At this year’s SID Display Week, Visionox officially unveiled the world’s first ultra-high PPI AMOLED solution based on a glass substrate. With a stunning pixel density of 2000 PPI, ultra-low latency, and significantly improved cost efficiency, this breakthrough display technology offers a disruptive solution for next-generation VR and AR devices.

A New Standard for Immersive Display in VR/AR
 

Visionox has addressed this challenge by introducing a glass-based AMOLED architecture that breaks new ground in display engineering. Through proprietary pixel structure design and an ultra-precise 1.5μm manufacturing process, Visionox has successfully achieved a record-breaking 2000 PPI on a glass substrate. This milestone effectively eliminates the "screen-door effect"—visible pixelation common in lower-resolution VR displays for vr—and delivers a seamless, immersive viewing experience.

Unlike smartphones or TVs, VR headsets are worn in close proximity to the eyes, demanding much higher pixel densities to deliver realistic visuals. Current mainstream microdisplay solutions rely on silicon-based OLED (Micro OLED) technology, which—while capable of high PPI—depends on semiconductor-grade silicon backplanes. These silicon backplanes are expensive and limit the screen size, becoming a key bottleneck for the mass adoption of VR.

Balancing Performance and Affordability for Scalable VR/AR Solutions

By reducing reliance on costly silicon components while maintaining superior display quality, Visionox paves the way for next-generation XR products that are both immersive and economically viable. This innovation sets a new benchmark for the display industry and opens the door to mass-market adoption of high-performance virtual and augmented reality hardware.

Compared to traditional silicon-based OLED microdisplays, Visionox’s glass-based AMOLED solution offers a compelling advantage in manufacturing cost and scalability. It strikes an optimal balance between high-resolution performance and cost control, enabling broader commercialization across the VR/AR ecosystem.