For Windows gamers revisiting older titles, that makes it an interesting fallback—not a magic performance patch.
What Smooth Motion actually adds
NVIDIA describes Smooth Motion as a driver-based AI model. Because it operates outside the game’s native frame-generation implementation, it can work with compatible DirectX 11, DirectX 12, and Vulkan games that lack DLSS Frame Generation. NVIDIA also says it works at native resolution or alongside upscaling technologies.
In his XDA discussion of the feature, Hamlin Rozario highlights games such as Elden Ring, Sekiro: Shadows Die Twice, and Dark Souls III as examples where smoother presentation can be appealing despite an underlying frame-rate limit. Those are the author’s examples, not a compatibility certification from NVIDIA.
The distinction matters: generating intermediate images is not the same as unlocking a game’s engine. NVIDIA’s description supports an interpolation feature, not a change to simulation timing or engine-level limits. A capped game may therefore look smoother without becoming equivalent to a game genuinely rendering and responding at the higher rate.
Check compatibility before looking for the switch
NVIDIA’s documentation identifies these requirements:
- Graphics hardware: GeForce RTX 40 series or RTX 50 series.
- Game compatibility: A compatible DirectX 11, DirectX 12, or Vulkan title.
- Software: An NVIDIA App and Game Ready Driver combination supporting the feature.
NVIDIA initially offered Smooth Motion on RTX 50-series GPUs before extending it to RTX 40-series hardware through app and driver updates. This is an existing capability, not a newly announced November 2026 launch.
Do not read “RTX 40 series or newer” as an unlimited compatibility promise. The documented families are RTX 40 and RTX 50; the feature should not be assumed available on RTX 20-, RTX 30-series, or GTX hardware.
How to enable Smooth Motion
NVIDIA documents a per-game setup:
- Open NVIDIA App.
- Select Graphics > Program Settings.
- Choose a compatible game.
- Scroll to Driver Settings.
- Switch Smooth Motion on.
If the option is missing, first check the supported GPU family, game API, and installed app and driver versions. NVIDIA’s rollout announcement explicitly required both the supporting app and driver updates; changing only one may not establish the necessary software combination.
For your first comparison, use the same playable scene with the setting off and on. Look for smoother camera movement, but also judge control feel and image stability. Success should mean a better experience—not merely a more impressive number.
Why it is not interchangeable with DLSS
Native DLSS Frame Generation receives information supplied by the game. NVIDIA’s Streamline integration checklist specifies depth buffers, motion vectors, a HUD-less image, and a separate user-interface buffer. It also requires proper Reflex integration and warns that incorrect inputs can cause visual corruption, flickering, or increased latency.
That explains why developer integration has value: it gives the frame-generation system structured information about the scene and interface. Smooth Motion’s advantage is broader applicability without that integration, not proof that it can reproduce every native implementation’s results.
Rozario reports additional latency and artifacts around moving objects and HUD elements. Those are useful observations, but not controlled measurements establishing that every game behaves identically.
My practical recommendation is to compare three things separately:
- Motion: Do camera pans and moving objects look smoother?
- Responsiveness: Does aiming or movement feel less immediate?
- Image integrity: Do text, interface elements, or object edges become distracting?
If the second or third trade-off outweighs the first, disable it for that game.
How Lossless Scaling compares
Smooth Motion is not the only option for games without native frame generation. Developer THS describes Lossless Scaling’s LSFG technology as supporting a wide range of hardware, with fixed multiplication and adaptive target-frame-rate modes. Its Steam listing includes NVIDIA, AMD, and Intel hardware among recommended configurations.
There are practical differences beyond the toggle count. Lossless Scaling documents windowed and borderless-fullscreen operation, with a limited exception for exclusive fullscreen on a second display. It also warns that insufficient spare GPU resources can reduce the game’s original frame rate. Those are useful considerations when choosing between approaches—not grounds for declaring one universally superior.
A useful fallback, with realistic expectations
Smooth Motion’s strongest selling point is straightforward: supported GeForce owners can try driver-level frame generation without waiting for a developer to retrofit DLSS support. NVIDIA says it typically doubles the perceived frame rate—a carefully chosen word worth preserving.
Treat it as a per-game presentation option. Establish gameplay you already find responsive, enable the feature, and keep it only if the overall result improves. The FPS counter gets a vote; your eyes and hands get the deciding ones.