Epitaxy wafers are key to the technology development of Micro LED displays. As Micro LED chips are extremely small, the quality of epitaxy wafers including wavelength uniformity and low defect becomes critical for further production process. AIXTRON, the German-based technology company, has illustrated how its MOCVD systems can significantly improve wavelength uniformity and decrease defect density of Micro LED epitaxy wafer with its article, titled “AIXTRON’s MOCVD Technology Breakthrough for Micro LED High Volume Manufacturing....

Developing cost-effective methods for transferring Micro LEDs is critical for the commercialization of Micro LED display technology. How to accurately assemble numerous tiny sized Micro LEDs to targeted places efficiently has been one of the biggest challenges for worldwide Micro LED technology developers. Uniqarta, a U.S.-based startup who focuses on developing innovative assembly methods for integrated circuit (IC), has shared with LEDinside how its laser-based transfer technology can be applied for Micro LEDs. Its article, titled “Laser-Enabled E...

The key for commercializing Micro LED technology is to holistically improve the manufacture process and to achieve cost-effective high volume production of Micro LED displays. Major industry players in the production chain from the LED chip makers, transfer technology developers to panel producers and end products brands have all dedicated themselves to work on solutions for the goal. Tesoro Scientific, established by Francois J. Henley in 2017, focuses on the enhancement of Micro LED production. Its research paper, titled “Novel In-Process Functional Tes...

The Micro LED Technology Research Contest has received papers targeting all aspects of Micro LED technology development. Aside from mass transferring and methods for full color display, backplane is also a critical factor in the manufacturing process of Micro LED.

Mass transferring is one of the biggest obstacles for the mass production of Micro LED display technology. Many players in the industry have come up with different methods to solve the issue and it is also a focal point in the Micro LED Technology Research Contest, where several research papers targeted the topic. The article submitted by Thomos Q. Ke has illustrated an idea to produce Micro LED without the process of mass transfer. The paper, titled “Mass Production Solution of Micro-LED without Mass Transfer” was awarded with an honorable menti...