Vision beyond limits.

Fifteen years of investment proved one thing: the microdisplay is the barrier.

Apple, Meta, Microsoft, and Magic Leap spent more than 150 billion dollars advancing XR optics, compute, and tracking. Each program stalled at the same point: the microdisplay stack. The market demand is real. The hardware bottleneck is universal.

Every legacy microdisplay trades brightness, efficiency, or scale.

• MicroOLED panels overheat and degrade when driven bright enough for daylight.

• LCoS loses up to 90 percent of light through filters and polarizers.

• Micro-DLP cannot shrink to the micron-level pixel pitches XR requires. All three rely on millions of powered pixels that act like heaters. The more resolution you add, the more heat, cost, and yield loss you create.

Low yield. Offshore dependence. No path to scale.

Microdisplay fabrication never achieved semiconductor-grade reliability. Yields collapse below 60 percent as pixel density increases, while organic and crystal layers fail under heat and humidity stress. More than 95 percent of advanced microdisplay capacity sits in East Asia, creating cost, risk, and supply constraints that OEMs cannot control.

Every pixel draws power. Every headset fights its own heat.

MicroOLED and LCoS engines consume 1 to 2 watts per eye. Higher brightness demands more current, generating heat that shortens lifetime and drains batteries within hours. The result is heavy optics, external battery packs, and thermal limits that no incremental optimization can escape.