KTC Journal
Monitor reviews, gaming guides, productivity advice, and practical display know-how from the KTC team.
Motion clarity is achieved with a high frame rate (FPS), not just a high refresh rate (Hz). More unique frames reduce blur for cleaner tracking in games and scrolling.
Sample-and-hold blur is why fast monitors still show motion blur. This guide explains the cause—frame persistence—and offers steps to tune your display for better clarity.
Motion Blur Reduction performance changes with refresh rate. A monitor's timing for pixel transitions and backlight strobing means a stable 120Hz can offer cleaner motion than 240Hz.
Motion blur reduction settings create sharper motion by strobing the backlight, which is a form of intentional flicker. This can trigger symptoms in photosensitive users. Weigh the competitive gaming benefits against the risks of eye strain and discomfort.
Motion blur reduction lowers brightness by design, pulsing the backlight to make motion clearer. This technique reduces the total light reaching your eyes, dimming the entire screen as a necessary tradeoff for improved motion clarity in games.
Motion Blur Reduction and VRR often conflict on gaming monitors. Get guidance on when to use MBR for clarity or VRR for smoothness and if your setup can handle both.
Backlight strobing can increase eye strain during gaming. While it sharpens motion, the flicker and brightness loss may cause fatigue. Get advice on tuning it for comfort.
