360Hz Monitor Test
A 360Hz refresh rate test verifies that your professional esports monitor is operating at 360 frames per second — one of the highest refresh rates available on consumer displays in 2025. At 360Hz, each frame appears for just 2.78ms, a 33% reduction in per-frame display time versus 240Hz (4.2ms) and 59% faster than 144Hz (6.94ms). Monitors at this tier — including the ASUS ROG Swift Pro PG259QN and Alienware AW2523HF — are purpose-built for competitive CS2, Valorant, and Overwatch 2 players who have already maximized every other hardware variable in their setup. Despite owning a 360Hz display, many gamers unknowingly run at lower rates due to incorrect cable choice, Windows defaulting to 60Hz on new installs, or GPU driver misconfiguration. DisplayPort 1.4 is required to drive 1080p at 360Hz — HDMI 2.0 and most HDMI 2.1 implementations cannot sustain this bandwidth at full color depth. This browser-based test uses requestAnimationFrame timing to measure your display's actual refresh rate in real time. A reading of 355–365Hz indicates your monitor is correctly configured at full speed. If you see 240Hz or lower, the FAQ below walks through each common cause and fix, from cable swaps to Windows display settings and NVIDIA Control Panel overrides.
Refresh Rate
Press Start Test to detect your monitor's refresh rate
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Last Result
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Personal Best
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Session Avg
For best accuracy, close other tabs and run the test 3–5 times. Laptops may cap Hz on battery — plug in for full refresh rate.
Who Actually Needs a 360Hz Monitor?
| Refresh Rate | Tier |
|---|---|
| 60 Hz | Standard |
| 75 Hz | Entry Gaming |
| 144 Hz | Gaming |
| 165 Hz | High Refresh |
| 240 Hz | Esports |
| 360 Hz | Pro Esports |
| 500+ Hz | Elite |
Frequently Asked Questions
Is 360Hz worth it over 240Hz?
For most users, no — the difference between 240Hz and 360Hz is much smaller than 144Hz to 240Hz. The per-frame time difference is only 1.4ms (4.2ms at 240Hz vs 2.8ms at 360Hz). Professional esports players in top-tier tournaments have reported perceiving the difference in target tracking speed, but for non-professionals, 240Hz is effectively the ceiling of perceptible benefit. 360Hz is for competitive professionals who've maximized every other variable.
What GPU is needed to actually run 360Hz?
Pushing 360+ FPS at 1080p requires high-end hardware. For CS2 at max FPS: RTX 4080 / RX 7900 XTX at competitive settings. For Valorant at 360+ FPS: RTX 3080 / RX 6800 XT is sufficient since Valorant is CPU-limited. At 1440p: 360Hz becomes impractical for most games as GPUs struggle to maintain 360 FPS at 1440p in demanding titles. 360Hz is essentially a 1080p esports technology.
What cable is required for 360Hz?
1080p@360Hz requires DisplayPort 1.4 (which supports up to 1080p@360Hz with DSC). Standard DisplayPort 1.2 cannot support 360Hz at full color depth. HDMI 2.1 supports 4K@144Hz but 1080p@360Hz is typically DisplayPort-only on current monitors. Always use a certified DisplayPort 1.4 cable and verify the GPU supports DP 1.4 output on the port you're using.
Do professional esports players use 360Hz monitors?
Yes — many tier-1 professional players in CS2, Valorant, and Overwatch 2 use 360Hz monitors. Teams sponsored by ASUS, BenQ Zowie, and Alienware often provide 240–360Hz displays to players. However, the majority of professional players report that 240Hz is sufficient and choose it for better IPS panel quality. The 360Hz niche is primarily players who prioritize raw response time above all other display qualities.
How does 360Hz compare to 500Hz monitors?
ASUS released the ROG Swift Pro PG248QP at 500Hz in 2023, pushing the ceiling even further. At 500Hz, each frame takes 2ms. The difference between 360Hz and 500Hz in measured input lag is under 1ms. No human study has demonstrated a perceptible gaming advantage of 500Hz over 360Hz. These extreme refresh rates are currently more about technological demonstration than practical benefit.
Why might my 360Hz monitor not reach 360Hz?
Common causes: DisplayPort cable doesn't support 1.4 bandwidth, GPU doesn't have a DP 1.4 port (check GPU spec sheet — some laptops only have DP 1.2), Windows refresh rate is set lower, or the monitor OSD limiter is active. Some 360Hz monitors require the NVIDIA control panel's refresh rate to be set separately from Windows' display settings. Also verify the specific DP port — some monitors only support 360Hz on one specific output port.
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