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For the best DLSS Frame Generation result, turn on DLSS Frame Generation in the game first, enable NVIDIA Reflex when the game offers it, and use NVIDIA App or Control Panel overrides only for a compatible, supported title. There is no universal Control Panel switch that adds native Frame Generation to every game. Match the Frame Generation mode to your GPU, game, resolution and monitor refresh rate, and avoid combining native Frame Generation with Smooth Motion.
The recommended starting configuration
Use this as a baseline, then adjust it for the specific game and display:
| Setting | Starting value | Why |
|---|---|---|
| DLSS Frame Generation | On in the game | Native support is exposed by the game’s graphics or display menu; driver settings alone do not add the feature to unsupported titles. NVIDIA’s driver guide says DLSS features are normally enabled in-game. |
| NVIDIA Reflex | On, or On + Boost if the game provides that label | Reflex synchronizes CPU and GPU work to reduce system latency. It complements generated frames, but it cannot remove all latency. |
| DLSS Super Resolution | Quality at 1080p/1440p; Performance at 4K; Ultra Performance at 8K | These are NVIDIA’s resolution-specific recommendations, not guarantees for every title. Image quality and frame rate vary by game. |
| Multi Frame Generation | Leave off unless the title, GPU and display can use it | Standard Frame Generation is available on RTX 40 and RTX 50 GPUs; newer Multi Frame Generation modes are tied to RTX 50 and require title support. |
| Smooth Motion | Off when native Frame Generation is enabled | NVIDIA warns that using both together can reduce performance and create visual artifacts. |
| V-Sync and frame limiter | Follow the selected mode’s compatibility requirements | NVIDIA says Dynamic Multi Frame Generation is incompatible with frame-rate limiters and V-Sync. Do not apply those controls to Dynamic mode without checking the current game and driver guidance. |
These values are a starting point, not a promise that every game will look or feel identical. A title’s integration, base render rate, GPU headroom and monitor refresh rate determine whether generated frames are useful.
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GPU generation
NVIDIA lists DLSS Frame Generation support across GeForce RTX 40 Series and RTX 50 Series graphics cards on its DLSS technology page. Multi Frame Generation is a separate capability associated with RTX 50 Series hardware. Owning an RTX card does not by itself guarantee that a particular game exposes either feature.
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Game and edition support
Check the live NVIDIA DLSS and GeForce RTX games list for the exact game, edition and integration. NVIDIA says that list was last updated May 31, 2026, and distinguishes native game integrations from NVIDIA App overrides. Game patches can change labels and support, so verify the entry for the installed version rather than relying on a generic “DLSS supported” claim.
Driver and app version
For the DLSS 4.5 Dynamic and Fixed Multi Frame Generation features described by NVIDIA in 2026, the company says GeForce Game Ready Driver 595.97 WHQL or newer is required. That requirement applies to the features in that article, not automatically to every form of standard Frame Generation. Install the current driver offered for your GPU and check the current NVIDIA App release notes before troubleshooting a missing option.
Display capability
Generated frames are only useful if the display can show them. A high-refresh monitor is optional, not a prerequisite for enabling Frame Generation; it simply provides more refresh opportunities when the rendered and generated output is high enough. NVIDIA’s Multi Frame Generation controls can target the display’s maximum refresh rate or a custom maximum.
Enable native DLSS Frame Generation in the game
Start with the game’s own settings. This is the supported path for native integration and avoids confusing a driver override with a feature the game does not implement.
- Update the game and install a current NVIDIA driver appropriate for your GPU.
- Launch the game and open its Settings, Options or Graphics menu.
- Open the Display, Video or Upscaling subsection. The exact labels vary by engine and patch.
- Set the upscaler to NVIDIA DLSS if the game separates upscaling from Frame Generation.
- Set DLSS Frame Generation to On. Some games place it under an “Advanced” or “AI” heading, and some show it only after DLSS Super Resolution is selected.
- Enable NVIDIA Reflex in the same menu when available. Choose the game’s standard On option first; use an “On + Boost” variant only if the title exposes it and the additional power use is acceptable.
- Apply the settings and restart the game if it requests a restart. Some engines do not initialize Frame Generation until the next launch.
- Confirm that the game’s performance overlay or graphics information reports Frame Generation as active before changing driver-level options.
