What is Multi Frame Generation?
Multi Frame Generation is one of the headline features of the RTX 50 series. To understand it, you first need a clear picture of what a "frame" is and why adding extra ones helps.
Frames, in everyday words
A game is like a flip book. Each page is a frame, and flipping fast enough makes pictures look like movement. The number of pages you flip each second is the frame rate. A higher frame rate looks smoother, and on a fast monitor the difference between 60 and 240 pages a second is easy to see.
Real frames and generated frames
A real frame is one the game engine and your graphics card draw from scratch. A generated frame is one that an AI model invents by studying the real frames on either side of it, plus information about how things moved. Generated frames cost much less effort than real ones, which is why they raise the number on the counter so cheaply.
Where the idea came from
NVIDIA introduced Frame Generation with the RTX 40 series, adding one generated frame between each pair of real frames. Multi Frame Generation, introduced with the RTX 50 series, extends this to up to three generated frames for each real frame. Our guide to DLSS 4 and the whole feature family shows where it fits.
Why it exists
Monitors have outrun graphics cards. Many players own 240 Hz or even 360 Hz displays, yet demanding games on a mid-range card may only reach 60 or 80 real frames. Multi Frame Generation helps fill the gap between what the card can draw and what the monitor can show.
How the multipliers work
The multiplier tells you how many displayed frames you get for every real frame. The names look technical, but the arithmetic is simple.
The basic multipliers
At 2x, one generated frame sits between real frames. At 3x, two generated frames sit between them. At 4x, three generated frames sit between them. So at 4x, only one in four displayed frames is a real one.
| Setting | Generated per real frame | Displayed frames per real frame |
|---|---|---|
| Off | 0 | 1 |
| 2x | 1 | 2 |
| 3x | 2 | 3 |
| 4x | 3 | 4 |
What the table does not show
Generating frames takes some of the card's time, so the real frame rate dips a little when you switch it on. The counter therefore reads less than the base frame rate multiplied by the setting. The gap grows with the multiplier.
Higher options with DLSS 4.5
NVIDIA's DLSS 4.5 update added 5x and 6x modes and a dynamic mode for RTX 50 series cards. According to NVIDIA and independent coverage, dynamic mode adjusts the multiplier automatically to match a target frame rate such as your monitor's refresh rate. These options were released in stages through driver and NVIDIA App updates, so check the app for what your card offers.
Do higher multipliers always help?
Not always. Extra multipliers only help if your monitor can show the extra frames, and results do not scale perfectly. Some testers found that lower settings gave a better experience than the highest on their own computers. Treat the top settings as options for very high refresh rate screens.
Base frame rate: the number that really matters
If you remember one idea from this article, make it this one. Multi Frame Generation multiplies whatever you already have, including the problems.
Why a low base is a problem
If your game runs at 30 real frames, then 4x displays about 120 frames, but your controls still update 30 times a second, and the generated frames are guesses made from frames that are far apart in time. The picture looks fast but the game feels slow, and the guesses make more visible mistakes.
A sensible target
Many reviewers suggest a base frame rate of at least 60 before enabling frame generation. This is a rule of thumb, not an official limit. A base of 80 or more feels better still. Use upscaling first to raise the base, as the guide to DLSS quality modes explains.
Worked arithmetic
| Base frame rate | Displayed at 2x | Displayed at 3x | Displayed at 4x |
|---|---|---|---|
| 40 | 80 | 120 | 160 |
| 60 | 120 | 180 | 240 |
| 80 | 160 | 240 | 320 |
The figures are simple multiplication, so real counters read slightly lower because of overhead. They show why the best match for a 240 Hz monitor is a base of about 60 with 4x, or a base of about 80 with 3x.
Smoothness versus responsiveness
People often say frame generation adds "lag". The truth has two parts, and keeping them apart avoids confusion.
What improves
Motion looks smoother. Fast camera turns appear less choppy, and a high refresh rate monitor is used properly. For slower games played with a controller, this improvement is often the only thing you notice.
What does not improve
The game reads your mouse and keyboard at the real frame rate, so the time between your action and the first sign of it on screen does not shrink. Frame generation also needs a short wait for the next real frame before it can create the frames in between, which adds a small delay of its own. NVIDIA Reflex reduces delay elsewhere in the chain, which is why frame generation games require it. Our article on whether frame generation adds input lag explains this in depth.
Who is most sensitive
Competitive shooter players using a mouse often notice small delays. Racing and story games played with a controller are more forgiving.
What you need to use it
Check these before you hunt for the setting.
Hardware
You need an RTX 50 series card. Laptop RTX 50 chips support it as well. RTX 40 series cards can use single-frame generation but not the multi-frame modes. Our beginner's page on the RTX 50 series lists the family.
