: A 60 FPS video shows a new frame every 16.67ms , whereas 240 FPS updates every 4.17ms .
: Higher frame rates reduce the delay between your physical mouse movement and the action appearing on screen. Even on a 60Hz monitor, running a game at 240 FPS can feel more responsive because the PC is processing input more frequently.
: Monitors use Overdrive (OD) settings to speed up pixel transitions. For 240Hz, pixels must transition in under 4.17ms to avoid "ghosting" (blur trails). If you use aggressive OD settings intended for 240Hz while playing at lower frame rates, you might see "overshoot" or coronas around moving objects. OD 60 DO 240 FPS..
: While early myths suggested the human eye only sees 60 FPS, modern research and user experience confirm that people can detect flashes up to 500 FPS and significantly benefit from the 120–240 FPS range for smooth tracking. Performance Comparison Frame Time Motion Blur Noticeable in fast scenes Minimal (Buttery smooth) Hardware Reqs Low to Moderate Very High (Strong GPU & CPU) Competitive Edge High (Faster tracking & reaction)
: To truly see 240 FPS, you must have a 240Hz monitor and ensure it is enabled in your Windows Advanced Display Settings or NVIDIA/AMD Control Panel , as many displays default to 60Hz out of the box. : A 60 FPS video shows a new frame every 16
: At 240 FPS, moving objects (like a crosshair or a fast enemy) appear much sharper and less blurry compared to 60 FPS. Perception and Benefits
In the context of monitors and gaming, the leap from to 240 FPS represents a major jump in visual fluidity and responsiveness. While 60 FPS is the standard for most consumer displays, 240 FPS is favored by competitive players for its extreme clarity in motion. The Technical Difference : Monitors use Overdrive (OD) settings to speed
The core difference lies in how often the image updates and how long pixels have to change colors: