No. Ultra or maximum is only one preset, not a requirement for attractive PC game graphics. The best-looking setup is the one that keeps the visual details you care about while avoiding settings whose performance cost is not worth it on your hardware. Tune the individual options in the game you actually play, rather than assuming the highest preset is automatically best.
Why maximum is not automatically best
A maximum preset combines many settings at their highest values. Those settings do not all change the image equally, and they do not all consume the same amount of GPU or CPU time. A lower preset can therefore look nearly identical in a scene while running substantially faster, while another game may make a particular reduction obvious.
NVIDIA’s Control Graphics and Performance Guide documents options individually, and MSI’s July 30, 2026 overview similarly separates settings by their typical performance impact. Both are vendor-authored guidance, so treat their classifications as starting points rather than universal benchmarks.
Which settings usually cost the most?
Actual performance varies with the game, resolution, graphics card, processor and implementation. MSI’s overview labels resolution and ray tracing as “Very High” impact categories, but that is a qualitative classification, not a guaranteed ranking for every system.
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| Setting or feature | What changing it affects | Practical tuning approach |
|---|---|---|
| Output resolution or render resolution | Pixel detail and GPU workload | When frame rate is poor, test a lower render resolution or an in-game upscaler before reducing every other option. |
| Ray tracing | Lighting, reflections and shadows calculated with ray-traced effects | Try a lower ray-tracing tier first. Turning it off is not the only useful choice. |
| Upscaling mode | How a lower-resolution render is reconstructed for the display | Compare image stability and detail in motion, not just a still screenshot. |
| Other individual options | Effects such as reflections, shadows or post-processing, depending on the title | Change one option at a time and keep it only when its visual benefit justifies its cost. |
Ray tracing: use a lower tier before disabling it
Reducing a feature does not always mean switching it off. In NVIDIA’s 2019 testing of Control, Medium ray-traced reflections delivered an 8–13 FPS improvement over High in the areas it measured, while retaining some reflectivity compared with Off. That is a game- and test-specific illustration, not a general benchmark for every title.
A reliable way to tune a game
- Start with a workable baseline. Choose a preset that already runs acceptably at your monitor’s target resolution. Maximum is optional; High, Medium or a custom preset can be a better starting point.
- Pick a repeatable scene. Use the same level, camera position or gameplay moment so that each change is comparable. Avoid judging one setting in unrelated scenes.
- Change one setting. Adjust resolution, ray tracing or another option separately instead of changing a whole group at once.
- Observe motion as well as still detail. Look for shimmering, unstable fine detail, softened textures, missing reflections and distracting shadow changes while moving through the scene.
- Check smoothness and control. A higher displayed frame-rate number is not automatically the same as better input responsiveness, particularly when generated frames are involved.
- Keep only worthwhile changes. If the image difference is hard to notice during play but performance improves, retain the lower setting. If a reduction is visually distracting, restore it and lower a less important option instead.
What DLSS and other upscaling do
Upscaling renders the game internally at a lower resolution and reconstructs an image for the display. NVIDIA defines DLSS Super Resolution as producing higher-resolution frames from a lower-resolution render; its documentation states: “DLSS Super Resolution (SR): Reconstructs higher-resolution frames from a lower-resolution render.” Read NVIDIA’s current feature description at NVIDIA DLSS.
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Upscaling can reduce the cost of rendering a high-resolution output, but the result depends on the game’s implementation and mode. Inspect moving foliage, thin geometry, particles, text and reflections for temporal instability or loss of detail. Use the game’s native upscaling options where available, and compare modes in the same scene rather than assuming one quality label looks identical across titles.
NVIDIA’s 2019 Control guide reported gains of up to 89% in its tested, GPU-heavy scenarios for a higher-fidelity DLSS mode and up to 197% for lower-resolution performance modes. Those figures are not typical or guaranteed gains; they apply to that guide’s tests and should not be generalized to other games or hardware.
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What frame generation changes
Frame generation creates additional displayed frames instead of conventionally rendering every displayed frame. It is therefore a different mechanism from simply increasing the game’s native render rate. The visual result, supported modes and responsiveness vary by title and system.
Evaluate frame generation using both perceived smoothness and control response. A counter showing more frames does not by itself prove that aiming, steering or menu input will feel equally responsive. NVIDIA’s feature availability also varies by game and game age.
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NVIDIA’s DLSS / Smooth Motion / Reflex driver guide specifically warns against combining native DLSS Frame Generation with Smooth Motion: the combination can lower performance and create visual artifacts. If a game or driver exposes both options, follow the documented compatibility guidance rather than enabling every feature simultaneously.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.How to choose between two settings
When deciding whether to keep a high or lower option, compare the same five factors:
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- Visible difference: Is the change obvious during normal play, or mainly in a paused close-up?
- Performance: Does it improve frame rate or reduce stutter in the scenes that matter?
- Responsiveness: Does control feel immediate at your target frame rate?
- Support: Does the game, graphics API and hardware support the feature correctly?
- Preference: Do you personally value the effect enough to spend the performance budget?
This approach avoids treating “Ultra” as a quality guarantee. A custom mix can preserve the effects that define a game’s look while removing expensive changes that are difficult to notice.
When maximum settings can still make sense
Use maximum settings when your system already delivers the frame rate, image quality and responsiveness you want, and you prefer not to tune individual options. They can also be useful for taking screenshots or for a slower-paced game where extra visual effects matter more to you than additional performance. They remain a preference and convenience choice, not a prerequisite for good-looking graphics.
Bottom line for a good-looking, playable setup
Begin with an acceptable preset, then tune the individual settings that have the greatest cost in your game. Pay special attention to resolution and ray tracing when performance is weak, test a lower ray-tracing tier before disabling it, and use supported upscaling after checking image quality in motion. Treat frame generation as a separate trade-off involving smoothness and responsiveness. The right settings are the ones whose visible benefits justify their measured cost to you—not necessarily the ones labeled Maximum.
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