nice :) anything that boost battery life on mobil devices without adding size or weight is spiffy! AMOLED seems to be the best solutions, to look directly at the light source, to have the LED's composing the pixel array; but if there is another interim technology worth a tweet, the rock on LG and load that sauce factory into the ENV4 when ever the text gods send us one of those~
This is much better than OLED though, Quantum Dot displays are similar to OLED but are better because they don't need to have red/green/blue subpixels, each quantum dot can be tuned individually to any wavelength of light eliminating the need for subpixels. Also are more efficient than OLED and longer-lasting.
@cosmicinglewood Once they make displays with them Oh and wikipedia lists some cons: Cons
1) Less saturated blue: Blue quantum dot is pretty difficult to manufacture due to the timing control during the reaction. Blue quantum dot is just slightly above the minimum size, where red to green can be easily obtained. Also, human eyes need 50x brighter blue than green in order to detect the same signal.
2) Heat emission: They either emit light or heat, one or the other due to fermions (e- + e+ → photon or heat).
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nice :) anything that boost battery life on mobil devices without adding size or weight is spiffy! AMOLED seems to be the best solutions, to look directly at the light source, to have the LED's composing the pixel array; but if there is another interim technology worth a tweet, the rock on LG and load that sauce factory into the ENV4 when ever the text gods send us one of those~
@cosmicinglewood
This is much better than OLED though, Quantum Dot displays are similar to OLED but are better because they don't need to have red/green/blue subpixels, each quantum dot can be tuned individually to any wavelength of light eliminating the need for subpixels. Also are more efficient than OLED and longer-lasting.
@Raffi256 word, after reading into this more, I see the light and agree that Quantum Dot kicks the OLED in the nuts :)
@cosmicinglewood
Once they make displays with them
Oh and wikipedia lists some cons:
Cons
1) Less saturated blue: Blue quantum dot is pretty difficult to manufacture due to the timing control during the reaction. Blue quantum dot is just slightly above the minimum size, where red to green can be easily obtained. Also, human eyes need 50x brighter blue than green in order to detect the same signal.
2) Heat emission: They either emit light or heat, one or the other due to fermions (e- + e+ → photon or heat).
3) Causes overexposure on cameras.