Yes, color filters and electronics would control e
Post# of 22454
(Total Views: 324)
Posted On: 03/30/2018 8:07:44 PM
Yes, color filters and electronics would control each pixel for color and intensity. The advantages of a blue EL QD film over many blue LED on the backplane is in manufacture cost (film by R2R instead of individual LEDs), a thinner product, and the elimination of picking, transfer and attaching of LEDs to the backplane.
I imagine the blue film will be printed in cells corresponding to the micro-LED pixels pattern, with printed circuits for power. While the color filter is necessary to turn on or off a RGB color, the blue film individal cells could be programmed for a level of intensity from off (black) to bright.
Edit - so this is not a true micro-LED where each pixel is individually controlled. I see it as a hybrid that can be brought to market faster than true micro-LED.
I imagine the blue film will be printed in cells corresponding to the micro-LED pixels pattern, with printed circuits for power. While the color filter is necessary to turn on or off a RGB color, the blue film individal cells could be programmed for a level of intensity from off (black) to bright.
Edit - so this is not a true micro-LED where each pixel is individually controlled. I see it as a hybrid that can be brought to market faster than true micro-LED.
(0)
(0)Quantum Materials Corp. (QTMM) Stock Research Links
Scroll down for more posts ▼