Every RTX owner eventually runs into the same wall: a game with no DLSS Frame Generation option, a frame rate that refuses to climb past 50, and a GPU that clearly has more headroom to give. Nvidia Smooth Motion was built for exactly that gap. It is a driver-level AI feature that inserts a generated frame between two rendered frames, and unlike DLSS Frame Generation, it works without the game developer touching a single line of code.
This guide walks through enabling Nvidia Smooth Motion the right way in September 2026, including the exact driver and NVIDIA App versions you need, which RTX cards actually support it, the per-game and global setup paths, and the fixes for the ghosting, jitter, and crash reports that have followed the feature since launch. By the end you will have a tuned, low-latency Smooth Motion profile running across your game library, not just a toggle flipped on and forgotten.
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What Is Nvidia Smooth Motion, and How Does It Differ From DLSS Frame Generation
Nvidia Smooth Motion is a driver-based frame generation model. The GPU driver watches two consecutive frames the game has already rendered, infers what a frame in between would look like, and inserts it before the image reaches your display. Nvidia positions it as the fallback for the thousands of DirectX 11, DirectX 12, and Vulkan titles that will never receive native DLSS Frame Generation support, because the studio behind them has moved on or never plans to add it.
That is also the feature’s core limitation. DLSS Frame Generation reads motion vectors, depth buffers, and exposure data straight from the game engine, so it knows exactly how objects are moving and can generate a frame that respects UI elements, particle effects, and camera cuts. Smooth Motion only has access to the finished, composited image and whatever motion data the driver can infer from it. That is why reviewers consistently rate Smooth Motion below native DLSS Frame Generation on image quality, particularly around HUD text and fast camera pans, even though both features can roughly double your displayed frame rate.
DLSS Multi Frame Generation, the version bundled with DLSS 4 on RTX 50-series cards, sits a step further up the chain. It generates several AI frames for every one rendered frame, whereas Smooth Motion typically inserts a single frame between two real ones, closer to a driver-level 2x mode. If you want the deeper technical rundown on how Multi Frame Generation and the newer DLSS 5 neural rendering path work, our breakdown of the September 2026 DLSS 5 launch in NBA 2K27 covers the game-integrated side of frame generation in detail.
Nvidia’s own release documentation lays out the distinction in plain terms: Smooth Motion is described as using a driver-based AI model to deliver smoother gameplay by inferring an additional frame between two rendered frames, a description that appears in Nvidia’s own announcement covering the RTX 40-series rollout. That phrasing matters because it tells you exactly what the feature is not doing: it is not asking the game engine for help, and it is not replacing your base render pipeline. It is strictly a post-processing insertion step that happens after the game has already done its work.
| Feature | Where It Runs | Requires Dev Support | Typical Image Quality | Best Use Case |
|---|---|---|---|---|
| Nvidia Smooth Motion | GPU driver, outside the game | No | Good, some HUD ghosting | Games with no native frame generation |
| DLSS Frame Generation | Integrated in-game via DLSS SDK | Yes | Very good | Games that shipped with DLSS 3 or 4 |
| DLSS Multi Frame Generation | Integrated in-game, RTX 50-series only | Yes | Very good at high base FPS | Latest AAA titles on RTX 5070 and above |
| AMD AFMF2 | AMD driver, outside the game | No | Fair to good, needs 60+ base FPS | Radeon RX 9000-series without native FSR frame gen |
Why Smooth Motion Matters More in the 2026 GPU Market
Software-level performance tricks carry more weight this year than in a typical upgrade cycle. Flagship pricing has climbed sharply, with the RTX 5090 regularly listed north of $4,000 during 2026’s GPU shortage, and Nvidia has confirmed there is no new gaming GPU generation replacing the RTX 50-series in 2026, with the next architecture not expected until 2028. That combination means most RTX owners are holding onto their current card for longer than usual, which makes squeezing extra frame rate out of existing silicon through driver features like Smooth Motion far more valuable than it would be in a year with a fresh generation on shelves.