NVIDIA describes Reflex as a CPU/GPU synchronization technology intended to reduce system latency. Treat it as the responsiveness companion to Frame Generation: it can improve the path from input to displayed image, but generated frames do not make the underlying simulation run twice as fast and Reflex is not a guarantee of zero latency.
Choose DLSS Super Resolution separately from Frame Generation
Frame Generation creates additional displayed frames; Super Resolution changes the resolution at which the game’s traditionally rendered frames are produced. They are related DLSS features but separate choices. NVIDIA’s published starting recommendations are:
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| Output resolution | NVIDIA starting recommendation for Super Resolution | What to evaluate |
|---|---|---|
| 1080p | DLSS Quality | Fine detail, UI clarity and whether the lower internal resolution is visible in motion. |
| 1440p | DLSS Quality | Image stability around thin geometry, foliage and particles. |
| 4K | DLSS Performance | Whether the extra performance outweighs any loss of fine detail in the particular game. |
| 8K | DLSS Ultra Performance | Temporal stability and reconstruction quality at the game’s internal render resolution. |
NVIDIA presents these as resolution-specific recommendations on its DLSS games material, not universal settings. If a Quality preset leaves the traditionally rendered frame rate too low, Frame Generation may feel less responsive even though the counter is higher. If Performance introduces distracting reconstruction artifacts, step back to Quality and reduce another expensive graphics option instead.
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NVIDIA App overrides: when and how to use them
The NVIDIA App and NVIDIA Control Panel expose related driver controls, but they are not interchangeable with a game’s native implementation. NVIDIA’s App workflow is intended for a supported title and requires Frame Generation to be enabled in the game first. A generic global switch cannot retrofit native support into every game.
Apply a per-game override in NVIDIA App
- Enable Frame Generation in the game and exit to the desktop.
- Open NVIDIA App and select Graphics.
- Open Program settings rather than changing the global profile.
- Select the compatible game from the detected list. If it is not listed, verify that the game executable is installed in a location the app scans and that the title appears on NVIDIA’s current compatibility list.
- Open the game’s Driver Settings panel.
- Choose the available DLSS or Frame Generation override only when the title and GPU are supported. The available labels depend on the installed app, driver and game.
- Launch the game and check the result. If the title’s native setting should control the feature again, select Use the 3D application setting to revert to the game’s configuration.
NVIDIA documents this per-program workflow in its NVIDIA App DLSS overrides update. The same article explains that the game’s own Frame Generation setting must already be on.
Why per-game is safer than global
A global profile applies driver behavior to every title that inherits it. That can create confusing results when one game supports a feature and another does not, or when two games require different refresh-rate and latency choices. Use a per-game profile for experiments, and leave unsupported titles at Use the 3D application setting. NVIDIA describes the App’s Graphics tab as a place to configure driver settings globally or per game; its NVIDIA App feature documentation covers the broader profile workflow.
What NVIDIA Control Panel can and cannot do
Open NVIDIA Control Panel > Manage 3D settings to view global settings or select a program for a per-game profile. This is a driver-level configuration interface, while the game’s graphics menu remains the normal place to enable native DLSS features.
- Use Global Settings only when you deliberately want the same driver behavior for all supported programs.
- Use Program Settings to select one game and avoid affecting unrelated titles.
- Use the 3D application setting when you want the game’s native Frame Generation and DLSS controls to remain authoritative.
- Do not expect a Control Panel toggle to make Frame Generation appear in an unsupported game. The title still needs a compatible integration and the GPU must meet the feature’s requirements.
For current DLSS-specific overrides, NVIDIA App documentation is more directly applicable than assuming that an identically named Control Panel option exists on every driver branch. The two interfaces represent related driver settings, but their labels and exposed options can change as NVIDIA adds features.
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Standard Frame Generation versus Multi Frame Generation
Standard 2X Frame Generation
NVIDIA describes the original behavior this way: “DLSS Frame Generation introduced a 2X multiplier, rendering 1 additional frame per traditionally rendered frame.” In practical terms, the game renders one conventional frame and the system generates one additional frame between traditionally rendered frames. The generated image can raise the displayed frame rate, while input and game simulation still depend on the traditionally rendered frames.
Use standard Frame Generation when the game supports it and your base render rate is stable enough to provide consistent motion. A high displayed number is not a substitute for a responsive simulation; keep Reflex enabled when the title offers it.
