MICLEDI Microdisplays, a spin-off of Belgium-based research institute imec, announced that it has raised EUR 4.5 million (US$ 5 million) seed capital from imec.xpand, with participation of PMV and FIDIMEC. The funding will be used to develop Micro LED displays for next generation Augmented Reality (AR) glasses. MICLEDI’s vision is to make AR smart glasses available for everyday personal use, featuring small, lightweight, long battery life, and reasonable cost. To achieve its goal, MICLEDI is developing the world smallest and brightes...

Belgium research institute Imec announced that the European Research Council has awarded a EUR 2.5 million (US$ 2.8 million) grant to Paul Heremans, Fellow and Director Large Area Eletronics at imec for a five-year project to develop ultra-bright thin-film light sources and lasers. Imec noted that thin-film light sources, featured with flexible manufacturing process, can be made to meet different requirements of varied applications. They can also be processed directly to different substrates such as glass, print boards and foils – both individually and in mass...

Having looked back at the industry updates of Micro LED technology, let’s keep on reviewing the technology breakthroughs of Micro LED in the past year. KAIST Team Develops Flexible Vertical Micro LED to Cure Hair loss Problem In January, a researcher team at KAIST announced the development of flexible vertical micro LEDs (f-VLEDs). These f-VLEDs achieved optical power density (30 mW/mm2) three times higher than that of lateral Micro LEDs and can be applied to optogenetics for controlling the behavior of neuron cells and brains with...

Combining LED technology and medical research, several integrations have been revealed, showing the potential of the technology in healthcare applications and development. LEDinside has collected some innovative examples of LED applications which create possibilities for future medical improvement. Elastic Micro LED skin sensor system In February 2018, a new ultrathin, elastic Micro LED display that fits snugly on the skin was developed by researchers at the University of Tokyo and Dai Nippon Printing (DNP) in an academic-industrial collaboration. The int...

Imec, the Belgium-based nanoelectronics research center, has worked with Ghent University and contact lens producer SEED to develop a contact lens integrated with LED light. The lens is presented at imec technology forum Japan (ITF Japan 2018) on November 19th, 2018. The contact lens with an integrated LED light is made of hydrogel-based material and is embedded with an ultra-thin silicon microchip, radio‐frequency (RF) antenna for wireless energy transfer, and stretchable thin‐film interconnections. imec and CMST, an imec research group at Ghent University...

imec as a world-leading R&D center and innovation hub in nanoelectronics and digital technology has been dedicated to using the power of technology to improve lives. The institute has gathered researchers from around the world to transform conceptual ideas into solid solutions to tackle real world problems. imec has also been extending its collaboration with international partners and has set up its first R&D center outside Europe in Hsinchu, Taiwan, ten years ago.

Chunghwa Picture Tubes (CPT) together with the world-leading research and innovation hub in nanoelectronics and digital technologies imec and Holst Centre, showcase an ultra-high resolution display realized by photolithography patterning of organic light emitting diode (OLED) arrays. The results pave the way to cost-effective manufacturing of fine, side-by-side pixels in OLEDs, and will be presented at the annual International Smart Display and Touch Panel Exhibition, Touch Taiwan, in Taipei, Taiwan ROC, Sep 20 – Sep 22.

Veeco Instruments Inc., the world’s leading supplier of metal organic chemical vapor deposition (MOCVD) systems, announced today that it has signed a joint development project (JDP) agreement with imec, the Belgium-based nano-electronics research center.  The collaboration is expected to accelerate the development of highly-efficient, Gallium Nitride (GaN) based, power electronic devices using GaN Epi wafers created using Veeco’s Propel® Power GaN MOCVD system.

ON Semiconductor has joined the multi-partner, industrial research and development program at imec, to develop next-generation GaN-on-Silicon power devices. Currently, GaN-based power devices are too expensive for large volume manufacturing, as they are fabricated on small diameter wafers using non-standard production processes. Imec’s research program is focused on developing GaN-on-silicon technology on 200 mm wafers, as well as reducing the cost and improving the performance of GaN devices. Imec’s power devices on 200mm CMOS-compatible GaN-on-Sili...