DLSS Frame Generation can make a game feel dramatically smoother by creating an extra frame between traditionally rendered frames. When it is configured properly, motion appears more fluid and your display can show a higher frame rate without requiring your graphics card to render every frame from scratch. When it is configured poorly, however, you may notice delayed controls, ghosting around moving objects, shimmering HUD elements, or uneven frame pacing that feels worse than a lower but steadier native frame rate.
The best results come from treating Frame Generation as a finishing tool, not a substitute for adequate performance. Start with a stable base frame rate, enable NVIDIA Reflex when available, and use sensible display settings. This guide explains how to use DLSS Frame Generation properly in 2026, including the hardware, settings, and troubleshooting steps that matter most.
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What You Need
| Item | Why | Optional? |
|---|---|---|
| Compatible NVIDIA GeForce RTX graphics card | Standard DLSS Frame Generation requires an RTX 40 Series or newer GPU. Newer RTX 50 Series cards may also support DLSS Multi Frame Generation in compatible games. | No |
| Game with DLSS Frame Generation support | Frame Generation must be implemented by the game. It cannot be added universally through a graphics driver. | No |
| Current graphics driver | Updated drivers improve compatibility, game profiles, and bug fixes. | No |
| Display with a suitable refresh rate | A 120Hz, 144Hz, 165Hz, or faster monitor gives generated frames room to improve perceived motion. | Recommended |
| NVIDIA Reflex support | Reflex reduces the render queue and helps offset the additional latency associated with Frame Generation. | Usually no; enable it when available |
| Frame-rate monitoring tool | An in-game performance overlay or tool such as NVIDIA’s overlay helps you compare base FPS, generated FPS, and frame-time consistency. | Yes |
Step-by-Step
1. Confirm your hardware and game support (5 minutes)
Check your GPU model in Windows by opening Settings > System > Display > Advanced display, or use the NVIDIA app. Standard DLSS Frame Generation is designed for RTX 40 Series and newer cards. The game itself must also list DLSS Frame Generation in its graphics or upscaling menu.
Do not confuse DLSS Super Resolution with Frame Generation. Super Resolution renders the game at a lower internal resolution and upscales it. Frame Generation creates additional frames. They are separate options, although they are commonly used together.
2. Update the graphics driver and restart (10–15 minutes)
Install the latest stable NVIDIA graphics driver using the NVIDIA app or NVIDIA’s official driver installer. A clean installation is usually unnecessary unless you are troubleshooting persistent crashes, corrupted settings, or a recent GPU change.
Restart Windows after installation. Then launch the game once and allow it to rebuild shaders if prompted. Shader compilation can cause temporary stutter, so do not judge Frame Generation during the first few minutes of a new installation or major game update.
3. Set your display refresh rate (2 minutes)
Open Settings > System > Display > Advanced display and choose your monitor’s highest stable refresh rate. A 144Hz monitor should be set to 144Hz rather than 60Hz, for example.
If you use G-SYNC or another variable refresh rate feature, enable it for the display. Variable refresh rate helps smooth small fluctuations, while Frame Generation increases the number of displayed frames. These technologies solve different problems and can work together.
4. Establish a stable base frame rate (10 minutes)
Before enabling Frame Generation, turn it off and test the game in a demanding area. Record the ordinary rendered frame rate, sometimes called the base FPS. Aim for at least 60 FPS before Frame Generation, with 70 to 90 FPS preferable for fast-paced games.
Frame Generation does not make low input latency from a 30 FPS base magically feel like 120 FPS. The controls still respond according to the traditionally rendered frames. If your base rate is unstable, generated frames may make the counter look high while the game still feels delayed or uneven.
Lower demanding settings first, such as ray-traced reflections, volumetric effects, shadows, and view distance. Keep texture quality high if your GPU has enough video memory; textures primarily affect VRAM capacity rather than raw rendering speed.
5. Choose a DLSS Super Resolution mode (3 minutes)
Open the game’s upscaling menu and select DLSS. Start with Quality mode at 1440p or 4K. Quality mode generally preserves more fine detail than Balanced or Performance modes, while still reducing the GPU workload.
Use Balanced if you need more performance. Use Performance mainly at 4K when the GPU is heavily loaded and the game remains too slow in Quality mode. Avoid combining aggressive upscaling with Frame Generation if the image becomes soft, shimmery, or unstable.
6. Enable NVIDIA Reflex before Frame Generation (2 minutes)
Find the latency setting and select NVIDIA Reflex: On or On + Boost, if the game offers it. On + Boost can keep the GPU at higher clocks, but it may increase power use, fan noise, and heat. Use it only if ordinary Reflex does not provide stable performance.