Software
You need a recent NVIDIA driver and, for some options, the NVIDIA App. The game must either support Multi Frame Generation or be one that the app can override. The in-game DLSS Super Resolution switch usually has to be on first.
Reflex requirement
Frame generation titles integrate NVIDIA Reflex, and you should leave it on. The article on NVIDIA Reflex explains why.
A suitable screen
A monitor with a high refresh rate and variable refresh rate gets the most from it. Without a fast screen, generated frames you cannot see are wasted. The site's explanation of VRR, G-Sync and FreeSync covers matching the two.
How to turn it on
There are two routes: the game's own menu and the NVIDIA App override.
In the game menu
Open the graphics settings and enable DLSS Super Resolution. Then look for Frame Generation, which may be labelled Multi Frame Generation, or show a choice of 2x, 3x and 4x. Select a multiplier, apply and test.
With the NVIDIA App override
For games that support single-frame generation, the NVIDIA App can set a higher multiplier. Enable frame generation in the game first and exit to the desktop. In the app, open Graphics, then Program settings, choose the game and open Driver settings. Use the DLSS Override option for Frame Generation and choose a multiplier. NVIDIA's guidance has been to choose 3x if you are aiming for about 180 frames and 4x for 240 or more. Restart the game afterwards. The guide to the NVIDIA App shows the screens.
How to undo it
Set the override back to "Use the 3D application setting" to return to the game's own behaviour.
If the override option is missing
Update the app and the driver, and check that the game supports frame generation and that the in-game switch is on. The site's worked example for the RTX 5060 shows the same steps.
Visual artefacts to watch for
Generated frames are predictions, so they can be wrong. Knowing what mistakes look like helps you decide whether they bother you.
Common artefacts
Thin objects such as wires and fences can shimmer. Fast sideways camera pans can show slight smearing. On-screen text and icons sometimes flicker if the game does not separate them from the scene. Sudden changes, such as a cut to another scene, can cause one odd frame.
Why higher multipliers can show more
At 4x, three of every four frames are guesses, and each guess is built from earlier guesses' context, so errors have more chances to appear. Newer AI models reduce this, and a better base frame rate also helps.
How to judge
Test a scene you know well, with lots of fine detail and quick turns. If you cannot spot problems during normal play, the setting suits you.
Memory, heat and power
Frame generation is not free in other ways either.
Video memory
Generating frames needs extra buffers, so video memory use rises. On cards with 8 GB, combining high textures, ray tracing and frame generation can exceed the memory. The guide to how much VRAM you need explains the symptoms and the fixes.
Heat and power
Because the card does less real drawing per displayed frame, frame generation can lower power use compared with rendering all those frames the hard way. It still adds some work, so do not expect it to cool the card more than upscaling alone does.
DLSS 4.5 options in more detail
NVIDIA announced DLSS 4.5 at CES 2026, and its frame generation changes matter mainly to RTX 50 owners. The details below come from NVIDIA's announcements and independent coverage, and they may change as updates arrive, so treat the NVIDIA App as the final word on what your card offers.
Dynamic Multi Frame Generation
Instead of a fixed multiplier, dynamic mode aims for a target frame rate, typically your monitor's maximum refresh rate. When the real frame rate is low, it raises the multiplier. When the game runs faster, it lowers it, so you never generate more frames than your screen can show. You set the target, and optionally a maximum multiplier, in the NVIDIA App.
Why this is useful
A game's frame rate rises and falls from scene to scene. A fixed 4x setting can overshoot your monitor in quiet scenes and fall short in busy ones. A dynamic setting follows the action, which can make the experience more even.
What it does not fix
It cannot raise a poor base frame rate into a good one. The advice about a comfortable base frame rate still applies.
5x and 6x modes
The same update introduced 5x and 6x options for RTX 50 cards, which create four or five generated frames for each real one. They suit monitors with refresh rates well above 240 Hz. NVIDIA says the jump from 4x to 6x raises frame rates in some demanding path-traced games, though independent testers found the scaling less tidy than the headline figure, and some players preferred lower settings on their own computers.
The newer frame generation model
DLSS 4.5 also brought a newer frame generation model, which NVIDIA calls Preset B, to RTX 40 and RTX 50 series cards. It aims to improve image quality of generated frames. Selecting model presets is covered in our guide to DLSS presets.
Choosing a multiplier for your monitor
Match the multiplier to the refresh rate and to the base frame rate you can reach.
| Monitor refresh rate | Base frame rate you can hold | Sensible multiplier |
|---|---|---|
| 120 Hz | About 60 | 2x |
| 144 Hz | About 72 | 2x |
| 165 Hz | About 55 to 80 | 2x or 3x |
| 240 Hz | About 60 to 80 | 3x or 4x |
| 360 Hz | About 90 | 4x or higher |
How to use the table
Divide your refresh rate by the base frame rate you can hold, and round to the nearest multiplier. The result is an estimate, because overhead lowers real results. Choose the lowest multiplier that fills your screen, because lower multipliers generate fewer guessed frames.
