The effect of LED display starts to approach that of traditional LCD display (equivalent to the definition of 40-inch HD TV). We believe this will start a new era of LED display. The maturity of P0.6-0.7 and P0.3 in the future will open up the FHD and 4K era of LED display, which we expect to be realized in the next decade. From the cost side, LED chips, beads and even applications basically show an exponential decline trend. Even though the initial cost is high, LED applications can quickly overcome the cost disadvantage in just a few years.
5302AGG LED
5302AGG 0.50 inch
5302BGG 7-Segment
5302BGG Display
Why leds emit different colors of light. LED is the abbreviation of English Light Emitting Diode. Like diode, it has PN junction and one-way conductivity. Forward voltage is applied to the pins at both ends of PN junction, so hole and free electron meet, resulting in compound, and then produce certain energy. And that energy is either in the form of heat, or it's in the form of light, which is what leds are in the form of light, and of course leds are also hot. Ordinary diodes do not emit light droplets.
4402AB LED
4402AB 0.40 inch
4402BB 7-Segment
4402BB Display
The rapid evolution of LED display technology is poised to surpass traditional LCDs in both performance and market adoption, driven by advancements in pixel density and cost efficiency. As pixel pitches like P0.6-0.7 and P0.3 mature, LED displays are achieving resolutions comparable to Full HD and 4K, making them viable for high-definition applications such as home entertainment, digital signage, and professional visualization. Unlike LCDs, which rely on backlighting and liquid crystal layers, LED displays use self-emissive diodes, offering superior contrast, deeper blacks, and wider viewing angles. This is particularly evident in MiniLED and MicroLED technologies, which enable finer pixel control and eliminate the need for color filters, enhancing energy efficiency and color accuracy.
Blue
15011AB LED
15011AB 1.50 inch
15011BB 7-segment
15011BB Display