Reflex is especially important when Frame Generation is enabled because it helps prevent the system from building an unnecessarily deep render queue. If the game has no Reflex option, use a frame-rate cap and avoid settings that push the GPU to sustained 99% utilization during latency-sensitive play.
7. Turn on Frame Generation and apply the settings (2 minutes)
Enable DLSS Frame Generation in the game’s graphics menu, then apply the changes. Some games require a restart. If your RTX 50 Series game offers Multi Frame Generation, begin with the standard setting before testing additional generated frames. More displayed frames do not always produce a better experience, particularly when the base frame rate is low.
After enabling the feature, walk, pan the camera, and move through a detailed scene. Look at thin fences, foliage, particle effects, signs, and the edges of moving characters. These areas reveal artifacts more readily than a static room.
8. Configure synchronization and cap the frame rate (5 minutes)
With G-SYNC or another variable refresh rate display, a common starting point is to enable the technology in the driver, turn off in-game V-SYNC, and cap the frame rate about 3 FPS below the monitor’s maximum refresh rate. For example, use approximately 141 FPS on a 144Hz display or 162 FPS on a 165Hz display.
Use the game’s built-in limiter when it produces consistent frame pacing. Otherwise, test NVIDIA Control Panel’s Max Frame Rate setting. If you do not use variable refresh rate, experiment with V-SYNC based on whether you prefer eliminating tearing or minimizing latency. Keep the cap below the display ceiling whenever possible.
9. Test for image quality and latency (10 minutes)
Compare the game with Frame Generation off and on in the same area. Check three things: visual artifacts, frame-time consistency, and control response. A higher FPS counter is useful, but it is not the only measure of success.
Turn Frame Generation off if you see distracting double images, broken UI elements, severe flickering, or a noticeable delay in aiming. It is usually more beneficial in visually rich single-player games than in competitive shooters, where direct input response is more important than maximum smoothness.
Mistakes to Avoid
- Enabling it at a very low base FPS: A generated 100 FPS reading does not make a 35 FPS base feel like native 100 FPS.
- Ignoring Reflex: Frame Generation without latency reduction can feel less responsive than expected.
- Using the highest possible setting everywhere: Ray tracing, high resolutions, and aggressive image-quality options can overload the GPU before Frame Generation has a chance to help.
- Judging performance from the counter alone: Watch for hitching, input delay, and artifacts as well as average FPS.
- Changing several settings at once: Adjust one setting, retest the same scene, and keep notes so you know what helped.
- Using unofficial DLL replacements casually: Game updates and anti-cheat systems can make unofficial modifications unstable or unacceptable.
How Often
Review your Frame Generation settings whenever you install a major game update, replace your GPU, change your monitor, or update the graphics driver. You do not need to retune it daily. A quick five-minute test after a patch is sensible, especially if the developer changed the game’s DLSS implementation.
When to Call a Pro or Replace
Seek technical help if the game crashes repeatedly, the display shows driver timeouts, or artifacts remain after updating the driver and disabling Frame Generation. Check GPU temperatures, power connections, and other demanding games to determine whether the problem is specific to one title.
Consider a hardware upgrade only after reducing demanding settings and confirming that the game is GPU-limited. A faster GPU can improve both base FPS and Frame Generation results. A faster monitor alone will not solve poor base performance, while upgrading the GPU will not fix a defective cable, overheating system, or corrupted game installation.
FAQ
Does DLSS Frame Generation increase input lag?
It can add some latency because generated frames are inserted into the presentation chain. NVIDIA Reflex helps reduce that effect. For the best response, maintain a base frame rate of at least 60 FPS, use a sensible frame cap, and disable Frame Generation if precise competitive input matters more than smoother motion.
What base FPS is best for Frame Generation?
Use 60 FPS as a practical minimum. Around 70 to 90 FPS generally feels better, particularly in games with rapid camera movement. Below 50 FPS, artifacts and latency become easier to notice, even if the displayed FPS counter looks impressive.
Should I use DLSS Quality or Performance with Frame Generation?
Start with DLSS Quality. Move to Balanced if you need more performance, and reserve Performance for demanding 4K situations. The best setting is the one that provides a stable base frame rate without making fine details look excessively soft or unstable.
Why does Frame Generation look worse in menus or on text?
Generated frames are predicted from motion and previously rendered images. Static interfaces, small text, thin lines, particles, and rapidly changing elements can expose artifacts. If the problem is limited to a menu, it may be a game implementation issue. If it affects ordinary gameplay, lower the visual workload, update the game and driver, or leave Frame Generation disabled.
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