You'll then notice that pixel persistence is successfully bypassed by turning off the backlight. Near the end of the video, the backlight will strobe in a way that is synchronized to the refresh. The pixel persistence stops bleeding into the next refresh, and the refresh "wipe" from top-to-bottom is sharper. Then compare it to high speed video of a 2012-era LCD monitor refreshing. ![]() The pixel persistence bleeds into the next refresh. ![]() To understand how a modern LCD refreshes, it's worth watching a typical LCD (2007-era) monitor refresh pattern. The goal is to eliminate all weak links, and the synchronized strobe backlight (LightBoost) eliminates the final (major) weak link to motion clarity of a CRT. watcing a movie with motion blur, on a display with motion blur). The eye can't tell the difference, but all of them can co-exist and be accumulative (e.g. GPU effects) or "recorded" motion blur (e.g. Click to expand.Yes, perceived motion blur - different from "source-based" motion blur (e.g.
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