Consider variable refresh rate
A monitor with variable refresh rate adjusts to the frame rate it receives, so small misses do not cause tearing. Without it, a mismatch can show tearing or stutter. The article on high FPS that is not smooth explains why a big number can still feel rough.
A hands-on test you can run in twenty minutes
Numbers on a chart cannot tell you how a setting feels. A short test can.
Prepare
Pick a scene in a game you know, with a mix of slow and fast movement. Turn on an overlay that shows frame rate, and note the base frame rate with frame generation off. Set the monitor to its full refresh rate in Windows.
Record a baseline
Play for two minutes at each of these settings: no frame generation, 2x, 3x and 4x. Note how smooth the camera turns look and how responsive the aim feels.
Judge in three questions
Does the motion look smoother than before? Do the controls feel as quick as before? Do you see any distracting glitches around fences, text or fast pans? If the answer to the first is yes and the other two are no, the setting suits you.
Repeat in a second game
Games differ in how well they cooperate with frame generation. A setting that feels great in one title can feel poor in another, so test the games you play most.
Four players and their sensible settings
These imaginary players show how the same feature leads to different choices.
The controller player on a 4K television
A 120 Hz television needs a base of about 60 with 2x. Delay matters less with a controller, so the gain in smoothness is welcome. Higher multipliers add little, because the screen cannot show them.
The mouse player in a story game
This player uses a 165 Hz monitor and wants a smooth picture without feeling disconnected from the mouse. They aim for a base of 70 or more with 2x, and leave Reflex on.
The competitive shooter player
This player cares about the quickest response and leaves frame generation off. If their frame rate is low, they lower settings and use upscaling instead. Frame generation is a poor trade for them.
The 360 Hz enthusiast
This player owns a very fast monitor and a strong RTX 50 card. They use a base of 90 or more and a high multiplier to fill the screen, and they check for artefacts in the games they play.
The shared lesson
Each choice followed the same steps: reach a healthy base, then pick the lowest multiplier that fills the screen, then test the feel.
Troubleshooting frame generation
When something goes wrong, work through this table.
| Symptom | Likely cause | What to try |
|---|---|---|
| Option missing or greyed out | Unsupported game, or DLSS Super Resolution off | Enable Super Resolution, check the game's feature list |
| Frame counter high but motion looks rough | Base frame rate too low | Lower settings or use stronger upscaling first |
| Stutter after enabling | Video memory exceeded | Reduce texture quality, close other programs |
| Controls feel sluggish | Added delay | Make sure Reflex is on, try a lower multiplier or switch off |
| Flickering text or icons | Game interface not separated | Try another multiplier or a newer DLSS model |
| Tearing | Refresh rate mismatch | Enable variable refresh rate, cap the frame rate |
Keep notes
Write down what changed each time. Many problems come from combinations, such as high textures plus ray tracing plus frame generation on a card with limited memory.
Myths about Multi Frame Generation
Myth: it is the same as raising the settings
It is a different tool. It raises the displayed frame count by inventing frames, while higher settings change what the game draws.
Myth: it only helps benchmarks
It helps real players with high refresh rate monitors. The key is to use it when your base frame rate is healthy.
Myth: more is always better
A higher multiplier is useful only up to your monitor's refresh rate. Beyond that, extra frames are wasted.
Myth: it removes the need for a good card
It stretches a good card further, but it cannot rescue a weak one. The beginner guide to the RTX 50 series helps you choose a card that matches your goals.
Multi Frame Generation on RTX 50 laptops
RTX 50 series laptop GPUs support the feature too, and laptops are where it can matter most. A laptop card runs at lower power than its desktop namesake, so its base frame rate is often lower, and the screen is often a 165 Hz or 240 Hz panel.
What to expect
The same rules apply: a healthy base frame rate first, then the lowest multiplier that fills the screen. Because laptops have less cooling, lowering the real workload with upscaling can keep the machine cooler and quieter.
Battery and power settings
On battery power, laptops usually limit the graphics chip. Frame generation will not rescue a heavily limited card, so plug in for demanding games.
Why the power rating matters
Two laptops with the same GPU name can have very different power limits, which changes the base frame rate. Check reviews of the exact laptop, and see the site's explanation of reading a spec sheet for the power figures to look for.
Recording and streaming with frame generation
If you capture gameplay, a few cautions apply.
Capturing the displayed frames
Recording software may capture the generated frames, which makes the clip look smooth, or it may capture only the real ones, depending on the method. Test a short clip before a long session.
