DLSS Quality vs Balanced vs Performance: Which Mode Should You Use?

Q: What is the difference between DLSS Quality, Balanced and Performance?

Each mode renders the game at a different internal resolution and upscales it back to your monitor. Quality renders the highest internal resolution and looks sharpest, Balanced sits in the middle, and Performance renders the lowest internal resolution for the biggest frame-rate gain with the most visible softness.

Q: Is DLSS Performance mode worth using at 1080p?

At 1080p, Performance mode can look noticeably soft because the internal resolution is quite low. Many players prefer Quality or Balanced at 1080p, and reserve Performance mode for 1440p or 4K, where there is more pixel data for the upscaler to work with.

Q: Does Ultra Performance mode look bad?

Ultra Performance upscales from a very low internal resolution, so fine detail and text can look soft or shimmery. It is designed mainly for very high resolution targets such as 4K or 8K, and most players prefer not to use it at 1080p.

Banner comparing DLSS Quality, Balanced and Performance upscaling modes

Most players turn DLSS on and never touch the mode dropdown again – yet that single dropdown changes the image more than half the other graphics options combined. Quality, Balanced, Performance and Ultra Performance all do the same job (render lower, rebuild higher), they just disagree about how much lower to go. This guide explains what each mode actually changes and which one tends to suit your resolution.

What the Mode Slider Is Really Choosing

Every DLSS mode picks an internal rendering resolution. The game draws fewer pixels, then the upscaler reconstructs the full-resolution image. The lower the internal resolution, the more frames you gain and the more detail the upscaler has to invent – which shows up as softness, shimmer on thin objects, or faint trails behind fast motion.

Quality – renders at a relatively high internal resolution. Fewest frames gained, sharpest result.
Balanced – a middle setting aimed at players who want a clear gain without obvious softness.
Performance – renders substantially lower. Large frame gain, visible softness, especially at 1080p.
Ultra Performance – the most aggressive mode, intended for very high output resolutions such as 4K and above.

Mode Comparison at a Glance

Mode	Internal resolution	Sharpness	Frame gain
Quality	Highest of the main three	Closest to native; softness hard to spot	Moderate
Balanced	Middle	Slightly softer in motion	Good
Performance	Lower	Noticeably soft at 1080p, acceptable at 4K	Large
Ultra Performance	Lowest	Softest; fine detail can shimmer	Largest

Which Mode by Resolution

Your resolution	Common preference	Why (subjective)
1080p	Quality, or Balanced if you need frames	Little pixel data to spare – Performance mode looks soft here.
1440p	Quality, Balanced for demanding games	The sweet spot: Quality looks near-native and still gives a real gain.
4K	Balanced or Performance	Plenty of pixels to reconstruct from – aggressive modes stay convincing.
Ultrawide	Same rule as your vertical resolution	More pixels than 16:9 at the same height, so you can lean one step more aggressive.

How to Judge a Mode Yourself

Pick a scene with thin detail: fences, wires, grass, distant foliage.
Move the camera slowly. Artifacts hide in still images and appear in motion.
Check text and HUD elements if the game upscales the interface too – soft text is a giveaway.
Switch between modes in the same scene. If you cannot tell them apart, take the faster one.

Interactions Worth Knowing

Sharpness slider: many games include a DLSS sharpening slider. A small bump often masks Balanced-mode softness, but over-sharpening adds halos around edges.
Film grain and motion blur: heavy post-processing exaggerates upscaling artifacts. If you test modes, keep those fixed for a fair comparison.
Ray tracing: enabling ray tracing usually pushes players one mode more aggressive to recover frames – see our ray tracing trade-off guide.
Not on an NVIDIA card? See how the alternatives compare in DLSS vs FSR vs XeSS.

Disclaimer: All settings recommendations are subjective preference guides only. Results may vary based on individual hardware, game patch version, driver releases and personal visual taste. This is not a guaranteed universal fix. We do not provide any system modification instructions and take no responsibility for any changes you make inside your game. Always adjust game settings gradually to suit your own preference.

FAQ

What is the difference between DLSS Quality, Balanced and Performance?

They render at different internal resolutions before upscaling. Quality renders highest and looks sharpest, Balanced sits in the middle, and Performance renders lowest for the largest frame gain with the most visible softness.

Is DLSS Performance mode worth using at 1080p?

Often not – the internal resolution is low enough that the image can look noticeably soft. At 1080p most players prefer Quality or Balanced, saving Performance for 1440p and above.

Does Ultra Performance mode look bad?

It is the softest mode, designed for very high output resolutions like 4K or 8K. At 1080p or 1440p most players find the detail loss too obvious.