Fixed Multi Frame Generation
Fixed Multi Frame Generation can select a multiplier above the standard 2X behavior on supported RTX 50 titles. Choose a multiplier only when the title exposes the option, the current driver supports it and the display can make use of the additional output. More generated frames increase the amount of generated imagery between traditionally rendered frames; they do not multiply the game’s CPU simulation or input sampling in the same way.
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Dynamic Multi Frame Generation
NVIDIA’s DLSS 4.5 article describes Dynamic mode as able to target the display’s maximum refresh rate or a custom maximum. The same article says Dynamic mode is currently incompatible with frame-rate limiters and V-Sync. If you select Dynamic, remove those conflicting controls in the game or driver profile as directed by the title, then let the mode manage its target.
Dynamic and Fixed modes are not interchangeable presets. Dynamic is intended to adapt its generated-frame target; Fixed applies a selected multiplier. If a title or display behaves erratically, return to standard 2X Frame Generation or the game’s native setting rather than forcing a higher multiplier.
Vendor performance claim
NVIDIA says moving from 4X to 6X Multi Frame Generation on RTX 50 GPUs can increase 4K frame rates in path-traced titles by up to 35%. That is NVIDIA’s stated comparison for RTX 50, 4K and path-traced games, not an independent benchmark or a typical-result guarantee. Actual output depends on the game, base render rate, settings and monitor.
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Refresh-rate, V-Sync and frame-limiter decisions
First identify the mode you are using, then apply the controls that mode supports:
| Mode | Refresh target | Limiter/V-Sync guidance | When to prefer it |
|---|---|---|---|
| Standard Frame Generation | Use a target the display and game can sustain | Check the game’s current guidance; do not assume a Dynamic-mode rule applies unchanged. | Native support on RTX 40 or RTX 50 when you want the simpler 2X behavior. |
| Fixed Multi Frame Generation | Select a supported multiplier with a realistic display target | Follow the title and driver documentation for the selected implementation. | RTX 50 titles that explicitly expose Fixed mode and can use its output. |
| Dynamic Multi Frame Generation | Display maximum refresh or a custom maximum | NVIDIA says it is incompatible with frame-rate limiters and V-Sync. | RTX 50 titles where adaptive output is supported and those controls can remain off. |
A monitor upgrade cannot enable Frame Generation. It can make higher generated output visible, but compatibility still comes from the GPU, driver and game integration.
Do not combine native Frame Generation with Smooth Motion
Smooth Motion and native DLSS Frame Generation both attempt to create additional displayed frames through different paths. NVIDIA’s driver guide warns that using them together results in lower performance and visual artifacts. Keep Smooth Motion disabled when the game’s own Frame Generation is active. If a game lacks native Frame Generation and you are deliberately using Smooth Motion instead, treat that as a separate configuration and do not layer the two effects.
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Start with a stable traditionally rendered frame rate
Generated frames are built from information produced by the game’s traditionally rendered frames. If those source frames fluctuate heavily, generated motion can look uneven even when the displayed counter is high. Reduce demanding options such as ray tracing, volumetric effects or shadows only as needed to create a steadier base; the exact options and their cost are title-specific.
Use the lowest multiplier that solves the problem
Standard 2X is the least complex Frame Generation choice. Move to Fixed or Dynamic Multi Frame Generation only when the title supports it and you have a reason to target a higher refresh rate. If you notice artifacts, inconsistent pacing or controls that feel delayed, return to standard Frame Generation and compare at the same resolution.
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- Confirm that Windows and the game are using the intended monitor and refresh rate.
- Make sure the game is running in the display mode you configured rather than silently switching to another monitor.
- Compare the game’s own frame-rate display with the monitor’s refresh behavior; a counter alone does not prove that every generated frame is being presented.
- Evaluate camera pans, foliage, particle effects, thin geometry and HUD elements, where reconstruction or generated-frame artifacts are easiest to notice.
Keep Reflex tied to the game profile
Reflex is an in-game setting when the title supports it. Enable it in that title instead of assuming that a global driver latency option is an equivalent substitute. Its purpose is to reduce the queue and synchronization delay between CPU work, GPU work and display output; it does not turn a low base frame rate into a high simulation rate.
Troubleshooting missing options and poor results
Frame Generation is not listed
- Confirm that the game itself supports native DLSS Frame Generation and that the installed edition and patch match the supported entry on NVIDIA’s games list.
