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1Fix the driver behind crashes, sound loss and screen glitches2Clear out junk files and repair common Windows errors3Scan for outdated or missing drivers - takes under a minuteBest starting point: turn on DLSS Frame Generation in the game, enable NVIDIA Reflex in that same menu when available, and leave NVIDIA Control Panel at Use the 3D application setting unless the NVIDIA app lists a specific override for your supported title. Standard Frame Generation is a game-integrated feature; a generic Control Panel switch cannot add it to every game.
Use the NVIDIA app for optional, per-game DLSS overrides, not as a replacement for the game’s own Frame Generation toggle. Your GPU generation, game integration, resolution, monitor refresh rate, frame limiter and V-Sync determine which combination is appropriate.
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The recommended configuration at a glance
| Component | Recommended starting setting | Why |
|---|---|---|
| Frame Generation | Enable it in the game’s graphics or display menu | NVIDIA says DLSS features are normally enabled by the game when a native integration exists. |
| Reflex | Enable NVIDIA Reflex in-game when offered | Reflex coordinates CPU and GPU work to reduce system latency; it complements generated frames but cannot remove all latency. |
| NVIDIA app override | Use only for a supported title, and only after Frame Generation is enabled in-game | Overrides are title-specific and expose driver-level DLSS controls. |
| NVIDIA Control Panel | Per-game profile with Use the 3D application setting unless you have a documented reason to override it | Control Panel manages driver settings; it does not universally turn on native Frame Generation. |
| Super Resolution | Quality at 1080p/1440p, Performance at 4K, Ultra Performance at 8K as NVIDIA’s starting guidance | These are NVIDIA’s Super Resolution recommendations, separate from the Frame Generation switch. |
| Multi Frame Generation | On RTX 50 only, choose Dynamic or Fixed according to display and game support | Multi Frame Generation has different hardware and frame-pacing requirements from standard 2X Frame Generation. |
These recommendations are starting points rather than universal guarantees. Image quality, frame pacing and responsiveness vary by game engine, driver, CPU, GPU and display.
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Check compatibility before changing settings
GPU generation
NVIDIA lists standard DLSS Frame Generation support across GeForce RTX 40 and RTX 50 Series GPUs. Newer Multi Frame Generation modes are associated with RTX 50 Series hardware. Confirm the exact feature shown for your model and game on NVIDIA’s DLSS technology page.
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Game support and integration type
Support is determined per title. NVIDIA’s live DLSS and GeForce RTX games list, last updated May 31, 2026, distinguishes native integrations from games that can use an NVIDIA app override. Check the current entry for your game rather than assuming that every DLSS game supports Frame Generation.
Driver and app version
Features and labels change as the NVIDIA app and games are updated. NVIDIA’s DLSS 4.5 announcement says GeForce Game Ready Driver 595.97 WHQL or newer is required for all of the features described in that announcement. That requirement applies to the features in that article, not automatically to every earlier Frame Generation implementation; use the driver requirement shown for your title and mode.
Enable native Frame Generation in the game
Native support should be your first choice because the game controls its own render pipeline and can expose the correct options for its engine.
- Install a current NVIDIA driver supported by the game. Restart the game after a driver update.
- Open the game’s Settings, Options or Graphics menu.
- Choose the Display, Video or Upscaling subsection. Labels differ by engine and patch.
- Set the upscaler to DLSS or NVIDIA DLSS Super Resolution.
- Turn on Frame Generation or DLSS Frame Generation. Some games show the control only after selecting DLSS and an appropriate rendering API.
- Turn on NVIDIA Reflex or Reflex Low Latency when the game provides it. If the menu offers a boosted variant, follow the game’s own description and watch GPU power and temperature.
- Apply the settings, restart the game if requested, and confirm that the in-game status or performance overlay reports Frame Generation as active.
NVIDIA’s driver guide describes Frame Generation, Smooth Motion and Reflex as separate controls and says DLSS features are normally enabled through in-game settings: NVIDIA DLSS, Smooth Motion and Reflex documentation.
Use the NVIDIA app for a supported per-game override
The NVIDIA app can expose driver-level DLSS controls for selected games. It does not replace the native in-game toggle: NVIDIA’s app guidance says Frame Generation must already be enabled in the game.
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- Enable Frame Generation in the game and apply the setting.
- Exit the game to the desktop. Closing it prevents the profile from being read while the game is running.
- Open the NVIDIA app and select Graphics.
- Open Program settings and select the installed game. If it is not listed, use the app’s option to add or scan for the executable.
- In the game’s Driver Settings panel, review the DLSS controls that NVIDIA exposes for that title and GPU.
- Choose the desired supported override, apply it, and relaunch the game.
- To return control to the game, select Use the 3D application setting.
Exact controls are title-dependent. NVIDIA documents this workflow in its NVIDIA app DLSS overrides update and describes the app’s Graphics tab in its NVIDIA app feature guide.
