beeOLED Marks 4 Years with Advances in Deep-Blue OLED Technology
by Emory Kale
Its deep-blue OLED emitters have achieved nearly 20% external quantum efficiency.
Tags:beeOLED| blue OLED
by Emory Kale
Its deep-blue OLED emitters have achieved nearly 20% external quantum efficiency.
Tags:beeOLED| blue OLED
by Emory Kale
Piqued at the dominance of Japanese and US companies in OLED materials, Korean researchers make their own way.
Tags:blue OLED| Korea| research| Samsung| showcase| UDC
by Joseph Bryans
Despite minor delays in the commercialization of phosphorescent blue, the overall outlook remains positive, supported by strong market demand and technological advancements.
Tags:blue OLED| financials| UDC
by Joseph Bryans
Researchers have developed a new method to improve blue OLED by separating the components responsible for light production into two layers, allowing them to work more efficiently together.
Tags:blue OLED| research| showcase| TADF
by Joseph Bryans
A new benchmark for the performance of deep-blue OLEDs and a clear molecular design strategy that can be leveraged for future developments.
Tags:blue OLED| research
by Peter Palomaki
As those in the display industry can attest to, blue has always been a challenging color to tame in emissive devices, for both OLED and QD-EL.
Tags:blue OLED| Display Week 2024| EL-QLEDs| MicroLED| NanoLED| QLED| showcase
by Omid Rahmat
Blue PHOLED is not a magic bullet. It’s just ammunition now.
Tags:blue OLED| LG| PHOLED| Samsung| showcase
by Emory Kale
Making high-performance blue OLEDs, especially narrowband deep blue, has been a persistent challenge.
Tags:blue OLED| research| showcase
by Joseph Bryans
The development of stable and efficient solution-processable deep-blue OLEDs has been a focus of research in recent years.
Tags:blue OLED| OLED| resaerch| showcase
by Joseph Bryans
The revenue mix was unusually weighted toward materials versus licensing at a 2:1 ratio.
Tags:blue OLED| OLED| Phosphors| UDC
by Emory Kale
Traditional blue OLEDs usually need about 4 volts to achieve a luminance level of 100 cd/m2, which exceeds the ideal voltage of 3.7 volts used by lithium-ion batteries in most smartphones.
Tags:blue OLED| research| showcase
by Emory Kale
For the research team, their efforts are part of a desire to create future value with long lifespan, higher efficiency materials that can help Korea’s competitiveness in the display market.
Tags:blue OLED| research| showcase