The microdisplay, reinvented.

From powering pixels to laser projection.

Engineered for scale, reliability, clarity, and affordability.

Numunon replaces millions of powered pixels with a single micro-mirror and three RGB lasers that project light directly, resulting in higher efficiency and lifespan.

How it works:

A bright white laser beam splitting into multiple colored light beams and scattering into space with stars.

Lasers project the light

Three RGB lasers generate pure color   

A modern art installation features two intersecting blue laser beams from a source on the floor, projecting onto a wall in a dark room.

MEMS mirror steers it

Millions of light dots at >120Hz.

A black box containing an image of a sunset over rocky landscape, with orange and pink sky, on a gray surface with yellow paper coming out of it.

The image is formed

Brighter, sharper and higher color brilliance

Traditional microdisplays

Emitting light

Uses millions of microscopic light elements called “pixels”
Every pixel must be continuously driven to make an image
More brightness = more power, more heat, and reduced lifespan

Numunon microdisplays

Laser projection

Uses laser beams steered by microscopic mirrors
Light is projected only where it’s needed
Produces less heat, lasts longer, and consumes less power

Comparison

Performance advantages:

The manufacturing difference:

Built to scale

microOLED is a fragile, yield-sensitive technology stack. It depends on oxygen/moisture-sensitive organic films that require stringent encapsulation and ultra-clean manufacturing. At the brightness levels XR needs, thermal and aging constraints tighten quickly, and scaling high-PPI production is expensive because yield and defect sensitivity dominate cost. Supply is concentrated in a small number of overseas fabs, making capacity and lead times hard for OEMs to control.

microOLED

MEMS is “mechanical”, built from silicon using trusted processes. These are the same used for microchips for phones, cars, and medical devices. These factories already exist throughout the United States.  
Existing facilities support the processes required by our technology. High yields, low cost, made with equipment and expertise America already leads in.