Connoisseurs say the news:
According to Microled-Info, Q-Pixel, headquartered in the United States, announced that it has developed the world's smallest full-color pixel (1 micron) and demonstrated a technology based on a proprietary tunable polychromatic LED (TP-LED).10,000 ppi Micro LED display.
According to reports, TP-LED technology is expected to push Micro LED displays to new heights of development because it can emit all-round visible light within tiny pixels. With TP-LED technology, Q-Pixel can produce full-color, adjustable individual pixels with a diameter of less than 1 m.
According to Q-Pixel, assembling full-color Micro LED displays using LED red, green, and blue monochrome sub-pixels is a complex, costly, and labor-intensive process, which is a major obstacle for Micro LEDs to achieve high-resolution displays and commercial displays.
In May of this year, Q-Pixel announced that it had been developed based on its proprietary multi-color Micro LED technology5000 ppiFull-color Micro LED microdisplay.
Q-Pixel's technology makes it possible to use micro LED devices with adjustable single-pixel colors. These displays are produced using a monolithic process. Notably, it has a pixel density of 5,000 pixels per inch (PPI), breaking the current record of 2,000 ppi currently held by ITRI, a new world record.
Q-Pixel said that this technology will bring a new technological innovation to the display industry, especially in the field of AR VR, which can greatly improve the visual and user experience of AR VR.
Its proprietary Polychromatic MicroLED technology introduces panchromatic tunability on a single 4-micron pixel, replacing century-old monochromatic LEDs and solving decades-old challenges in the microdisplay industry. Q-Pixel's tunable full-color single-pixel LEDs eliminate the need for pick-and-place while enabling ultra-high pixel density.
*Microled-info, connoisseurs say comprehensive finishing.