Is 120 FPS worth it? The console and TV high-refresh sweet spot explained

120 FPS is the sweet spot where high refresh rate stops being a luxury and starts being the baseline expectation. If your GPU can push 120 FPS at your monitor's native resolution, and your display supports 120 Hz or higher, enable it. The smoothness improvement over 60 is immediately obvious and makes every game feel better.

At 120 FPS, each frame lasts just 8.33 milliseconds. This is the HDMI 2.1 console target (PS5 and Xbox Series X support 120 Hz output) and the refresh rate where camera motion starts to look genuinely fluid rather than just acceptable. 120 FPS is also the typical maximum refresh rate of mid-range and older high-refresh monitors.

By TechCompare · Updated

Frame rate
120 FPS
120 Hz refresh rate
Frame time
8.33 ms
Time per frame
Use case
High Refresh Rate
gaming

How this is calculated

The jump from 60 to 120 FPS is the second-biggest perceptual upgrade after 30 to 60. Frame time halves again, from 16.7 ms to 8.3 ms, and input latency drops by another ~8 ms. The motion clarity improvement is especially noticeable in first-person games where you're constantly panning the camera. Text on signs and UI elements remains legible during movement, which is not true at 60 FPS. On console, 120 Hz modes typically run at lower resolutions (1080p-1440p) to maintain the frame rate, so you're trading sharpness for smoothness.

Verdict

120 FPS is the sweet spot where high refresh rate stops being a luxury and starts being the baseline expectation. If your GPU can push 120 FPS at your monitor's native resolution, and your display supports 120 Hz or higher, enable it. The smoothness improvement over 60 is immediately obvious and makes every game feel better.

More Frame Rate scenarios

Frequently asked questions

Is 120 FPS better than 60 FPS for single-player games?
Yes, motion is significantly smoother and camera panning feels more natural. However, the benefit is less dramatic than in competitive games because you're not relying on split-second input timing.