It also explains why Nvidia expanded Smooth Motion down to the RTX 40-series instead of keeping it exclusive to RTX 50 buyers. A four-year-old RTX 4060 or RTX 4070 still makes up a large share of the installed base, and giving those cards a free, driver-level way to boost displayed frame rate in unsupported titles extends their useful life without anyone spending a cent on new hardware. If you’re deciding whether to hang onto an older card or jump to something newer given current pricing, our RTX 5070 Ti vs RX 9070 XT comparison is a useful gut check on where the value actually sits right now.
Prerequisites and What You’ll Need
Smooth Motion is picky about hardware and software versions in ways that trip up a lot of first-time users. Confirm every item below before you start.
- GPU: a GeForce RTX 50-series card (desktop or laptop) or a GeForce RTX 40-series card. RTX 30-series and older cards are not officially supported as of September 2026.
- NVIDIA App: the latest release available from Nvidia’s official app page. RTX 40-series support was added starting with the August 2025 update, and Nvidia continues to ship the feature in current September 2026 App builds.
- Game Ready Driver: the newest WHQL driver for your card. If you hit jitter, ghosting, or launch crashes, test GeForce Hotfix Driver 610.52 or newer, which specifically targeted Smooth Motion stability bugs.
- Operating system: 64-bit Windows 10 or Windows 11. Recent Linux drivers (615.71.09 and later) also carry Smooth Motion fixes, though this guide focuses on the Windows workflow.
- Graphics API: a game running on DirectX 11, DirectX 12, or Vulkan. There is no official DirectX 9 support.
- Display Driver Uninstaller (DDU): useful if you need to clean-install a driver after a bad Smooth Motion experience. Grab it from Guru3D’s official DDU download page.
- 15 to 20 minutes of setup time, plus another 20 to 30 minutes if you plan to properly stress-test the feature across two or three games, which you should.
One more thing worth confirming up front is your base frame rate before generation. Smooth Motion multiplies whatever frame rate the game is already producing, so run a quick benchmark first. If a title is already crawling along at 25 to 30 FPS natively, Smooth Motion will smooth the motion, but it will not fix the underlying performance problem, and artifacts get noticeably worse at low base frame rates.
Step 1: Check Your Current GPU, Driver Version, and NVIDIA App Build
Before changing anything, record what you are currently running. This gives you a rollback point if Smooth Motion causes problems later, and it tells you immediately whether you need a driver update before Step 2 is even relevant.
Open PowerShell (no admin rights needed for this command) and run:
Get-CimInstance Win32_VideoController | Select-Object Name, DriverVersion, DriverDateA typical result on an up-to-date RTX 5070 Ti looks like this:
Name : NVIDIA GeForce RTX 5070 Ti
DriverVersion : 32.0.15.6162
DriverDate : 20260916000000.000000-000That DriverVersion string maps to the public Game Ready Driver number Nvidia advertises, where the relevant digits correspond to driver branch 616. If you would rather see the friendly version number directly, open the NVIDIA App, click your profile icon, and select Drivers from the left rail. It lists the installed driver alongside a Download button if a newer Game Ready or Studio release exists.
Step 2: Confirm Your GPU Is on the 2026 Smooth Motion Support List
Smooth Motion launched exclusively on RTX 50-series GPUs, then Nvidia expanded it to the full RTX 40-series lineup once the compatible NVIDIA App and Game Ready Driver update shipped. As of this writing, RTX 30-series and older cards remain excluded from the official feature, no matter how current the driver is. Third-party tools like Lossless Scaling can still deliver frame generation on that older hardware, but that is a separate application, not Nvidia’s driver feature.
| GPU Generation | Smooth Motion Support | Notes |
|---|---|---|
| RTX 50-series (5090, 5080, 5070 Ti, 5070, 5060 Ti, 5060) | Supported | Original launch hardware for the feature |
| RTX 40-series (4090 down to 4060) | Supported | Added via NVIDIA App and driver update |
| RTX 30-series and older | Not officially supported | Use Lossless Scaling or AMD AFMF-style third-party tools instead |
| GeForce NOW cloud instances | Varies by tier | Check current tier documentation, support has shifted with hardware refreshes |
The RTX 40-series rollout did not happen at launch. Nvidia shipped Smooth Motion exclusively for RTX 50-series buyers first, then extended it down a generation once the driver and app work was finished, a sequencing SlashGear’s breakdown of the feature’s hardware support documents in detail, including the specific note that RTX 30-series and older cards remain locked out of Nvidia’s own implementation even as third-party tools fill that gap. If your card falls outside the supported list, skip ahead to the comparison section further down, where we cover Lossless Scaling and AMD’s Fluid Motion Frames as practical alternatives.
