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DLSS Frame Generation settings should be chosen around your game, GPU, display refresh rate, and tolerance for generated-frame artifacts—not a single universal preset. Start with Frame Generation enabled and NVIDIA Reflex enabled when the game supports both. On supported RTX 50 Series games, use Dynamic Multi Frame Generation when you want the NVIDIA App to adjust the multiplier toward your display’s refresh-rate target; use Fixed Multi Frame Generation when you need a predictable multiplier. Keep DLSS Super Resolution as a separate decision: Quality and Performance change the rendered input resolution, while Frame Generation changes how many displayed frames are produced.
The practical goal is to compare native rendered FPS, displayed FPS, frame pacing, image stability, and measured responsiveness in the same repeatable scene. The settings below provide a defensible starting point, then show how to verify whether that starting point actually suits your title.
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At a glance
| Name | Best for | Key spec | Checked |
|---|---|---|---|
| Frame Generation off (baseline) | Artifact-free reference and latency comparison | Only natively rendered frames are displayed | November 2026 |
| Frame Generation + Reflex | Supported games where smoother output is wanted without Multi Frame Generation | AI-generated frames are inserted between rendered frames; Reflex remains enabled | November 2026 |
| Dynamic Multi Frame Generation | Supported RTX 50 Series games targeting a display refresh rate | NVIDIA App: Frame Generation Mode override → Dynamic → Max refresh rate or Custom; NVIDIA currently documents incompatibility with frame-rate limiters and V-Sync | November 2026 |
| Fixed Multi Frame Generation | Supported RTX 50 Series games where a repeatable multiplier is more important than automatic adjustment | Available multipliers vary by title; NVIDIA describes up to 6X in supported implementations | November 2026 |
Support, labels, and driver requirements can change. Treat the table as a decision map, then confirm the controls shown by your current game, NVIDIA App, and driver.
What is the best starting configuration?
For most supported games, begin with the game’s normal Frame Generation option enabled, NVIDIA Reflex enabled, and DLSS Super Resolution on Quality. Record that result against a Frame Generation-off baseline before changing anything else. If you have an RTX 50 Series card and the title exposes Multi Frame Generation, try Dynamic with a target matching your display’s maximum refresh rate; switch to Custom when you want a lower ceiling or a specific target.
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- Establish a baseline: disable Frame Generation, leave your chosen resolution and graphics settings unchanged, and record native rendered FPS and frame pacing.
- Enable standard Frame Generation: turn it on in the game and keep Reflex enabled if the option exists.
- Separate the variables: do not change Super Resolution, a frame limiter, or V-Sync at the same time as Frame Generation.
- Use Multi Frame Generation only when supported: RTX 50 Series hardware and the individual game implementation are required; the highest multiplier is not universal.
- Check the display target: choose Dynamic Max refresh rate, Dynamic Custom, or a Fixed multiplier according to the behavior you want, then compare the same scene again.
This order prevents a sharper or blurrier Super Resolution preset from being mistaken for a Frame Generation difference, and it makes latency changes easier to attribute.
How does DLSS Frame Generation differ from DLSS Super Resolution?
Frame Generation creates additional displayed frames from rendered-frame data; Super Resolution renders the scene internally at a lower input resolution and reconstructs the output image. They can be used together, but they solve different constraints and have different image-quality trade-offs.
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Use Super Resolution to manage the cost and clarity of the natively rendered image. Use Frame Generation to increase displayed-frame cadence. When diagnosing blur, shimmering, or reconstruction problems, first return to the same Super Resolution preset and then compare Frame Generation on and off.
Which games and GPUs support these modes?
Support is implementation-specific. NVIDIA describes Multi Frame Generation for supported RTX 50 Series configurations and titles, with available multipliers varying by game. A game can expose standard Frame Generation without exposing Multi Frame Generation, and a feature shown in the NVIDIA App may still require a compatible driver, app version, and title integration.
