Visionox Unveils the World’s First 3000 PPI Glass-Based Monochrome OLEDAR Solution
- VRAR World

- May 14
- 1 min read

At SID Display Week 2026, Visionox unveiled the world’s first 3000 PPI
glass-based ultra-high-resolution OLED AR display solution. This breakthrough
achieves a pixel density of up to 3000 PPI on a glass substrate for the first time,
breaking the long-standing resolution ceiling faced by glass-based approaches in the
high-end AR market. At the same time, it reduces the left and right bezels of the
display to less than 1 millimeter, opening up a new display path for next-generation
VR/AR devices.
The global smart glasses market is currently entering a breakout phase. According to
IDC, worldwide smart glasses shipments reached 14.505 million units in 2025, up
41.6% year on year, and are expected to exceed 23 million units in 2026.
However, behind the market boom, silicon-based OLED, which high-end AR devices
heavily rely on, remains costly, while glass-based AMOLED, despite offering higher
mass-production efficiency, has long been constrained by a pixel density bottleneck.
Visionox’s new solution directly addresses this contradiction. While delivering ultra-
fine image quality and eliminating visible pixel grain, it also leverages the inherent
advantages of large-panel output and compatibility with existing production lines,
potentially driving down the cost of high-performance AR display modules and
supporting lower end-product prices.
In addition, Visionox also showcased multiple technology solutions, including AR-
QLED 3000 PPI and full-color VR glass-based OLED 1500 PPI. With glass-based
AMOLED as its pivot, Visionox is redefining a new technological path for AR
displays. (Source: VRAR WORLD)





Visionox’un SID Display Week 2026’de tanıttığı 3000 PPI cam tabanlı monokrom OLED AR çözümü, AR/VR ekran teknolojilerinde önemli bir ilerleme olarak değerlendiriliyor. Özellikle cam tabanlı OLED yapısında bu seviyede piksel yoğunluğuna ulaşılması, görüntü keskinliği ve “piksel görünürlüğü” sorununu azaltmayı hedefliyor. Aynı zamanda çerçeve kalınlığının 1 mm’nin altına indirilmesi ve üretim verimliliğinin artırılması gibi detaylar da dikkat çekiyor. Bu gelişme, AR gözlükler ve yakın göz ekranları için yeni bir tasarım yönü oluşturabilir. Yazıda anlatılan teknik detaylar burada yer alıyor: 1xbet dünyanın en iyi bahis siteleri. Sizce AR/VR teknolojilerinde en kritik gelişme çözünürlük artışı mı yoksa enerji verimliliği mi?