Al glasses are emerging as the next essential computing platform. By placing intelligence directly within the user’s field of view, wearable displays transform Al from a tool into an ambient assistant integrated with everyday life.
MicroLED device performance has advanced rapidly. What defines the next phase of AR smartglasses and Al infrastructure is manufacturability— yield, integration, and predictable global ramp.
We engineered our platform around that reality.
OUR MANUFACTURING
Our manufacturing framework is standardized around an 8″ wafer platform- enabling high-volume throughput, compatibility with established semiconductor infrastructure, and transferability across geographies.
Inlighten uses GaN-on-Si 8-12 inch wafers compatible with existing IC ecosystem, thus making our displays easy to scale up to the masses. Mature volume production technologies lead to high yield and low cost manufacturing costs.
We retain in-house control over the yield-critical technologies that define MicroLED performance and scalability-while enabling strategic flexibility where customization and geographic transfer matter.
3.75μm
Pixel Pitch
640x480
Resolution
0.12"
Display
OUR PRODUCT
Ultra-bright, power-efficient, and compact displays for low costs.
Our MicroLED platforms are designed for high-yield production and predictable volume ramp, unlocking a scalable pathway to mass-market smartglasses. As Al systems evolve toward agent-driven, real-time interaction, AR becomes the interface layer — and scalable display architecture becomes foundational to that ecosystem.
10x
longer reach than copper
68%
lower power consumption
100x
higher reliability
Al data centers are constrained by power, thermal Imits, and interconnect scalability. Our MicroLED platforms enable energy-efficient optical fabrics that support higher density compute at global scale.
