2024-10-25

Researchers develop a novel way to facilitate high performance microLEDs using vertically self assembly

Researchers from Korea's Kookmin University in collaboration with colleagues from Kyung Hee University have managed to enhance the performance of microLEDs produced using fluidic self-assembly based on chelation bonds of chemical linkers. The researcher report up to 61.8% increase in assembly yield compared to previous methods, and their vertically assembled 1.3 um microLEDs achieved a peak EQE of 8.1% and a brightness of 22,300 nits at 9 V. The researcher developed a novel approach for the face-selective vertical assembly of microLEDs using a chemical linker c...
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Cree LED, a Penguin Solutions brand (Nasdaq: PENG), and Blizzard Lighting LLC (‘Blizzard’) today announced that they have reached a mutually beneficial settlement resolving a patent infringement dispute involving Cree LED’s p... READ MORE

ALLOS Semiconductors of Germany and Ennostar Corporation of Taiwan today announced a strategic partnership to bring 200 mm GaN-on-Si (gallium nitride on silicon) LED epiwafers for microLED applications into volume production. This collaboration r... READ MORE