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, no waste and no decay.

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 directs 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 displayed

Brighter, sharper and wider color gamut

Icon of a computer chip or microchip

Traditional microdisplays

Emitting light

  • Uses millions of microscopic light elements called “pixels”

  • Every pixel must be powered continuously to make an image

  • More brightness = more power, more head and faster pixel decay

Icon of a computer chip or microchip

Numunon microdisplays

Laser projection

  • Uses pure laser beams steered by microscopic mirrors

  • Light is projected only where it’s needed, not wasted everywhere

  • Produces less heat, lasts longer, and consumes far less power

Comparison

Performance advantages

The manufacturing difference

Built to scale

  • microOLED displays are built with a special kind of material called “organic.” This means it’s based on carbon chemistry. This is similar to a plastic or very sensitive paint that easily degrades if exposed to air, heat, or moisture. These are highly specialized and require complex factories that are all located overseas.

    Building a new organic display factory in the US would cost billions, take years, and produce very low yields do to the fragile complexity of the process

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 all over the United States.



    No new facilities, no risky new chemistry, and no reliance on rare skills. High yields, lower cost, made with equipment and expertise America already leads in.

MEMS

MEMS manufacturing benefits

Icon of a computer chip or microchip

Semiconductor Manufacturing

Made in the same way as advanced processors

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High-Yield Production
Durable

Repeatable, and cost-effective at scale

Thermometer showing a high temperature

Heat and shock resistant

Built for extreme conditions

Outline map of the United States

Made in the USA

No foreign supply risk or fragile materials

An animated illustration of a light blue butterfly with detailed wings, set against a solid black background.

Drop-in replacement

Numunon’s microdisplays fit directly into existing AR, VR, XR and other optical systems. Same footprint. Same interface. Superior performance.

Icon of a microchip or computer processor.

Familiar Geometry

Fits current module dimensions and alignment tolerances.

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Optical Compatibility

Works with standard waveguides, lenses, and combiners.

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Scalable Form Factor

Compact footprint supports multiple display sizes and configurations.

Learn more about Numunon and the people behind it.

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