The groundbreaking OLED product was successfully developed in 1997 by American inventor Steven Van Slyke and subsequently introduced to the U.S. market. Its launch marked a major breakthrough in the display technology industry. Since then, thanks to OLED's numerous advanced features—such as thinner device designs, wider viewing angles, faster response times, and superior color performance—it has steadily emerged as a leading contender in the display sector, widely regarded by the industry as the next-generation technology poised to potentially replace traditional LED and LCD screens.

　　The key difference between OLED and LED lies primarily in their underlying operating principles. Traditional LED or LCD screens, unable to emit light on their own, rely on a backlight system positioned behind the panel to illuminate individual pixels, enabling image display. However, this backlight approach often results in less-than-perfect black levels—leading to light leakage—and can also compromise overall color accuracy and contrast. In contrast, OLED technology works entirely differently: each pixel on an OLED screen emits its own light, eliminating the need for a separate backlight. This self-emissive feature gives OLED displays a significant edge in terms of brightness, color clarity, and vividness, allowing them to deliver deeper blacks, richer hues, and more lifelike visuals than ever before.