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The jump from 60Hz to 120Hz was obvious.
120Hz to 165Hz? Still noticeable, especially in motion-heavy tasks.
But 165Hz to 360Hz?
That’s where physics—and biology—start pushing back.
The human visual system doesn’t process motion in neat “frames per second.” Instead, it integrates motion continuously. For the average user, once you’re above roughly 120–165Hz, the perceived smoothness gains drop off sharply.
At 360Hz, each frame is displayed for about 2.7 milliseconds.
At 165Hz, it’s around 6 milliseconds.
That difference exists—but your brain doesn’t meaningfully register it in normal use.
By Lonewolf368Send us Fan Mail
The jump from 60Hz to 120Hz was obvious.
120Hz to 165Hz? Still noticeable, especially in motion-heavy tasks.
But 165Hz to 360Hz?
That’s where physics—and biology—start pushing back.
The human visual system doesn’t process motion in neat “frames per second.” Instead, it integrates motion continuously. For the average user, once you’re above roughly 120–165Hz, the perceived smoothness gains drop off sharply.
At 360Hz, each frame is displayed for about 2.7 milliseconds.
At 165Hz, it’s around 6 milliseconds.
That difference exists—but your brain doesn’t meaningfully register it in normal use.