- Check the GPU generation. NVIDIA lists standard Frame Generation for RTX 40 and RTX 50, while Multi Frame Generation has separate RTX 50 requirements.
- Update the game and driver, then restart the game. Some titles expose the option only after the correct renderer or DLSS mode is selected.
- Do not try to solve an unsupported integration with a global Control Panel switch; the game still needs the feature hooks.
An NVIDIA App override is unavailable
- Turn on Frame Generation in the game first, then exit to the desktop before opening NVIDIA App > Graphics > Program settings.
- Select the exact compatible game executable and verify its entry on NVIDIA’s current list.
- Install the current app and driver. DLSS 4.5 Dynamic and Fixed features require GeForce Game Ready Driver 595.97 WHQL or newer according to NVIDIA’s 2026 article.
- Return the profile to Use the 3D application setting if an override produces unexpected behavior.
There are artifacts or lower performance
- Disable Smooth Motion while native Frame Generation is on.
- Return from a higher Multi Frame Generation multiplier to standard 2X or the game’s native setting.
- Try NVIDIA’s Super Resolution recommendation for your output resolution, then compare Quality and Performance in the same scene.
- Check that Dynamic mode is not being used with a frame-rate limiter or V-Sync; NVIDIA identifies both as incompatible with Dynamic Multi Frame Generation.
The displayed frame rate is high but controls feel slow
- Enable NVIDIA Reflex in the game if available.
- Raise the traditionally rendered base frame rate by reducing a costly graphics option or choosing a less aggressive upscaling mode.
- Use standard 2X instead of a higher multiplier and compare input response at the same scene and resolution.
- Check for a display refresh-rate mismatch or a limiter that is constraining the mode you selected.
A repeatable per-game setup checklist
- Record the GPU model, monitor refresh rate and game version.
- Verify the game’s exact support entry in NVIDIA’s current DLSS and RTX list.
- Install a current driver; use 595.97 WHQL or newer for the DLSS 4.5 features NVIDIA specifies.
- Enable DLSS Super Resolution and select a starting preset based on output resolution.
- Enable native DLSS Frame Generation in the game.
- Enable NVIDIA Reflex in the same game menu when offered.
- Leave Smooth Motion off.
- Measure the traditionally rendered frame rate and inspect motion, not only the headline frame counter.
- If the game supports an NVIDIA App override, apply it under Graphics > Program settings for that game only.
- For Dynamic Multi Frame Generation, set the display or custom target and remove frame limiting and V-Sync because NVIDIA says those controls are incompatible with Dynamic mode.
- Change one setting at a time and keep the configuration that gives the best balance of image stability, pacing and input response.
Which configuration should you choose?
| Your situation | Best starting choice | Reason |
|---|---|---|
| RTX 40 or RTX 50, native game support, normal/high-refresh display | Game-controlled DLSS Frame Generation + Reflex | It uses the title’s supported integration and the simplest generated-frame path. |
| RTX 50, title explicitly supports Multi Frame Generation | Test Fixed first, then Dynamic if its compatibility rules fit your setup | Fixed gives a chosen multiplier; Dynamic targets the display or custom maximum but cannot use frame limiters or V-Sync. |
| Game appears in NVIDIA App override documentation but has confusing native controls | Enable native Frame Generation, then use a per-game App override | NVIDIA’s workflow requires the in-game feature to be on and lets you revert to the application setting. |
| Game is unsupported or the option is absent | Do not force a global Frame Generation setting | A driver profile cannot create a missing game integration. |
| Visible artifacts after enabling Frame Generation | Disable Smooth Motion, reduce the multiplier and compare Super Resolution presets | NVIDIA warns against combining Smooth Motion with native Frame Generation; lower complexity and a different reconstruction preset can isolate the cause. |
Bottom line
Enable DLSS Frame Generation in the game, turn on Reflex, and keep NVIDIA App or Control Panel changes per-game and optional. Use NVIDIA’s Super Resolution recommendations as starting points, not fixed laws. RTX 40 and RTX 50 support standard Frame Generation, while Multi Frame Generation requires the appropriate RTX 50 title and driver support. Dynamic mode needs particular care because NVIDIA says it cannot be combined with frame-rate limiters or V-Sync. The best final profile is the one that preserves stable traditionally rendered frames, clean motion and responsive controls on your specific game and monitor.
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