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https://www.goolton.com/products/m3043-ar-optical-module.html

M3043 adopts Lcos array optical waveguide.

This optical display module is a top-down module, which is mainly used in AR equipment in the form of helmets and safety helmets.

FOV reaches more than 40°.

The transmittance is more than 85%.

Compared with competitors, we,a professional AR glasses company, provide M3043 whose brightness is higher, the image size is larger, and the distortion is small.

M3043 Optical Waveguide Technical Specifications
ItemSpecM3043
Field of ViewDiagonal FOV43
Technology0.55' LCOS
Display PanelAspect ratio16:09
Horizontal display resolution1920
Horizontal display resolution1080
FPSup to 420 Hz
Pixel Pitch6.3
Panel dimensions12.096×6.804
Eyebox13×10
Eyebox&Eye ReliefEye Relief22
Virtual imaging size93''@3m
Image qualityContrast1000:01:00
Optical distortion<4
See-through transmissionSee-through transmission>85%
WeightWeight~40g
Optical module seizeSeize~29.5*51*16

M3043 Optical Waveguide Glasses Features
M3043 adopts Lcos polarized array optical ar waveguide display. This waveguide glasses module is a top-down module, which is mainly used in AR equipment in the form of helmets and safety helmets.

FOV reaches more than 40°. The transmittance of M3043 is more than 85%. Compared with competitors, the brightness is higher, the image size is larger, and the distortion is smaller.

Small: the size of the projector is reduced by 85%

Light: the weight of this AR module is about 33g

Thin: Refraction distortion is less than 2mm

Color: ultra-high contrast, resolution, color reproduction, and ultra-full color gamut coverage

Low power consumption: battery life can last about 10 hours

Large viewing angle: M3043 adopts a top-down structure, the horizontal field of view is completely unobstructed

M3043 Waveguide Glasses FAQs
Q.
How does an optical waveguide work?
An optical waveguide is a physical structure that guides electromagnetic waves in the optical spectrum. Common types of optical waveguides include optical fiber waveguides, transparent dielectric waveguides made of plastic and glass, liquid light guides, and liquid waveguides.

Q.
Which material is used for waveguide?
Typically waveguide is made of brass, copper, silver, aluminum, or any metal that has low bulk resistivity.

Q.
What is difference between optical fiber and waveguide?
Optical fiber is a special case of a waveguide, optimized to convey light waves. It is small diameter and far less expensive than waveguides that are built to constrain lower-frequency energy.

Q.
What are the three 3 modes of waveguide?
The three types of modes in slab waveguides are guided mode, substrate radiation mode, and superstrate-cover radiation mode. Guided modes within a symmetric slab waveguide include TE mode and TM mode. In the TE mode of propagation, there is no electric field component in the direction of propagation.