(Total Views: 452)
Posted On: 11/05/2017 1:48:21 PM
Post# of 22465
https://www.ledinside.com/news/2017/10/disrup...micro_leds
In addition, microLED displays require the use of red, green and blue (RGB) LEDs, achieved by mixing nitride LEDs and phosphide LEDs. This mixing causes blue, green and red LEDs to behave differently in terms of temperature and aging, which impacts image color quality. Moreover, blue, green and red LEDs each require specific electronic drivers, making integration more complex.
The ideal solution for microLED makers would be the availability of efficient nitride LEDs in both green and red. In this case, all RGB LEDs would be composed of the same material with the same behaviors and driving conditions. The challenge is to find one material capable of spanning the blue to red spectrum.
"The challenge is to find one material capable of spanning the blue to red spectrum."
QMC Red Green Blue ✔✔✔
In addition, microLED displays require the use of red, green and blue (RGB) LEDs, achieved by mixing nitride LEDs and phosphide LEDs. This mixing causes blue, green and red LEDs to behave differently in terms of temperature and aging, which impacts image color quality. Moreover, blue, green and red LEDs each require specific electronic drivers, making integration more complex.
The ideal solution for microLED makers would be the availability of efficient nitride LEDs in both green and red. In this case, all RGB LEDs would be composed of the same material with the same behaviors and driving conditions. The challenge is to find one material capable of spanning the blue to red spectrum.
"The challenge is to find one material capable of spanning the blue to red spectrum."
QMC Red Green Blue ✔✔✔
(2)
(0)