Configure NVIDIA Control Panel without fighting the game
Per-game profile (preferred)
- Right-click the desktop and open NVIDIA Control Panel.
- Select Manage 3D settings, then the Program Settings tab.
- Select the game’s executable. Add it manually if it is not listed.
- Leave features that the game owns at Use the 3D application setting unless NVIDIA specifically documents an override for that game.
- Click Apply, then launch the game and set DLSS and Frame Generation in its own menu.
A per-game profile prevents an experimental setting from affecting unrelated games. NVIDIA describes Control Panel’s global and program-specific profiles in its NVIDIA app and driver-settings documentation.
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A global change applies to every 3D application that does not have a more specific profile. Do not use a global Frame Generation-style override as a substitute for native support; unsupported games cannot be made compatible by a generic toggle. If a global experiment causes artifacts or input lag, restore the individual game profile or use Restore in Manage 3D settings.
Control Panel versus NVIDIA app
| Task | NVIDIA Control Panel | NVIDIA app |
|---|---|---|
| Global driver settings | Manage 3D settings > Global Settings | Graphics settings with global controls where exposed |
| Per-game driver profile | Manage 3D settings > Program Settings | Graphics > Program settings |
| Native Frame Generation enablement | Not a universal switch; enable in the game | Still requires in-game Frame Generation for the documented override workflow |
| DLSS-specific override | Limited to controls exposed by the installed driver | Game-specific DLSS overrides where NVIDIA supports them |
Choose Super Resolution separately from Frame Generation
Frame Generation inserts additional displayed frames; Super Resolution determines the internal render resolution used to produce the traditionally rendered frames. You can enable one without the other, and changing the Super Resolution mode changes image quality and the base workload.
| Output resolution | NVIDIA’s suggested DLSS Super Resolution mode | What to evaluate |
|---|---|---|
| 1080p | Quality | Fine detail, shimmering and whether the lower internal resolution is visible on your display |
| 1440p | Quality | Edge stability and whether the base frame rate is high enough for responsive Frame Generation |
| 4K | Performance | Texture detail, foliage and motion clarity against the higher GPU workload |
| 8K | Ultra Performance | Whether the very low internal resolution is acceptable for the title and screen size |
These are NVIDIA’s resolution-specific recommendations, not a promise that every game looks best at those modes. NVIDIA publishes them alongside its compatibility list at the DLSS and GeForce RTX games page. If Quality produces a stable base frame rate and acceptable image, keep it; move to Performance only when GPU load or resolution requires it.
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Set up standard 2X Frame Generation
NVIDIA describes the original Frame Generation multiplier as 2X: one additional frame is rendered for each traditionally rendered frame. The generated frame increases displayed frame rate, but it does not make the underlying CPU simulation or input sampling run twice as fast.
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- Enable Reflex when offered to improve coordination between CPU and GPU work.
- Prefer a steady, sufficiently high base frame rate over chasing the largest displayed number. Sudden base-frame drops can still produce uneven motion.
- Check the game’s frame-time graph, not only its headline FPS counter.
- Use the monitor’s maximum refresh rate as a practical ceiling; generated frames above the panel’s refresh rate cannot all be shown.
Configure RTX 50 Multi Frame Generation
Multi Frame Generation is a separate RTX 50 capability. It can create more than one generated frame between traditionally rendered frames, but the useful setting depends on the title, base frame rate and display.
Dynamic mode
NVIDIA’s DLSS 4.5 article says Dynamic Multi Frame Generation can target the display’s maximum refresh rate or a custom maximum. The same article states that Dynamic mode is currently incompatible with frame-rate limiters and V-Sync. Therefore:
- Select the display’s maximum refresh target when you want the mode to adapt to the panel’s refresh capability.
- Use a custom maximum only when you have a specific refresh-rate or power target.
- Disable the game’s frame limiter and V-Sync when using Dynamic mode, unless a later title-specific update explicitly changes that requirement.
- Expect behavior to change if the monitor’s refresh mode changes.
Fixed mode
Fixed Multi Frame Generation lets you choose a multiplier where the title exposes and supports it. Use a higher multiplier only when the game maintains a strong base frame rate and the monitor can display the resulting output. If motion looks unstable, latency feels worse, or artifacts become obvious, return to a lower multiplier or standard 2X Frame Generation.
| Mode | Best use | Important restriction |
|---|---|---|
| Standard Frame Generation | RTX 40 or RTX 50 games with native DLSS Frame Generation | Requires title support; enable in-game |
| Fixed Multi Frame Generation | Supported RTX 50 titles where a chosen multiplier fits the display and base frame rate | Multiplier support is title-specific |
| Dynamic Multi Frame Generation | RTX 50 systems targeting a display maximum or custom refresh ceiling | NVIDIA says it is incompatible with frame-rate limiters and V-Sync |
NVIDIA’s full description of Dynamic and Fixed modes is in DLSS 4.5 Dynamic Multi Frame Generation Available Now. NVIDIA also claims that moving from 4X to 6X Multi Frame Generation can raise 4K frame rates in path-traced titles by up to 35% on RTX 50 GPUs; that is a vendor maximum for the stated comparison, not a typical-result guarantee.