It’s worth tracking the release timeline too, since Smooth Motion has moved fast for a driver feature. The table below lays out the major milestones as documented across Nvidia’s own release notes and independent driver trackers.
| Date | Milestone |
|---|---|
| Early 2025 | Smooth Motion debuts exclusively on RTX 50-series GPUs alongside the NVIDIA App update |
| August 2025 | Support expands to the full RTX 40-series lineup via a new NVIDIA App and Game Ready Driver |
| May 2026 | Game Ready Driver 610.47 ships, retiring the classic NVIDIA Control Panel UI in favor of the app |
| June 2026 | GeForce Hotfix Driver 610.52 addresses Smooth Motion jitter, ghosting, and launch crashes tied to 610.47 |
| September 2026 | Current NVIDIA App builds continue to list Smooth Motion for RTX 40 and RTX 50-series under Graphics, Program Settings |
Step 3: Update Windows and Confirm DirectX/Vulkan Compatibility
Smooth Motion needs a reasonably current Windows build to expose all of its driver hooks correctly. Go to Settings, then Windows Update, and install any pending updates. Once that finishes, confirm your DirectX level with the built-in diagnostic tool.
dxdiag /t dxdiag_report.txt
notepad dxdiag_report.txtSearch the generated report for “DirectX Version.” Nearly every Windows 10 22H2 and Windows 11 system already reports DirectX 12, so this step is mostly a sanity check rather than something you need to fix. What actually matters is the game itself, so check its launcher or store page for the renderer it uses. A handful of older titles still default to DirectX 9, and those will not expose the Smooth Motion toggle no matter how new your driver is.
Step 4: Install or Update the NVIDIA App
If you are still running the retired GeForce Experience client, uninstall it first through Settings, then Apps, to stop two overlapping services from fighting over driver management. The differences between the NVIDIA App and GeForce Experience matter here specifically because Smooth Motion’s toggle only exists in the newer app.
- Go to Nvidia’s official NVIDIA App page and download the installer.
- Run it and accept the license terms. First launch pulls another 200 to 400 MB of components.
- Sign in if you want settings synced across machines, or skip if you prefer a local-only setup.
- Click Drivers in the left sidebar and confirm the app reports “Up to date,” or install the newer version it offers.
Step 5: Install the Latest Game Ready Driver
From the same Drivers tab, choose Game Ready Driver rather than Studio Driver, since Game Ready builds get Smooth Motion fixes first. Click Download, then Install, and pick Express install for a standard setup or Custom install if you want to clean out old display settings at the same time. Your screen will flash black for a few seconds during the actual driver swap. That is expected.
If you were previously on a driver older than 610.47 and you plan to use Smooth Motion heavily, go straight for the newest available WHQL build rather than the first driver you find. Nvidia’s June 2026 hotfix, driver 610.52, was built specifically to resolve Smooth Motion jitter, ghosting, and launch crashes reported after the original 610.47 release, and those fixes carried forward into later WHQL branches.
Step 6: Enable Smooth Motion Per Game Through NVIDIA App Program Settings
Smooth Motion is configured per game, not as one universal switch that forces every executable through frame generation. That is a deliberate design choice, since some games, particularly competitive shooters, benefit far less from generated frames than others.
- Open the NVIDIA App and click Graphics in the left sidebar.
- Select Program Settings, then choose the game you want to configure from the dropdown, or click Add to browse for its executable manually.
- Scroll down to the Driver Settings section of that game’s profile.
- Find Smooth Motion in the list and switch it to On.
- Click Apply at the bottom of the panel.
- Fully close and relaunch the game so the new driver profile loads correctly.
