QD-OLED, or quantum dot organic light-emitting diode (a mouthful, we know), enhances traditional OLED by using a ...

Micro LED has become one of the most anticipated display technologies for consumer products in recent years. Using ...

OLED TVs use pixels that emit their own light, but QLED TVs must rely on LED backlighting to ignite the on-screen pixels ... Its four stack OLED technology uses four emissive layers stacked, from the ...

The specs for LG’s fourth-generation OLED panel are impressive, with a peak brightness of 4,000 nits – 33% brighter than the third-generation 'MLA' panel used in the LG G4 OLED and other TVs. LG ...

With so many potential advantages to Hisense's new mini LED RGB tech, the future of TV may be taking shape right in front of us. The RGB UX Trichroma TV is slated for availability in 2025, unlike ...

Well, instead of emitting only white or blue light from the backlight ... How does TriChroma LED compare to OLED and Micro-LED? There’s still a lot we don’t know about how TriChroma LED ...

introduces a simpler and more cost-effective approach to producing blue OLED displays used in smartphones, tablets and televisions. The research team, led by Dr. Alexander Romanov at the ...

OLED is different because it doesn't use an LED backlight to produce light. Instead, light is produced by millions of individual OLED subpixels. The pixels themselves -- tiny dots that compose the ...

Multiple stacked OLED emission layers produce a blue light that excites red and green quantum dots to emit red and green light. The blue light is passed as is through the blue sub-pixel.

OLED TVs use pixels that emit their own light, but QLED TVs must rely on LED backlighting to ignite ... from the bottom, blue, green, blue and red (B-G-B-R). Its previous OLED TVs, like the ...