Even Tinier Breakthrough in the Development of LED Backplanes

Source: Fraunhofer-IPMS | Translated by AI 1 min Reading Time

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Vuzix and Fraunhofer-IPMS have emphasized that they have reached a milestone in customized micro-LED backplanes. Here you can learn more about it.

Above, you can see an innovative micro-LED backplane that Fraunhofer researchers have launched together with Vuzix. Below, it is shown in use with green micro-LEDs and red OLED pixels.(Image: Fraunhofer-IPMS)
Above, you can see an innovative micro-LED backplane that Fraunhofer researchers have launched together with Vuzix. Below, it is shown in use with green micro-LEDs and red OLED pixels.
(Image: Fraunhofer-IPMS)

The collaboration between Vuzix, a leading company in smart glasses and augmented reality (AR), and the Fraunhofer Institute for Photonic Microsystems (IPMS) led to the development of a first high-performance micro-LED backplane tailored to the specific requirements of certain Vuzix technology users, as reported. The first working prototypes tested with an OLED system (organic LED) confirmed the potential of the design for future displays.

The CMOS backplane (CMOS = Complementary Metal-Oxide-Semiconductor) supports a resolution of 1,080 pixels, enabling both monochrome and full-color LED arrays that measure only micrometers. This development was primarily funded by Vuzix's third-party providers with specific applications, as noted. This next-generation micro-LED backplane mainly focuses on high-end enterprise and defense markets, where performance and customized systems are crucial. This project outcome demonstrates for the first time the adaptation of an existing OLED microdisplay backplane to the requirements of a high-current micro-LED frontplane.

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