The classification standard is not consistent. We mainly divide by chip size, and the reduction of chip size also brings changes in packaging and other ways. Major manufacturers around the world are also promoting the scale of Mini/MicroLED. Traditional LED, chip size more than 300 microns; Surfacemounteddevices (SMD) surfacemountedDevices (SMD) are used as surfacemounteddevices. In lighting, backlight, display and other applications have been relatively mature, but affected by the size, high-definition display, high density backlight applications are still limited.
CL5022AW LED
CL5022AW 0.50 inch
CL5022BW 7-Segment
CL5022BW Display
In 1993, Shuji Nakamura, an electronic engineering expert in Japan, successfully invented high-brightness blue LED. In 2014, Amano, Isamu Akasaki and Shuji Nakamura jointly won the Nobel Prize in Physics for "the invention of high-brightness blue light-emitting diode, bringing energy saving bright white light source". Is not a little meng, why the invention of the blue LED, brought white light source. Many light sources in nature are a mixture of colors. White light is a mixture of red, green, and blue.
4041AGG LED
4041AGG 0.40 inch
4041BGG 7-Segment
4041BGG Display
The rapid development of Mini/MicroLED technology is significantly reshaping the landscape of display and lighting industries, driven by the continuous reduction in chip size and innovations in packaging techniques. As chip sizes shrink below 300 microns, Mini/MicroLEDs enable unprecedented pixel densities, making them ideal for high-definition displays and high-density backlighting applications, such as in ultra-high-resolution TVs, augmented reality devices, and advanced automotive dashboards. Unlike traditional LEDs, which are limited by their larger size, Mini/MicroLEDs offer superior brightness, contrast, and energy efficiency, unlocking new possibilities for compact and flexible display solutions.
Green
15011AGG LED
15011AGG 1.50 inch
15011BGG 7-segment
15011BGG Display