Check the game’s graphics menu and the current NVIDIA App before assuming a mode is available. NVIDIA’s DLSS technology overview explains the product family, while its DLSS 4.5 Dynamic Multi Frame Generation announcement describes the newer App controls. These are vendor feature descriptions, not proof that every title will produce the same image quality or latency.
How do I configure Dynamic Multi Frame Generation?
Dynamic mode is the most useful choice when you want Multi Frame Generation to react to GPU performance relative to a refresh-rate target. NVIDIA says it can target the display’s maximum refresh rate or a custom target.
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- Open the NVIDIA App and select the game profile or global graphics settings, depending on whether you want a per-game or global override.
- Open the Frame Generation Mode override.
- Choose Dynamic.
- Choose Max refresh rate to aim at the display’s maximum refresh rate, or choose Custom and enter the target offered by the current App.
- Launch the game, confirm that its Frame Generation and Reflex options are enabled where applicable, and repeat your baseline scene.
NVIDIA’s current announcement states: “Dynamic mode is currently not compatible with frame rate limiters and V-Sync.” If Dynamic is unavailable, behaves unexpectedly, or refuses to apply, remove those controls for the comparison and verify the current driver and App release notes. Because software behavior is version-dependent, recheck the setting after updates rather than assuming an older combination still works.
Dynamic is not a hidden image-quality preset. It changes the Multi Frame Generation multiplier in response to performance and the selected target. It may therefore show a different multiplier in a GPU-heavy scene than in a lighter one.
When should I use Fixed Multi Frame Generation?
Choose Fixed Multi Frame Generation when you want the same selected multiplier whenever the title allows it, or when Dynamic’s interaction with your target is not useful for your setup. The exact choices are title-dependent. NVIDIA describes up to 6X Multi Frame Generation for supported RTX 50 Series games, but 6X is not a universal mode and should never be treated as a guaranteed setting.
A fixed multiplier makes comparisons easier: keep the same scene, resolution, and graphics options, then record native rendered FPS, displayed FPS, pacing, visible artifacts, and responsiveness. If a higher multiplier produces unstable motion, distracting edge behavior, or a response that does not suit the game, select a lower available multiplier or return to standard Frame Generation. The correct choice is the one that improves the experience in that title, not the largest number in the menu.
Should DLSS Super Resolution be set to Quality or Performance?
Use Quality as the first comparison point when image stability matters. Move to Performance when the GPU is the limiting factor and the lower input resolution is acceptable at your output resolution. Neither preset changes the Frame Generation algorithm itself.
| Super Resolution choice | What changes | When to try it |
|---|---|---|
| Quality | NVIDIA describes a 67% input-resolution scale | Start here for fine detail, text, and temporal stability |
| Performance | NVIDIA describes a 50% input-resolution scale | Try when native rendering is too expensive and the softer reconstruction is acceptable |
| Transformer-model preset (where offered) | Changes the reconstruction model or preset exposed by the title | Compare it independently; availability and labels vary by game and DLSS version |
At a fixed output resolution, changing from Quality to Performance can increase the native render rate and leave more GPU headroom for generated frames, but the available data does not establish a universal FPS gain or image-quality outcome. Record the result in your own title instead of assuming that a preset will behave like a benchmark from another game.
Should NVIDIA Reflex always be enabled?
Keep Reflex enabled when the game offers it alongside Frame Generation. NVIDIA describes Frame Generation as designed to work with Reflex for responsiveness, but that design intent is not a universal latency guarantee. Generated FPS is not the same thing as native render FPS, and a higher displayed number does not automatically mean lower input latency.
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Compare responsiveness separately from smoothness. Use the same mouse sensitivity and camera motion, note whether controls feel delayed, and use a supported measurement method when available. If the title exposes a Reflex indicator or latency statistic, record it consistently; do not compare a latency figure from one scene with a displayed-FPS figure from another.
Reflex also matters when you change the GPU workload with Super Resolution. A Quality-to-Performance switch can alter the rendered-frame cadence, so recheck latency after every major rendering change rather than attributing the entire difference to Frame Generation.
