Vuzix and German organization create high-performance MicroLED backplane samples

On May 6, the American smart glasses company Vuzix and the German-based research institution Fraunhofer Institute for Photonic Microsystems (Fraunhofer IPMS) jointly announced that the two parties have jointly manufactured the first batch of high-performance Micro LED backplane samples designed to meet the unique needs of Vuzix's specific customers.

Image source: Vuzix

The first batch of backplane samples are tested with OLED technology to verify its design potential in advanced display applications. It is reported that the CMOS backplane supports resolutions above 1080P and can drive monochrome or full-color micron-level Micro LED arrays.

It is reported that this development project is mainly funded and supported by Vuzix’s third-party customers, who have clear target application requirements. Therefore, the development of this next-generation Micro LED backplane focuses on high-performance and highly customized high-end enterprise and defense application markets. Vuzix will demonstrate this high-performance Micro LED backplane sample at the upcoming SID 2025 exhibition.

Information shows that Vuzix is ​​a design, manufacturing and marketing company of AI smart glasses, waveguide devices and augmented reality (AR) technology and products, serving the enterprise, medical, defense and consumer markets. Vuzix has released a number of AR glasses based on Micro LED technology, including the Z100 model, Vuzix Shield smart glasses, etc.

Fraunhofer IPMS is an electronic and photonic microsystem R&D service organization focusing on applied research in the fields of smart industrial solutions, medical and health technology, travel, green and sustainable microelectronics. The institute is independently engaged in the research and development of microdisplays (OLED, LED, LCOS, etc.). Its services cover everything from concept design and product development to pilot production in laboratories and clean rooms. It also includes backplane manufacturing cooperation with 8-inch and 12-inch commercial silicon foundries.