If the Smooth Motion option looks greyed out, the most common cause is that the game is not currently running on a compatible API, or the profile has not refreshed since you last updated the driver. Restarting the NVIDIA App usually clears it.
Step 7: Toggle It On the Fly With the Alt+Z Overlay
For quick testing without leaving the game, use the in-game overlay instead of tabbing back to the full app.
- Launch the game and press Alt+Z to open the NVIDIA App overlay.
- Open the performance or game-settings panel from the overlay menu.
- Locate the Smooth Motion control for the current title, if the overlay exposes it for that game.
- Toggle it and back out of the overlay. Some titles apply the change immediately, others need a relaunch.
The overlay method is faster for testing, but the Program Settings method in Step 6 is the more reliable long-term configuration path, since not every driver build surfaces the exact same toggle inside the overlay.
Step 8: Verify Smooth Motion Is Actually Active
Turning a setting on is not the same as confirming it is doing anything. Open the performance overlay (Alt+R by default, or your configured hotkey) and look for a frame generation indicator alongside your FPS counter. A game running natively at 62 FPS with Smooth Motion active typically reports a displayed frame rate close to double that, while the base render rate shown separately stays near the original number.
Base render rate: 61.8 FPS
Smooth Motion active: Yes
Displayed frame rate: 118.4 FPS
Estimated added latency: ~9-11 msIf the displayed and base numbers are identical, the toggle did not take effect. Recheck Step 6, confirm the executable path matches exactly, since some launchers route through an intermediary .exe that is not the actual game process, then restart the game once more.
Step 9: Set a Sensible Base Frame Rate Cap and Pick the Right Sync Mode
Frame generation works best when the base frame rate is stable, not just high. Wildly swinging between 40 and 90 FPS natively produces a generated frame rate that swings even harder, since Smooth Motion is amplifying whatever variance already exists. Cap your base frame rate a few FPS below your monitor’s native refresh rate divided by two, using either the in-game limiter or Nvidia’s own frame rate cap in the Program Settings panel.
On sync mode, enable G-Sync, or G-Sync Compatible on a FreeSync monitor, alongside Smooth Motion rather than relying on standard V-Sync. G-Sync handles the variable frame delivery from generated frames far more cleanly, and it avoids the added latency that traditional V-Sync’s buffering introduces on top of the frame generation latency you are already accepting.
Step 10: Pair Smooth Motion With NVIDIA Reflex to Offset Added Latency
Every frame generation technology, Smooth Motion included, adds some input latency because the driver has to hold a frame back momentarily to build the interpolated one. NVIDIA Reflex reduces the render queue and CPU-side latency elsewhere in the pipeline, which claws back some of what generation costs. In the NVIDIA App’s Program Settings for the same game profile, scroll to the Reflex section and set it to On, or On plus Boost if your GPU has thermal and power headroom to spare.
This combination will not make Smooth Motion latency-free. What it does is bring the total input delay closer to what you would feel on a native, non-generated frame rate, which is the difference between a Smooth Motion setup that feels responsive and one that feels laggy despite a higher displayed number.
Step 11: Save Your Profile and Retest Across Multiple Games and Sessions
A configuration that looks stable in a five-minute benchmark run can still fail during an hour-long session once shader caches, thermal throttling, or background downloads change the picture. Test in at least two or three different games, including one with heavy particle effects or ray tracing, since those scenarios stress the frame generation model the hardest. Play each for at least 20 to 30 minutes before deciding the profile is good to keep.
Once you are satisfied, the NVIDIA App stores these settings per game automatically. There is no separate save-profile button to click, but it helps to note down your exact Reflex and frame cap choices somewhere, in case a future driver update resets a profile and you need to rebuild it quickly.
Step 12: Roll Back Cleanly if Smooth Motion Causes Problems
If a game becomes unstable after enabling Smooth Motion and simply toggling it off does not fully resolve the issue, a clean driver reinstall clears out any corrupted profile data left behind.
- Download the current release of Display Driver Uninstaller from Guru3D.
- Boot into Safe Mode through Settings, Recovery, Advanced Startup, Restart Now, then Troubleshoot, Advanced Options, Startup Settings.