Streaming load
Streaming adds encoding work to the graphics card. If your card is already near its limit, adding frame generation and an encoder together can reduce the base frame rate. Lower the stream resolution or the game settings if the base falls.
A sensible approach
Stream at a modest frame rate, and keep the game's base frame rate comfortable. Viewers rarely benefit from 240 frames per second on a stream, so there is no need to generate more than your audience can see.
How to explain Multi Frame Generation to a friend
A short, plain explanation helps when someone asks why your frame counter shows such a big number.
The flip book version
Imagine a flip book with a page drawn every 16 milliseconds. Frame generation draws extra pages between them by guessing what the middle should look like. The book flips faster and looks smoother, but you are still the one deciding what happens on the real pages.
The honest version
The extra frames are predictions. They look good when the guess is easy and show small mistakes when it is hard. They do not change how fast the game responds. That honesty is the reason experienced players use it for smoothness and leave it off when speed of reaction matters most.
Questions to ask before you rely on it
- Is my base frame rate healthy without it?
- Does my monitor have a high enough refresh rate to show the extra frames?
- Does the game support the feature well, or am I forcing it with an override?
- Do I see glitches in the scenes I play most?
- Do the controls still feel right to me?
What to do with the answers
If you answer yes, yes, well, no and yes, enable it and enjoy. If any answer is troublesome, adjust the setting, lower the multiplier or leave it off. The decision is personal, and the right answer can differ from game to game.
Which kinds of games suit frame generation best
Game type changes how generated frames feel, so a quick tour of genres helps you decide where to use it.
Slow and cinematic games
Story-driven adventures, role-playing games and open-world explorers suit frame generation well. Movement is gradual, delay matters less, and the smoother picture is a clear gain on a large display.
Racing and flight games
These benefit from smooth motion at speed, particularly on a wheel or controller. Small delays are easy to tolerate, though sharp road markings and fast-moving scenery can reveal artefacts, so check carefully.
Fast shooters and fighting games
These games reward the quickest reaction, so most players prefer leaving frame generation off. A high real frame rate, achieved through upscaling and sensible settings, serves them better.
Strategy and simulation games
Games with a lot of on-screen text and small icons can show flicker, and they gain little from extra smoothness. Native frame rates are usually fine.
Mixed genres need mixed settings
If you play several kinds of game, create a profile for each in the NVIDIA App rather than using one global setting. A profile for an open-world adventure can use a high multiplier, while a profile for a competitive shooter leaves the feature off. Switching takes no effort once the profiles exist, and it spares you from changing settings every time you launch a different game.
A note on benchmarks
Review charts with frame generation on show the displayed figure. When you compare cards, look at the numbers with the feature off as well, because that is the performance of the card itself. The site's guide to benchmarking tools and methods explains how to test fairly.
Short glossary for this article
- Base frame rate: the real frames the game draws each second.
- Generated frame: a frame the AI creates between real frames.
- Multiplier: the number of displayed frames per real frame.
- Reflex: NVIDIA's delay-reduction tool.
- VRR: variable refresh rate, which lets the monitor follow the frame rate.
- Artefact: a visual glitch caused by a wrong prediction.
Frequently asked questions about Multi Frame Generation
What is Multi Frame Generation?
Multi Frame Generation is an RTX 50 series feature that uses AI to create up to three extra frames between each pair of real frames. It makes motion look smoother on high refresh rate monitors. It does not make the game itself run faster, so your controls still respond at the real frame rate.
Does Multi Frame Generation work on RTX 40 series cards?
No. RTX 40 series cards support single-frame generation, which adds one generated frame per real frame, but the multi-frame modes need RTX 50 series hardware. Several DLSS 4 image-quality improvements do reach older RTX cards, so owners still gain from upscaling updates even without multi-frame generation.
Is 4x frame generation four times faster?
No. It displays roughly four times as many frames, but only one in four is a real frame, and generating frames costs some performance. The picture looks smoother, while the game logic and your controls keep running at the base frame rate. The displayed figure is therefore a smoothness measure, not a speed measure.
What base frame rate do I need for frame generation?
Many reviewers suggest at least 60 real frames per second before enabling it, and higher is better. Below that, the generated frames come from frames that are far apart in time, which can look worse and feels sluggish. Raise the base with upscaling first, then add frame generation.
Does frame generation increase input lag?
It can add a small amount, because the system waits for the next real frame to build the in-between frames. NVIDIA Reflex offsets some of that delay, and frame generation games require it. Competitive players often turn frame generation off, while many single-player and controller players barely notice the difference.
Should I use 3x or 4x?
Match the multiplier to your monitor. Choose the lowest setting that reaches your screen's refresh rate with a healthy base frame rate. For a 180 Hz screen, 3x is usually enough, and for 240 Hz or faster, 4x makes sense if the base is around 60 or more.