LCoS light engines are used in AR glasses, utilizing Liquid Crystal on Silicon (LCoS) technology to design miniaturized optical engines. We offer customizable specifications and support various optical waveguide technologies, providing dedicated services from development to mass production.

Features:
* High Brightness
* Compact Size
* Low Power Consumption


Due to bulky form factor, weight, thermal issues of contemporary display solutions in the market now, AR displays are mostly adopted in the professional applications such as industrial and medical and yet commonly for consumer market. Therefore, compact design and high power efficiency will be the key drivers for consumer market. Mega1’s light engine for display solution focuses on these musts and to strategically feature on below:

LBS with compact size and weight as well high power efficient device are critical to be user-friendly designed for wearable

features:
* Ultra Compact
* Light Weight
* Low Power Consumption


Liquid Crystal on Silicon (LCoS) technology has been developed and transferred by Japanese team, highly in- house production rate, can be adjusted to partner's applications need.

features:
* High brightness
* High-resolution
* Suitable in different scenes

EzARGO : AR display for a smartphone / Pad / Laptop


Features:
* Fits any user body type
* Resolution available in 720P/1080P
* High Brightness
* Hands-free & Easy Carry
* Light-weight (<70g)
* Adopt with iOS/Andriod/NB system


LBS (Laser Beam Scanning) technology also an ideal solution to design in the automotive HUD products given the advantages of high brightness, better virtual image and high color saturation under the natural sunlight.

* Low power consumption
* Custom design for Light path
* Overall cooling construction in compact size


For 3D Sensing, MEGA1’s well-versed controlling in laser scanning parameters such as radiation power, reflection, time and frame rate measurement, and it features compact size and light weight which accelerates the adoption in the medical modeling scan, space survey, autonomous vehicles etc.

* High-resolution of distance measurement
* Strong anti-interference
* Informative data (Depth, reflection rate…etc.)