How to Turn On DLSS Frame Generation and Check It Works

01Confirm that the card and game support the feature

DLSS Frame Generation and DLSS Multi Frame Generation are different capabilities. RTX 40-series hardware supports ordinary Frame Generation in compatible games; Multi Frame Generation is associated with RTX 50-series support. A menu mentioning DLSS does not establish that generation is integrated.

Check the specific game edition and build. Some games expose Super Resolution but not Frame Generation, while another version or platform may differ. Native support and supported driver overrides also have different requirements.

My first action would be to identify the exact feature in the game’s official settings or support information. If it is absent from an unsupported title, there is no standard universal switch that makes the engine supply all of the information a native integration needs.

02Prepare the system without changing unrelated settings

Update the official graphics driver and game to supported builds. Keep a note of the current configuration and restart if the installation requests it. If the system has multiple GPUs, verify that the game is using the intended NVIDIA adapter.

NVIDIA’s Frame Generation prerequisites documents hardware-accelerated GPU scheduling among relevant Windows requirements for DLSS Frame Generation. In Windows graphics settings, locate that option and follow any restart requirement when changing it. Exact menu wording can vary with the Windows build.

Do not treat every performance setting as a prerequisite. Disabling security features, changing registry entries from an unknown guide, or applying a system-wide optimization pack is not a necessary first step. Verify the documented requirement and preserve a way to return to the prior configuration.

03Enable it in the supported game menu

Open the game’s graphics or display settings and locate the dedicated Frame Generation control. Some titles organize it near DLSS Super Resolution; others expose a separate generation technology selector. Choose NVIDIA DLSS Frame Generation when that is the supported option you intend to test.

Apply the setting and restart the game if its interface asks. Keep output resolution and other visual options unchanged for the first comparison. Do not assume the game enables Super Resolution or changes its quality mode in exactly the same way as another title.

I would note the setting’s status after returning to gameplay. If it reverts or remains unavailable, inspect the game’s prerequisites and renderer mode rather than repeatedly toggling adjacent controls. A selected menu value is useful evidence, but actual presentation quality still needs to be evaluated during play.

04Use NVIDIA app overrides only for supported cases

An override can update supported generation models in compatible titles. It is not equivalent to adding a missing native integration to an arbitrary game. Start with the game’s own control enabled where required, then use the relevant per-program override only if the title is supported.

Avoid mixing DLSS Frame Generation with a separately named driver-level interpolation feature and calling the result the same thing. The integration, input information, and compatibility path differ. Document which feature is active so a troubleshooting discussion does not compare two different mechanisms.

My preference is to test one configuration at a time. If a profile change introduces artifacts or instability, return the relevant override to the application-controlled setting. Do not change global profiles across the whole library merely to diagnose one game.

05Check the display before interpreting the extra frames

A generated display rate has limited value if the monitor or chosen refresh mode cannot present the result as intended. Verify the display’s actual refresh configuration and the game’s frame-cap behavior. This is separate from enabling the feature, but it affects whether the visual benefit is visible.

Synchronization settings can also influence pacing and latency. I would begin with the game and display’s supported configuration rather than applying a universal combination copied from another monitor. Keep the original cap and synchronization settings recorded so an experiment remains reversible.

Compare camera movement and interaction at the normal viewing distance. A higher number can coexist with an unpleasant pacing pattern or a control response you dislike. That does not necessarily mean generation is inactive; it means its complete presentation path needs evaluation. Use the feature when it improves the actual experience on your display, and avoid treating an overlay’s reported count as a direct measurement of simulation updates or input responsiveness.

06Diagnose a greyed-out control without stacking workarounds

A disabled toggle can indicate unsupported hardware, missing integration, an unmet Windows prerequisite, or a game-specific setting conflict. Those causes need different fixes. Start by reading the control’s own explanation or the title’s official requirements rather than applying every suggestion at once.

If the game offers a documented renderer choice, check the supported one and restart when required. If a Windows setting changes, verify its state after restarting. If a profile override is involved, restore the relevant program default and retest. Keep each change isolated so the result identifies a cause instead of creating a new unknown configuration.

I would stop before unofficial patches that are incompatible with the game’s support or anti-cheat environment. They create a different workflow from the native feature described here. When the supported route remains unavailable, record the GPU, driver, game build, renderer, scheduling state, and exact symptom for a focused support request. That is more useful than repeatedly reinstalling unrelated components without verifying the missing prerequisite.

07Verify smoothness without misreading the FPS counter

Compare the same camera route with generation off and on. Watch moving outlines, thin geometry, interface elements, and rapid camera motion. The added frames can improve presentation smoothness, but an implementation may also reveal artifacts that are invisible in a still image.

Check input feel separately. Generated frames are not additional game-simulation updates, so a displayed rate should not be treated as equivalent to the same rate of newly rendered frames. A stable base rendering path remains important even when the displayed counter rises substantially.

Our DLSS measurement guide explains how to separate rendered performance from generated display frames. I would choose the final setting based on the combination of smoothness, frame pacing, and response rather than accepting the largest number as proof that the configuration is better.

08If the option is missing or the result is worse

Confirm hardware support, game integration, driver and game versions, Windows scheduling requirements, and the title’s supported renderer. Some prerequisites are specific to a game, so use its official guidance rather than forcing an API switch because another title uses it.

Temporarily return custom per-game overrides to defaults and compare again. If the problem involves an overlay, test with nonessential overlays disabled one at a time, preserving the original setup. Consult known issues before making disruptive changes.

If generation adds visible artifacts or makes control feel worse, turning it back off is a valid outcome. Improve the base frame rate through appropriate graphics settings or supported reconstruction first. Keep the feature only when its actual benefit on your display survives normal gameplay; compatibility does not obligate you to use it.

09Common questions