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Handle Reflex, V-Sync and frame limiting correctly
Reflex
Reflex synchronizes CPU and GPU work to reduce system latency. Enable it in-game when available, particularly in a fast competitive title. Generated frames improve motion smoothness, while Reflex addresses responsiveness; neither feature guarantees zero latency.
V-Sync
For standard Frame Generation, follow the game’s recommended V-Sync path and your display technology. For Dynamic Multi Frame Generation specifically, NVIDIA says V-Sync is incompatible, so turn it off for that mode unless the current game documentation says otherwise.
Frame limiters
A limiter can be useful for standard rendering when you want to stay below a display’s refresh rate, but NVIDIA says Dynamic Multi Frame Generation is incompatible with frame-rate limiters. Disable the limiter in Dynamic mode. In Fixed mode, use a limiter only if the title and mode support it and the resulting frame pacing remains stable.
Smooth Motion
Do not enable NVIDIA Smooth Motion alongside native Frame Generation. NVIDIA’s driver guide says the two compete and that using both results in lower performance and visual artifacts. Choose the game’s native Frame Generation path instead.
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| Hardware and display situation | Starting configuration | Adjust when |
|---|---|---|
| RTX 40, 1080p or 1440p | DLSS Quality, native Frame Generation on, Reflex on, Control Panel at application setting | Move to a different Super Resolution mode if image quality or base frame rate is unsuitable |
| RTX 40, 4K | DLSS Performance, native Frame Generation on, Reflex on | Use Quality if the game remains fast and the image is preferable |
| RTX 50, standard Frame Generation | Use the RTX 40-style native setup first; add Multi Frame Generation only if the title supports it | Compare standard and Multi Frame Generation using frame-time consistency and latency |
| RTX 50, Dynamic Multi Frame Generation | Set a display maximum or custom target; disable V-Sync and frame limiting | Switch to Fixed or standard Frame Generation if pacing, artifacts or responsiveness are poor |
| Any supported GPU with visible artifacts | Return overrides to the game, disable Smooth Motion, lower the multiplier, and retest | Investigate title updates and driver notes before changing unrelated global settings |
Troubleshoot when Frame Generation is missing or problematic
The option is not visible
- Verify that the GPU is RTX 40 or RTX 50 for standard Frame Generation, or RTX 50 for Multi Frame Generation.
- Check NVIDIA’s current game list for the exact title and supported integration.
- Select DLSS Super Resolution first; some games reveal Frame Generation only after the upscaler is active.
- Update the game and restart it after updating the driver.
- Check whether the game requires a particular rendering API or display mode.
The NVIDIA app override has no effect
- Confirm that native Frame Generation is already enabled in the game.
- Verify that the NVIDIA app profile points to the executable you actually launch.
- Apply the profile while the game is closed, then relaunch.
- Return to Use the 3D application setting and test the game’s native controls if the override causes a conflict.
Motion looks uneven or artifacts appear
- Disable Smooth Motion when native Frame Generation is active.
- Reduce a Fixed Multi Frame Generation multiplier or return to standard 2X.
- For Dynamic mode, remove the frame limiter and V-Sync as NVIDIA specifies.
- Check the base frame rate and frame-time graph; generated frames cannot hide severe fluctuations in traditionally rendered frames.
- Try a different DLSS Super Resolution mode if fine detail, foliage or UI elements shimmer.
Latency feels too high
- Enable Reflex in the game.
- Raise the base frame rate by reducing heavy settings or choosing a suitable Super Resolution mode.
- Avoid selecting a multiplier that the CPU or GPU cannot sustain.
- Compare standard Frame Generation with Multi Frame Generation rather than judging only the displayed FPS number.
How to evaluate your final settings
- Record the game’s traditionally rendered frame rate and frame-time graph with Frame Generation disabled.
- Enable native Frame Generation and Reflex, then repeat the same scene or route.
- Check visual stability during camera pans, foliage movement, particles and fast combat.
- Check input response in the game’s normal controls rather than relying only on the FPS counter.
- If using Multi Frame Generation, test each multiplier or Dynamic target separately and note whether V-Sync and the limiter are configured according to the mode’s restrictions.
- Keep the profile that provides stable frame pacing and acceptable image quality at your monitor’s refresh rate, even if another setting reports a higher peak FPS.
There is no single best combination for every title. Native game support, GPU generation, resolution, display refresh and the mode’s compatibility rules should determine the final profile.
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