The MicroLED-Info newsletter

Canada-based microLED technology developer VueReal demonstrated a new transparent microLED display. The display is between 3 and 4 inches in size, with high brightness (over 3,000 nits) and very high transparency (85%).

The display in the video is produced on glass, but VueReal can also produce displays on flexible substrates. The company did not disclose the display's resolution (or whether this is a segmented display).

The following is a sponsored post by TechBlick

TechBlick's fourth event on 14 - 16 July 2021 will cover the Innovations and Market Trends in Displays and Lighting. TechBlick is a year round event series with over 350+ analyst-picked live online presentations on emerging technologies. With a single Annual Pass you have year long access to our platform where you can join our live conferences as well as watch over 160 (and growing) on-demand presentations. You can also network with fellow attendees in our networking lounge, and learn and meet our exhibitors. It is the networking hub for the emerging technology community.

TOPICS COVERED: Market Data & Forecasts • microLED/OLEDs • AI in Displays • Flexible/Rollable Displays • Printed Displays • AR/VR Glasses • Quantum Dots & Phosphors • TADF • Nanoimprint • R2R Displays • Outdoor Displays • Automotive Display • Reflective

The following is a sponsored post by TechBlick

TechBlick's fourth event on 14 - 16 July 2021 will cover the Innovations and Market Trends in Displays and Lighting. TechBlick is a year round event series with over 350+ analyst-picked live online presentations on emerging technologies. With a single Annual Pass you have year long access to our platform where you can join our live conferences as well as watch over 160 (and growing) on-demand presentations. You can also network with fellow attendees in our networking lounge, and learn and meet our exhibitors. It is the networking hub for the emerging technology community.

TOPICS COVERED: Market Data & Forecasts • microLED/OLEDs • AI in Displays • Flexible/Rollable Displays • Printed Displays • AR/VR Glasses • Quantum Dots & Phosphors • TADF • Nanoimprint • R2R Displays • Outdoor Displays • Automotive Display • Reflective

US-based amorphous-metals based display backplane developer Amorphyx was awarded a $256,000 US NSF SBITR phase I grant towards a proof-of-concept demonstration of the company's 211 pixel circuit for AMOLED and microLED applications.

Amorphyx says that its 211 pixel circuit leverages the unique properties of the AMNR and IGZO AMeTFT device technologies to both improve upon the variable image refresh rate and power consumption improvements of LTPO while dramatically simplifying the pixel circuit's functionality and manufacturing. The Amorphyx backplane meets and exceeds LTPO performance while eliminating the LTPS TFT technology that drives the complexity of manufacturing LTPO backplanes.