- Run DDU, select your GPU vendor, then choose Clean and Restart.
- After Windows restarts normally, reinstall the NVIDIA App and the latest Game Ready Driver from scratch.
- Reconfigure Smooth Motion for your affected game one setting at a time, testing after each change.
For readers who want the deeper mechanics behind a full clean reinstall, our Display Driver Uninstaller walkthrough covers the process step by step with more troubleshooting branches than we have room for here.
Real-World Latency and Frame Rate Numbers Reported by Reviewers
Independent testing gives a clearer picture than Nvidia’s own marketing claims. One widely cited comparison found Smooth Motion delivering up to roughly 75 percent higher displayed frame rates over native rendering in supported titles, with image quality reviewers rated ahead of AMD’s AFMF and the third-party Lossless Scaling app, and an added input latency hit generally around 10 milliseconds. Other independent tests, including a community-documented comparison against LSFG 3.1 and AFMF2, converge on a similar theoretical minimum, where at a 60 FPS base rate with a 2x generation factor, the unavoidable latency floor sits close to 8.3 milliseconds before accounting for the model’s own processing time.
| Scenario | Reported Result | Source Type |
|---|---|---|
| Smooth Motion vs native, supported title | Up to ~75% higher displayed FPS | Independent outlet comparison |
| Smooth Motion added latency | ~10 ms in typical scenarios | Independent outlet comparison |
| Theoretical latency floor at 60 FPS base, 2x generation | ~8.3 ms minimum, before processing overhead | Community technical analysis |
| AFMF2 artifact-free threshold | Best above ~60-70 base FPS | Community testing |
| Smooth Motion at lower base FPS | Remains usable below AFMF2’s threshold, quality still degrades | Community testing |
Treat every number in that table as a range tied to specific test conditions, not a universal guarantee. Your own latency and frame rate results will move with your specific game, resolution, ray tracing settings, and how close your base frame rate sits to your monitor’s refresh ceiling.
Nvidia Smooth Motion vs AMD AFMF2 vs Lossless Scaling
If you are choosing between platforms rather than already committed to an RTX card, here is how the three main driver-level or third-party frame generation options actually stack up in 2026.
| Tool | Provider | Hardware Support | Cost | Reported Quality |
|---|---|---|---|---|
| Nvidia Smooth Motion | Nvidia driver | RTX 40-series and RTX 50-series only | Free with driver | Generally ahead of AFMF and Lossless Scaling in comparisons |
| AMD AFMF2 | AMD Adrenalin driver | Supported Radeon GPUs | Free with driver | Best above 60-70 base FPS, more artifacts below that |
| Lossless Scaling | Third-party (Steam) | Broad, GPU-agnostic | Paid app | Highly dependent on version and capture mode, more variable latency |
Our Lossless Scaling setup guide covers the third-party option in full if your card falls outside Nvidia’s supported list, and our breakdown of DLSS 4.5 vs FSR 4.1 vs PSSR 2.0 is the place to go if you want the native, game-integrated frame generation comparison rather than the driver-level fallback covered here.
Common Pitfalls When Enabling Nvidia Smooth Motion
- Assuming it works everywhere: Smooth Motion needs DirectX 11, DirectX 12, or Vulkan. A DirectX 9 game will never show the toggle, no matter how current your driver is.
- Enabling it on a card it does not support: RTX 30-series and older GPUs do not get the official feature. If the option is missing entirely, this is usually why.
- Turning it on in competitive games without testing first: generated frames smooth motion but do not reduce input latency the way a genuinely higher native frame rate would, which matters a lot in fast-paced shooters.
- Chasing a low base frame rate with frame generation: Smooth Motion amplifies whatever the game is already producing. A choppy 25 FPS base rate becomes a smoother-looking but still input-laggy experience, not a fixed one.
- Skipping the driver hotfix after a bad first impression: a meaningful share of the jitter and crash reports tied to Smooth Motion trace back to the original 610.47 driver, which Nvidia patched with hotfix 610.52 shortly after.
- Leaving V-Sync on the traditional setting: pairing Smooth Motion with old-style V-Sync stacks extra buffering latency on top of generation latency, and G-Sync handles the variable delivery far better.
