On May 28, 2026, "AI Dreams, Smart Campus" artificial intelligence terminal campus was hosted. GZOT showcased its self-developed next-generation 0.65-inch 2560×1440 resolution silicon-based OLED microdisplay and Birdbath module. The event brought together AI terminal products tailored for campus scenarios, bridging industry, policy, and academia, and injecting youthful momentum into Nanjing’s AI industry development.
At the event, GZOT highlighted its proprietary core product – the 0.65-inch series 2.5K high-resolution, high-brightness silicon-based OLED microdisplay. Key specifications include: resolution 2560×1440, pixel pitch 5.67μm; maximum brightness ≥6,000 nits; contrast ratio 100,000:1; power consumption <500mW. The electrical interface is MIPI, supporting VESA-DSC v1.2a video compression. Built-in features include a temperature sensor, PWM dimming, adaptive brightness adjustment, image digital signal enhancement, mirroring, and position adjustment, with compatibility for lower-resolution image display.
Alongside the microdisplay, GZOT also presented a BB module solution incorporating the 0.65-inch series. This module offers FOV ≥49°, eyebox brightness ≥1,300 nits, exit pupil diameter 12mm×8mm, eye relief 12mm, TV distortion ≤1%, MTF ≥0.5@45 lp/mm, and a monocular weight of just 8.5g. Leveraging its ultra-high pixel density, the product effectively eliminates the "screen-door effect," delivering a delicate and immersive visual experience. It provides a 2.5K high-definition, high-image-quality option for consumer-grade AR glasses for video viewing.
0.65-inch OLED-based Birdbath Module
The event also featured the 0.30-inch silicon-based OLED microdisplay. This product has a resolution of 1280×720, pixel density exceeding 4,800 PPI, exceptionally fine image quality, and external dimensions of just 8.02×7.22mm. In terms of power consumption, full-load power draw is approximately 150mW, with average consumption below 120mW, effectively extending AR glasses battery life. Its key breakthrough is a maximum brightness exceeding 15,000 nits, making it perfectly compatible with various AR optical systems such as array waveguides and freeform surfaces, ensuring clear display even under strong outdoor light. This microdisplay has been widely used in smart glasses, industrial assistance, outdoor navigation, and other scenarios.
0.30-inch OLED-based 1D Array Waveguide Module
At the live event, 16 AI terminal industry chain enterprises and institutions gathered, including Honor, Insta360, Xiaodu, China Mobile, ThunderSoft, Nebula Technology, and GZOT. Exhibits spanned embodied AI robots, AI glasses, AI smart voice mice, AI musical instruments, and many other AI terminal products. The exhibition area was bustling, with faculty and students flocking to each booth. Innovation and entrepreneurship policies as well as high-tech products came directly to the campus.
GZOT is a national high-tech enterprise focusing on providing microdisplay products and total solutions to global customers. Its core offerings are silicon-based OLED microdisplays and modules, widely used in night vision observation, head-mounted displays, digital sights, AR/VR, EVF, FPV, and other scenarios. The company provides customized solutions for industries such as industrial manufacturing, education, healthcare, and security. GZOT possesses advanced silicon-based OLED chip design capabilities and world-class high-brightness device development expertise. At the end of 2025, the company moved into a new facility, raising its annual production capacity to 4 million units, better serving consumer applications such as AR/VR/FPV. Committed to independent innovation, GZOT strives to become a leader in the microdisplay industry.
