Q-Pixel launches the world’s smallest Micro LED full-color pixel, enabling 10,000PPI display

On November 29, Q-Pixel announced that the company has made a new breakthrough in the field of full-color, ultra-high-resolution Micro LED displays. It has developed what is known as the world's smallest full-color pixel (1μm) and demonstrated it in its first full-color Micro LED display with a pixel density of 10,000PPI. The new product surpassed Q-Pixel's previous world record of 5,000 PPI full-color displays.

Image source: Q-Pixel

It is reported that 10000 PPI resolution has only appeared in monochrome displays in the past. Q-Pixel has successfully achieved a full-color display of 10,000 PPI for the first time through its proprietary Tunable Polychromatic LED (TP-LED) technology.

Because TP-LED technology can emit a full range of visible light within tiny pixels, this technology is expected to push Micro LED displays to new heights of development. Through TP-LED technology, Q-Pixel can create full-color tunable individual pixels with a diameter of less than 1μm.

Q-Pixel stated that assembling full-color Micro LED displays using LED red, green and blue monochromatic sub-pixels is a complex, costly and labor-intensive process, which is the main obstacle to Micro LED achieving high-resolution displays and commercial displays.

At present, ultra-high resolution and full-color displays are sought after for near-eye applications such as AR/VR. In order to meet market demand, Q-Pixel has developed The world's smallest full-color pixel and 10,000 PPI full-color display was released. This is an important technological milestone in the display industry. It highlights the advantages of TP-LED pixel technology over RGB Micro LED sub-pixels and is expected to lead the advancement of display technology in the future.