Troubleshooting Common Nvidia Smooth Motion Problems
| Symptom | Likely Cause | Fix |
|---|---|---|
| Smooth Motion toggle is greyed out | Game running on an unsupported API, or profile has not refreshed | Restart the NVIDIA App, confirm the game uses DX11/DX12/Vulkan |
| Jitter or uneven motion in DX11 titles | Known issue on the original 610.47 driver | Update to hotfix 610.52 or a newer WHQL build |
| Ghosting around HUD text or subtitles | Driver processing the composited frame without native UI data | Disable Smooth Motion for that specific title, or accept the tradeoff |
| Game crashes at launch with Smooth Motion enabled | Driver and game interaction bug present in some builds | Update driver, disable Smooth Motion, launch once, then re-enable |
| No change in displayed FPS after enabling | Setting did not apply to the actual game executable | Recheck the Program Settings profile path and fully relaunch the game |
| Flickering display after toggling the feature | Conflict with HDR, G-Sync, or overlay software | Test HDR and G-Sync independently, disable third-party overlays |
| High perceived input lag despite smoother visuals | Reflex not enabled alongside Smooth Motion | Set Reflex to On or On plus Boost in the same game profile |
| Alt-tab hang or stutter on Linux | Documented issue in earlier Linux driver branches | Update to driver 615.71.09 or newer, which includes a fix |
| Feature missing entirely on an older RTX 30-series card | Hardware not on the official support list | Use Lossless Scaling as a GPU-agnostic alternative |
Laptop-Specific Considerations for RTX 40 and RTX 50 Mobile GPUs
Laptop GPUs add a few extra variables that desktop setups don’t have to deal with. Hybrid graphics switching (Nvidia Optimus or its current equivalents) can route a game through the integrated GPU by default, which means the Smooth Motion toggle in the NVIDIA App simply won’t apply, since the discrete RTX chip isn’t the one rendering the frame in the first place. Before troubleshooting anything else on a laptop, open Windows Graphics Settings, find the game in the list, and manually set it to High Performance so it is guaranteed to run on the discrete GPU.
Power profiles matter more on a laptop too. Many gaming laptops throttle GPU clocks aggressively on battery power or in a balanced power mode, which lowers your base frame rate before Smooth Motion ever gets involved. Plug in, switch to the manufacturer’s performance or turbo power mode, and confirm your base frame rate with the overlay from Step 8 before assuming the frame generation feature itself is underperforming. A laptop RTX 4070 running in battery-saver mode can post a base rate 30 to 40 percent lower than the same chip at full power, and no amount of frame generation makes up for that gap cleanly.
Advanced Tips for Power Users
Once the basic setup is solid, a few extra adjustments squeeze more consistency out of Smooth Motion without touching anything risky.
First, script your version checks instead of hunting through menus every time you update. This one-liner reports your GPU, driver version, and the date it was installed in a single pass, which is handy to run right before and after any driver update.
Get-CimInstance Win32_VideoController |
Select-Object Name, DriverVersion, DriverDate, AdapterRAM |
Format-Table -AutoSizeSecond, if a specific game’s profile keeps resetting Smooth Motion after updates, create a dedicated shortcut that launches the game directly through its actual executable rather than through a launcher wrapper. Nvidia’s per-game profiles key off the exact process name, and launcher wrappers sometimes register a different executable than the one that ends up running.
Third, for titles where the built-in frame cap options feel imprecise, set your target base frame rate directly through the NVIDIA App’s Program Settings rather than the game’s internal limiter. Driver-level caps tend to hold steadier under load, which keeps the frame generation model working from a more consistent input, resulting in fewer visible artifacts during demanding scenes.
Complete Working Example: A Full Low-Latency Smooth Motion Gaming Setup
Here is the entire process assembled into one repeatable configuration, using a mid-range RTX 5070 paired with a 165Hz G-Sync monitor as the reference build.
- Confirm the GPU and driver with the PowerShell command from Step 1, noting the result for later comparison.
