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A single DLSS override can be a poor fit for some combinations of game, scaling mode, and GPU—but NVIDIA’s published guidance does not show that one shared preset universally harms frame pacing. If a game feels uneven, check which DLSS feature the override changes, then compare settings for that game rather than assuming the same preset works everywhere.
First, identify which DLSS feature the override affects
“DLSS preset” can refer to different controls. DLSS Super Resolution (SR) reconstructs an image from a lower-resolution render. Frame Generation creates additional frames, while Ray Reconstruction is another distinct DLSS technology. Their settings and trade-offs are not interchangeable. NVIDIA describes these as separate DLSS technologies in its DLSS overview.
Before changing a preset, check the game’s graphics menu and the NVIDIA App profile to determine whether the setting concerns Super Resolution, Frame Generation, Ray Reconstruction, or another supported component. Support for overrides and available options depend on the game and its implementation, as NVIDIA explains in its DLSS override guidance.
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Match Super Resolution presets to the game’s scaling mode
NVIDIA’s April 2026 guidance for the “Recommended” Super Resolution model setting selects different presets by scaling mode: Preset M for Performance, Preset L for Ultra Performance, and Preset K for other modes. These are NVIDIA’s recommendations, not a guarantee that one choice will produce the best image or frame-time behavior in every title.
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| In-game Super Resolution mode | NVIDIA Recommended preset | Important qualification |
|---|---|---|
| Performance | Preset M | On RTX 20 and 30 Series GPUs, NVIDIA says Model M has a heavier performance impact because those GPUs lack native FP8 support. |
| Ultra Performance | Preset L | On RTX 20 and 30 Series GPUs, NVIDIA says Model L has a heavier performance impact because those GPUs lack native FP8 support. |
| Other Super Resolution modes | Preset K | NVIDIA’s general recommendation; individual game results can vary. |
For RTX 20 or 30 Series owners, the documented cost of Models M and L is a reason to compare them carefully rather than applying a global override automatically. NVIDIA says Preset K may offer a better balance on those GPUs. The guidance is not an independent benchmark across every game. See NVIDIA’s current DLSS and NVIDIA App article for the recommendation and hardware qualification.
Choose between native settings, a global override, and a per-game override
NVIDIA App supports both global and per-game DLSS override configuration. A global setting can affect multiple compatible titles; a per-game profile lets you target the game where the symptom occurs. NVIDIA’s override guidance describes the available controls, which vary with title and feature support.
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- Use the game’s native setting: Select “Use the 3D application setting” where the relevant NVIDIA App control exposes it. This gives you a comparison against the game’s integrated behavior. NVIDIA Support documents this option for its Frame Generation override workflow in “Enabling DLSS 4 overrides in NVIDIA App,” updated February 3, 2025. The instructions concern that workflow, not every DLSS control.
- Use a global override: This is convenient when the same choice suits all the compatible games you play, but it is less targeted when only one title has a problem.
- Use a per-game override: In NVIDIA App, open the target game’s Program settings and adjust its supported DLSS override there. This isolates the change to the affected title.
Test whether the override is affecting frame pacing
A frame-rate average alone may not explain a game that feels uneven. Compare frame-time behavior alongside image stability and responsiveness, changing one setting at a time. Keep the scene, resolution, graphics options, and workload as consistent as you can so the comparison is meaningful. This is a diagnostic method, not a published benchmark result.
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- Record the baseline. Note the game, GPU, DLSS component, in-game scaling mode, current override, and whether a frame limiter or V-Sync is enabled.
- Return to native behavior for comparison. Choose “Use the 3D application setting” when that option is available for the override being tested.
- Reproduce the same workload. Use the same game scene and settings, then observe frame-time consistency, visual stability, and responsiveness.
- Apply a targeted change. If testing Super Resolution, compare the mode-appropriate recommendation and account for the GPU-generation qualification. Prefer changing the affected game’s profile over changing every game at once.
- Compare again. If the symptom persists with the game’s native setting, the evidence does not point to that override alone; other game, driver, hardware, or settings factors may need investigation.
Check Frame Generation separately from Super Resolution
Do not apply a Super Resolution preset recommendation to a Frame Generation issue. NVIDIA’s driver guide says native DLSS Frame Generation and Smooth Motion are competing technologies and should not be used together because doing so results in lower performance and visual artifacts. That warning concerns the combination of those two technologies, not a universal effect of Super Resolution presets. See NVIDIA’s Driver Installation Guide, in its DLSS, Smooth Motion, and Reflex guidance.
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Dynamic Multi Frame Generation (MFG) has a separate configuration caveat: NVIDIA says Dynamic mode adjusts its frame-generation multiplier as GPU load changes, can be set globally or per game, and is currently incompatible with frame-rate limiters and V-Sync. Check those settings if the issue occurs with Dynamic MFG; this limitation is not evidence that Super Resolution presets cause frame-pacing trouble. NVIDIA describes the feature in its DLSS and NVIDIA App article.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.What the available evidence can—and cannot—establish
NVIDIA documents override scopes, mode-specific Super Resolution recommendations, and some hardware and feature trade-offs. Those facts support checking overrides per game when results differ. They do not establish that using the same Super Resolution preset across games universally degrades frame pacing. Diagnosing an individual case requires the specific game, GPU, DLSS feature and mode, and observed frame-time behavior.
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