Experience reflex testing at the professional esports standard. Test your sub-millisecond reaction speeds, understand OLED 0.03ms pixel transitions, and measure display hardware latency.
Achieving the fastest possible reaction score requires minimizing every stage of the digital hardware pipeline:
Common questions regarding 240Hz displays, OLED panels, and esports hardware.
A 240Hz monitor renders a new frame every 4.167 milliseconds. Compared to 60Hz (16.67ms), 240Hz saves 12.5 milliseconds of display pipeline delay.
Yes. The human eye and brain do not process vision in discrete frames; rather, photoreceptors transmit continuous neural impulses. Higher refresh rates decrease retinal smear during eye tracking, making fast-moving targets visually distinct.
OLED pixels transition between colors in 0.03 milliseconds, compared to 1ms–3ms on Fast-IPS LCDs. This instantaneous pixel response time eliminates ghosting trails completely, providing superior motion clarity for aim tracking.
For competitive esports athletes (CS2, Valorant, Overwatch, Apex), 240Hz is the modern tournament standard. It minimizes click-to-photon latency, smooths micro-flick adjustments, and gives players the cleanest possible visual feedback.
Moving from 240Hz (4.17ms) to 360Hz (2.78ms) saves 1.39ms per frame. While the latency reduction is small, the enhanced motion smoothness helps elite players track rapidly jumping or strafing opponents with greater ease.
Frame time intervals and input lag reductions.
FPS benchmarks for CS2, Valorant, and 240Hz monitors.
9 science-backed physical and neuro-cognitive reflex drills.