Taiwan-based OLED microdisplay developer INT-Tech announced that it has developed a native RGB (direct-emission) OLED microdisplay, that achieves up to 100,000 nits of brightness, breaking its own record of a 60,000 nits microdisplay unveiled in April 2025.
INT Tech says that beyond this record-setting brightness (which is around 10X brighter compared to any commercial OLED microdisplay today), the new display offers excellent white balance, color gamut and power efficiency. We detail the technology and display specification below.
INT Tech utilizes a native-RGB direct-emission microdisplay architecture, that it brands as uNEEDXR. The display is a single-stack device (it is not a tandem OLED), and there are no microlens arrays on top. INT Tech says to achieve this high brightness, it has refined the OLED stack design and the materials it uses. It is likely that if INT-Tech later adopts MLA and a tandem stack (or multi-stack) architecture, it could boost the brightness and efficiency further quite dramatically (albeit at a higher cost and a more complex production process).
The display that INT-Tech unveiled now is a 0.39" 1024x768 (XGA) 3386 PPI (7.5 micron pitch) microdisplay, that features a 100% DCI-P3 color gamut, a luminance uniformity of >90% (nine points average), and a power consumption of <1,560 mW at 100,000 nits (100% OPR, 100% APL, 95% Duty Cycle). See below the full specification table:
INT-Tech 0.39" 100K OLED microdisplay - macro photos
Power efficiency compared to standard WOLED microdisplays
Color saturation (compared to a standard WOLED microdisplay)
Full-color L255 luminance distribution
INT Tech's founder, Dr. David Chu, says that the company plans to continue to push the boundaries of innovation in display technology for AR glasses. The display will be showcased at SPIE (January 20-22, San Francisco) and the company calls out to partners for joint-development, and to potential customers to check out its latest display.
This was a sponsored post by INT Tech