GPU, the game, your display resolution and refresh rate, and whether you prioritize image quality, responsiveness, or steadier performance. Start with a representative gameplay session, measure how it feels and performs, then adjust a few settings and compare.
How to find the right balance for your PC
- Choose a target experience. Decide whether your priority is sharper visuals, smoother motion, or faster input response. Use your display’s native resolution as an image-quality baseline, and choose a sensible in-game preset to start.
- Test a representative section. Play a normal gameplay segment rather than relying only on a menu or a quiet scene. Note visible image quality and whether motion feels smooth or uneven. If your graphics software provides performance data, record it too. AMD’s Game Advisor, for example, reports average FPS and 95th-percentile frame timing, graphs frame times, and can generate another report after adjustments; availability depends on the Radeon software and system.
- Change one setting or a small related group. Replay the same kind of section and compare both the image and performance. This makes it easier to tell whether the change helped.
- Keep or undo the change. If performance improves but the image becomes distracting, try a less aggressive adjustment. If the result is worse, restore the previous setting before testing something else.
AMD notes that finding an optimal visual-quality and performance balance may take multiple adjustments. A measured loop is more useful than copying a preset intended for different hardware or a different game.
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Which graphics settings should you test first?
When performance falls short of your goal, these are reasonable options to test in the game’s graphics menu. Their impact varies by title, so treat them as experiments rather than a universal ranking.
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- Advanced rendering features: Test options such as antialiasing or ambient occlusion. Lowering an expensive or less important effect may be preferable to reducing the whole image’s resolution.
- Render scale: Reducing it draws the scene at a lower internal resolution than the output resolution. Check whether the resulting softness is acceptable.
- Display resolution: Lowering the output resolution is another option if other changes are insufficient, but it can make the image less sharp, especially on a display’s native panel resolution.
There is no established setting-by-setting performance-cost order that applies to every game and PC. Compare the options in your own game rather than assuming one slider is always the best place to start.
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Should you use an upscaler?
When supported, an upscaler renders the game below your output resolution and reconstructs the image. It can be a useful alternative to lowering the output resolution, but clarity, image stability, supported hardware, and available modes depend on the specific game implementation.
Check the game’s graphics menu for its supported upscaling options, then compare them at your display’s output resolution. Look at fine detail and motion as well as FPS and frame-time consistency. AMD’s FSR information describes multiple generations with different features and compatibility; support is available in select games that integrate the technology. Consult the current AMD FSR information and the game’s own documentation for applicable support.
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Frame generation: compare responsiveness, not just FPS
Frame generation inserts generated frames and can increase the displayed frame rate, but that number alone does not show how responsive the game feels to input. Try it in the game and judge input response as well as visual smoothness. For fast competitive play, where latency matters, frame generation may be an unattractive trade-off; MSI’s explainer advises against it in competitive titles for that reason.
When driver settings can help
Graphics driver software can provide additional controls, but their availability and effect depend on the GPU and application. NVIDIA documents options including image scaling, a maximum frame-rate control, low-latency mode, and application-controlled antialiasing; not every control is available in every configuration. AMD also describes frame-rate targeting and the option to reset global or per-application settings.
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Prefer per-game changes when possible so an experiment does not unexpectedly affect other titles. Keep track of the original value, change one control at a time, and use the reset option if you cannot recover a reliable result. See NVIDIA’s control-panel reference and AMD’s Radeon tuning guidance for the controls each vendor documents.
What to do if performance has headroom
If gameplay is already smooth enough for your needs, use some of the available headroom on visual changes that matter to you. Try a higher preset, antialiasing, ambient occlusion, render scale, or resolution, then check that the game still feels consistent. There is little benefit in maximizing every slider if the added detail is difficult to see or makes play less smooth.
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How to compare two supported rendering modes
When a game offers multiple upscalers or rendering modes, compare them in the same representative gameplay conditions. Consider:
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- Delivered frame rate and frame-time consistency.
- Input responsiveness, particularly in fast-paced play.
- Whether the mode supports your GPU and the specific game.
- Whether it is built into the game or enabled through a driver.
No cross-game evidence establishes one rendering mode as the winner on all of these measures. The result that suits your system and priorities is the one that performs well without an image or responsiveness trade-off you dislike.
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