How should I match Frame Generation to a monitor’s refresh rate?
Use the refresh rate as an output target, not as a promise of image quality. NVIDIA names 120Hz, 144Hz, and 240Hz examples for Dynamic mode, and its FAQ discusses 240Hz and 360Hz displays. A high-refresh display is optional hardware: it matters only if you want to view those output rates and your system can feed them consistently.
For a display with a known maximum refresh rate, Dynamic Max refresh rate is the simplest target. Choose Custom when you want a lower ceiling, need to leave headroom for variable performance, or are comparing a specific target across scenes. If you use a monitor with a lower refresh rate, do not select a high target merely because it is available; compare the actual displayed cadence and pacing on your panel.
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How can I compare image quality, latency, and FPS correctly?
Use a repeatable route or saved scene and change one control at a time. NVIDIA describes FrameView for measuring smoothness and responsiveness and ICAT for comparing image quality; those tools support a disciplined comparison but do not independently validate every game or setting.
- Record the test context: GPU generation, game version, output resolution, display refresh rate, graphics preset, Super Resolution mode, Frame Generation mode, Reflex state, and whether a limiter or V-Sync is active.
- Choose repeatable motion: use the same camera turn, traversal route, combat encounter, or replay. Avoid comparing a quiet menu with a particle-heavy scene.
- Capture the native baseline: with Frame Generation off, record native rendered FPS and pacing. Note text, foliage, thin geometry, and moving characters that are easy to inspect.
- Enable one feature: turn on standard Frame Generation or one Multi Frame Generation mode while leaving every other setting unchanged.
- Record both rates: write down native rendered FPS and displayed FPS separately. A displayed-FPS counter alone cannot tell you how much work the GPU is doing natively.
- Inspect motion and UI: look for instability around moving edges, disocclusions, particles, weapon sights, subtitles, and HUD elements. Record what changes rather than assigning a quality score without evidence.
- Check responsiveness: use the same input sequence and a supported latency readout when available. If no reliable measurement exists, label your observation as subjective and avoid presenting it as a measured result.
- Repeat for the next setting: compare Dynamic, Fixed, or a different Super Resolution preset only after saving the previous result.
This method lets you answer three different questions: Is the image stable? Is motion smooth and evenly paced? Does control response suit the game? One metric cannot answer all three.
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What visual problems should I watch for?
Inspect fast camera pans, thin moving geometry, foliage, transparent effects, and interface elements over motion. The most useful comparison is not a generic “looks better” impression; it is a note such as “the HUD remains stable but a moving fence loses temporal detail” or “the output is smoother while subtitles remain clear.”
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Check still frames and motion. A paused screenshot can hide temporal artifacts that appear only while an object crosses the screen. Conversely, motion can make a reconstruction change look more obvious than it is in a static crop. ICAT can help place comparable captures side by side, while FrameView can help document frame-time behavior.
If artifacts are unacceptable, first reduce the Multi Frame Generation multiplier or return to standard Frame Generation. If the problem is softness or reconstruction detail, compare Super Resolution presets independently. If the issue is uneven motion, examine native frame pacing before increasing the multiplier.
What should I do when Dynamic mode is missing or unstable?
- The Dynamic option is absent: confirm that the GPU, driver, NVIDIA App, and game support the mode. Multi Frame Generation is not available in every title, even on supported hardware.
- The override does not apply: check that you edited the correct per-game or global profile, restart the game, and verify the in-game Frame Generation control.
- A limiter or V-Sync is enabled: NVIDIA currently documents Dynamic incompatibility with both. Disable them for the Dynamic comparison, or use a supported fixed or standard mode if your setup requires those controls.
- Displayed FPS is high but motion feels poor: compare native rendered FPS and frame pacing. Generated frames cannot replace a diagnosis of uneven source-frame delivery.
- Input feels worse after enabling a mode: keep Reflex enabled where available, compare the same scene, and judge latency independently from displayed FPS.
