Changes

==[[Wikipedia:MicroLED|MicroLED]]==

*Near-instantaneous pixel switching: Similar to OLED, each pixel in a MicroLED panel is self-illuminating, allowing for incredibly fast transitions between colors and brightness levels. Measurements often fall in the microsecond (μs) range, significantly faster than LCDs. So no backlight response time. So in summary minimal motion blur: the fast pixel switching and lack of backlight response time contribute to excellent motion clarity, minimizing blur and judder even for fast-paced content.

*MicroLED displays achieve perfect black levels due to individual pixel self-illumination and significantly higher peak brightness levels, delivering a more vivid and lifelike viewing experience and superior contrast, especially in HDR content, compared to LCD which struggle with backlight leakage and blooming.

*Improved viewing angles: MicroLED displays offer excellent viewing angles with minimal color or brightness shifts, unlike most of TN or VA panel LCDs which can suffer from color shift when viewed from off-axis angles.

*Longer Lifespan: MicroLEDs are inorganic LEDs with a theoretically longer lifespan than the organic LEDs used in OLED displays. This translates to potentially longer display life before experiencing significant degradation.

*Too early for mass production.