360Hz vs 500Hz: can you actually see the difference at extreme refresh rates?
500Hz is for professional and semi-professional esports players who can genuinely feel and utilize sub-millisecond improvements. For everyone else, 360Hz is already past the point of diminishing returns. Spend the money on a better GPU, a larger screen, or higher resolution instead.
The diminishing returns of extreme refresh rates, compared frame by frame.
360Hz updates every 2.8 milliseconds. 500Hz updates every 2 milliseconds. The 0.8 ms difference is smaller than a single frame at 1000 fps. For competitive esports players at the top 0.1% of skill, that 0.8 ms can translate to seeing an enemy peek 0.8 ms sooner. For everyone else, the difference between 360Hz and 500Hz is far smaller than the jump from 60Hz to 144Hz or 144Hz to 240Hz.
By TechCompare · Updated
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Side-by-side specs
| Spec | 360Hz | 500Hz |
|---|---|---|
| Refresh interval | 2.78 ms | 2.00 ms (better on this spec) |
| Interval improvement | Baseline | 0.78 ms faster (better on this spec) |
| Input lag reduction | Baseline | ~0.8 ms less (better on this spec) |
| GPU required for 500 fps | RTX 4070-class (better on this spec) | RTX 5080-class |
| Noticeable to average gamer | Already fluid | Marginally smoother |
| Price premium | $300-500 (better on this spec) | $500-800 |
How they differ
At these refresh rates, motion clarity is dominated by sample-and-hold blur (the image persisting on your retina between refreshes) rather than the refresh interval itself. Backlight strobing (ULMB, DyAc, ELMB) reduces persistence blur far more than an extra 140Hz. The practical question is GPU requirements: driving 500 fps in Valorant, CS2, or Overwatch 2 is achievable with a high-end GPU at competitive settings (1080p low). But in heavier titles like Apex Legends or Call of Duty, even an RTX 5090 won't sustain 500 fps, making the 500Hz panel's extra headroom theoretical. Input lag improvement from 360Hz to 500Hz is about 0.8 ms — less than the variance in your own reaction time (typically 150-250 ms with 10-30 ms standard deviation).
Verdict
The numbers: frame time drops from 2.78 ms to 2.00 ms (a 0.78 ms improvement) and input lag drops about 0.8 ms, which is smaller than the variance in your own reaction time. The GPUs needed to actually feed 500 fps run from RTX 4070-class at 360Hz up to RTX 5080-class at 500Hz, and heavy titles like Apex or Call of Duty won't keep a 500 fps ceiling even on a 5090, so the headroom goes unused. The price premium from $300-500 to $500-800 earns out only for top-rank Valorant, CS2, or Overwatch 2 players who need every fraction of a ms.
Visualize frame rates side by sideWhich should you pick?
Choose 360Hz
Competitive gaming at a high level where 360Hz already feels fluid. You play a mix of titles, not just the lightest esports games. The price premium for 500Hz isn't justified by your skill level or use case.
Choose 500Hz
You compete in Valorant, CS2, or Overwatch 2 at the top ranks. You have the GPU to drive 500+ fps consistently. The extra 0.8 ms matters to your performance and you can afford the premium.