Frame Generation FPS Calculator
Estimate how rendered frames and generated frames combine into a higher output rate. Compare the estimate with your monitor refresh rate and see the frame cadence.
240 FPS
100% of the 240 Hz monitor refresh rate
240 estimated FPS against 240 Hz
At 4X, each rendered frame contributes 3 generated frames. At 60 rendered FPS, the idealized output is 240 FPS.
Generated FPS is not equivalent to native FPS or input responsiveness. The estimate does not account for frame pacing, game-engine behavior, variable scenes, display synchronization or hardware support. If output exceeds monitor Hz, the monitor cannot show every generated frame.
Rendered frames and generated frames
Frame generation inserts estimated frames between traditionally rendered frames to raise the output rate.
For example, 60 rendered FPS at 4X gives an idealized 240 output FPS: 60 rendered frames plus 180 generated frames each second. The estimated cadence is 1000 divided by output FPS. This is a simplified planning estimate, not a promise of measured in-game performance.
Compare output with monitor refresh rate
Refresh utilization is estimated output FPS divided by monitor Hz. At 100%, output matches the selected refresh rate. Above 100%, the display cannot present every output frame as a separate refresh. The monitor's refresh interval is shown separately from the estimated frame-generation cadence.
Multiplier support depends on the game and hardware
This calculator accepts fixed multipliers from 2X to 6X. NVIDIA describes DLSS Multi Frame Generation as generating up to five frames per rendered frame in supported configurations. Available modes depend on GPU, game, software and driver support. See NVIDIA's DLSS documentation.
Frame generation FPS calculator FAQ
What does 4X frame generation mean?
In this calculator, 4X means four total output frames for each traditionally rendered frame: one rendered frame and three generated frames. At 60 rendered FPS, the idealized output is 240 FPS before overhead or display limits.
Is generated FPS the same as native FPS?
No. Generated images can make motion appear smoother, but they do not represent the same number of new game-rendered frames. This estimate does not mean input sampling or responsiveness improves by the multiplier.
Why can estimated FPS be higher than monitor Hz?
The multiplier can produce a higher theoretical output rate than the display can refresh. The monitor refresh interval sets the maximum number of refresh cycles it can show each second, so some output frames may not appear as separate refreshes.
What does the overhead setting change?
It reduces the entered base rendered rate before applying the multiplier. For example, a 5% overhead on 60 base FPS gives 57 rendered FPS for this estimate. Leave it at zero if you do not have a measured reduction.
Does this calculator confirm 6X support?
No. Six times is a mathematical multiplier here. Actual 6X support is limited to compatible hardware, games and software. NVIDIA's DLSS 4.5 documentation describes its supported 6X mode and Dynamic Multi Frame Generation on compatible GeForce RTX 50 Series systems.
What is dynamic frame generation?
Dynamic systems can change the multiplier during play to target a frame rate or display refresh. This calculator models one fixed multiplier and does not reproduce a dynamic system's behavior.