- Image quality becomes distracting: return to the same Super Resolution preset, lower the available Multi Frame Generation multiplier, or use standard Frame Generation and compare again.
Which profile fits my priority?
| Priority | Starting settings | Decision rule |
|---|---|---|
| Cleanest reference image | Frame Generation off; choose your preferred Super Resolution mode | Use as the baseline for judging every generated-frame change |
| Balanced smoothness | Standard Frame Generation on; Reflex on; Super Resolution Quality | Keep it if motion improves without unacceptable edge or UI artifacts |
| RTX 50 Series high-refresh target | Dynamic Multi Frame Generation; Max refresh rate or Custom; Reflex on where offered | Use only when the title and current software support it; remember the limiter/V-Sync restriction |
| Predictable output | Fixed Multi Frame Generation at a supported multiplier; Reflex on | Prefer when you need repeatable behavior across a saved scene or route |
| GPU-bound resolution | Keep Frame Generation mode fixed and compare Super Resolution Performance against Quality | Accept Performance only if its reconstruction remains clear at your resolution |
These are starting profiles, not performance promises. A demanding ray-traced scene, a competitive shooter, and a slower single-player game can produce different best choices on the same PC.
Is 6X Multi Frame Generation the best setting?
No. NVIDIA describes up to 6X in supported RTX 50 Series implementations, but the available multiplier and its behavior depend on the game. A larger multiplier can raise displayed FPS while changing the balance between native rendered frames, generated frames, pacing, and perceived responsiveness.
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How we picked these settings
The recommendations prioritize the controls and distinctions documented by NVIDIA: separate Frame Generation from Super Resolution, keep Reflex in the responsiveness design, use Dynamic mode for a refresh-rate or custom target when supported, reserve Fixed Multi Frame Generation for predictable multipliers, and compare native rendering, displayed output, pacing, artifacts, and latency separately. Because support and driver behavior change, each setting should be verified in the current game and NVIDIA App rather than treated as a permanent universal preset.
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What should you choose?
Start with standard Frame Generation plus Reflex and Super Resolution Quality, then compare it with a native baseline. On a supported RTX 50 Series title, choose Dynamic Multi Frame Generation when targeting the display refresh rate and you can avoid the documented limiter/V-Sync conflict; choose Fixed when a stable multiplier is more useful. Keep the mode that delivers the clearest motion, acceptable artifacts, and responsive controls in your own repeatable scene—not simply the highest displayed FPS.
Frequently Asked Questions
Can I use Dynamic Multi Frame Generation with V-Sync or a frame-rate limiter?
NVIDIA’s current DLSS 4.5 announcement says Dynamic mode is incompatible with frame-rate limiters and V-Sync. If either control is essential to your setup, compare a fixed or standard Frame Generation mode instead, and recheck the current App and driver documentation after updates.
Does a higher displayed FPS mean lower input latency?
No. Displayed FPS includes generated frames, while input response is also affected by native render cadence, queueing, Reflex behavior, and the game engine. Compare latency separately in the same scene rather than inferring it from the counter.
Do I need a 240Hz or 360Hz monitor to use Frame Generation?
No. NVIDIA’s 120Hz, 144Hz, 240Hz, and 360Hz examples describe possible display targets, not requirements. Use the refresh rate you own and choose a Dynamic target that your panel and game can actually display consistently.
Why does DLSS Performance look different even when Frame Generation is unchanged?
Super Resolution Performance uses a lower input-resolution scale than Quality—NVIDIA describes 50% versus 67%. That changes reconstruction detail and the native rendering workload independently of the generated-frame mode.
What should I record when reporting a Frame Generation result?
Record the GPU generation, game and resolution, display refresh rate, Super Resolution preset, Frame Generation mode and multiplier, Reflex state, limiter or V-Sync state, native rendered FPS, displayed FPS, pacing, visible artifacts, and any supported latency measurement. Without that context, results from different games or scenes are not directly comparable.