- Install the current NVIDIA App and the latest Game Ready Driver, choosing 610.52 or newer if jitter has historically been an issue.
- In NVIDIA App, Graphics, Program Settings, select the target game and set an in-app frame rate cap of roughly 78 FPS, just under half of the 165Hz panel’s refresh ceiling.
- In the same profile, set Reflex to On plus Boost.
- Enable Smooth Motion in the Driver Settings section of that profile and click Apply.
- In Windows Display settings, confirm G-Sync is enabled for that monitor rather than standard V-Sync.
- Launch the game, open the performance overlay, and confirm the base render rate sits close to your 78 FPS target with Smooth Motion reporting Active.
- Play for at least 20 minutes across two different in-game areas, one calm and one demanding, such as a crowded scene or a heavy particle effect sequence, watching for ghosting or stutter.
- If everything holds steady, repeat Steps 3 through 5 for your next most-played title that lacks native DLSS Frame Generation.
A successful setup on this reference build typically lands around 150 to 155 displayed FPS from a 76 to 78 FPS base rate, with Reflex holding total input latency close to what a native 90 to 100 FPS session would feel like. That gap between displayed and felt performance is exactly what the extra Reflex step in this build is designed to close.
When Smooth Motion Is the Wrong Tool
Not every situation calls for frame generation, and being honest about that saves a lot of frustration. Fast-paced competitive shooters where every millisecond of input response matters are usually better served by turning down settings for a genuinely higher native frame rate instead of layering generated frames on top of a lower one. Similarly, if your GPU is already at 99 percent utilization and thermal throttling, Smooth Motion adds processing overhead on top of an already maxed-out chip, which can occasionally make frame pacing worse rather than better. In both cases, a lower resolution or a few reduced graphics settings will do more for actual playability than the frame generation toggle will.
For a broader look at squeezing more raw frame rate out of the same hardware before layering frame generation on top, see our Nvidia Control Panel settings guide and our step-by-step on updating GPU drivers the right way, which pairs well with the driver steps covered here.
Frequently Asked Questions
Does Nvidia Smooth Motion work on every game?
No. It requires DirectX 11, DirectX 12, or Vulkan, and it is configured per game rather than as one universal switch. DirectX 9 titles are not supported.
Can I use Smooth Motion and DLSS Frame Generation at the same time?
No. If a game already ships with native DLSS Frame Generation, use that instead. Smooth Motion is designed as the fallback for titles without it, since layering both would not improve quality and could introduce conflicts.
Will Smooth Motion work on my RTX 3080 or RTX 3090?
Not officially, as of September 2026. Nvidia has extended support from RTX 50-series to the full RTX 40-series lineup, but RTX 30-series and older cards remain outside the supported list. Lossless Scaling is the closest GPU-agnostic alternative.
Why does my HUD look smeared with Smooth Motion enabled?
The driver generates frames from the finished, composited image, so it lacks the clean access to UI layers that native DLSS Frame Generation gets from the game engine. Thin text, subtitles, and fast-moving particle effects are the most common places this shows up.
How much latency does Smooth Motion actually add?
Independent testing generally puts it around 10 milliseconds in typical scenarios, though the exact number shifts with your base frame rate, resolution, and the specific game. Pairing it with NVIDIA Reflex meaningfully offsets that added delay.
Is Smooth Motion better than AMD AFMF2?
Independent comparisons have generally rated Smooth Motion’s image quality ahead of AFMF2 and the third-party Lossless Scaling app, with fewer visible artifacts and a comparatively modest latency cost. AFMF2 needs a higher base frame rate, often 60 to 70 FPS, to stay artifact-free.
My game crashed right after I enabled Smooth Motion. What now?
Update to the latest Game Ready Driver first, since Nvidia’s June 2026 hotfix 610.52 specifically targeted launch crashes tied to this feature. If it still crashes, disable Smooth Motion, launch the game once to let it regenerate its configuration files, then try re-enabling it.
Do I need to enable Smooth Motion globally, or per game?
Per game. Nvidia intentionally built it as a program-specific driver setting rather than a single global switch, so you can leave it off for titles where you would rather have a genuinely higher native frame rate and lower latency.
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