Skip to product information
1 of 5

AR Optical Waveguide Module 1280x720

AR Optical Waveguide Module 1280x720

SKU:DM-ARM-101

Regular price $999.00 USD
Regular price Sale price $999.00 USD
Sale Sold out
Shipping calculated at checkout.
set
 1 pcs original price
5 pcs 8% off
10 pcs 10% off

Shipping

Standard and expedited shipping available, free expedited shipping over $600. Lenrn more

Easy Returns

No need to worry about buying products that don't fit your design, we offer a 30-day no-questions-asked return service.

More Order, More Save

The higher the quantity ordered, the greater the discount, so contact us for the discount price! Contact us

View full details

Request Volume Pricing

ARM-101 Technical Specifications

ParameterSpecification
Field of View30°=26.16°(H)×14.71°(V)
Resolution1280 x 720
ColorFull-color RGB
Brightness800 nits
Contrast Ratio500:1 (FOFO)
Brightness UniformityOver 80%
Grayscale8-bit
Eye Movement Range10x10 (mm)
Transmittance85%
Imaging DistanceOptically Infinite
ARM-101 Light Waveguide Module
ARM-101 Light Waveguide Module Pin Map

Pin Map

symbolparametermintypmaxunits
VDD5supply voltage5.005.506.00V
VDD15supply voltage1.351.501.65V
VINground000V
VIHhigh level input voltage1.21.2VDD15 +0.3V
VILlow level input voltageVSS -0.3VSS -0.30.4V
symbolparametermintypmaxunits
IILinput leakage-2020μA
CIinput capacitance5pF
IDD5supply current, VDD510mA
IDD15supply current, VDD1570mA
CITOITO capacitance3.05.0nF

Positioning and Installation Design

Positioning Plane

The waveguide plate serves as the positioning benchmark in the assembly process of various parts of the light engine module, and it has the highest accuracy in form and positional dimensions. It can be used as the primary positioning plane for the assembly of the light engine module and the glasses case:
1). LOE Front Plane: Positioning in the front and back direction.
2).LOE Top Plane: Positioning in the up and down direction.
3). LOE Side Plane: Positioning in the left and right direction.

Fixing Method

Design the internal waveguide plate contour of the front shell of the glasses to be consistent with the above positioning plane contour. Correspond the position of the above positioning plane one by one with the position on the surface of the light engine module, and fix the light engine module to the glasses case (to ensure the strength of the front shell of the glasses).

ARM -101 Light Waveguide Module Positioning and Installation Design

Structural Design

Optical Display Area

1). Display Area 38mm×12mm (Cutting prohibited section)
2). Waveguide size 49.93mm×29.5mm (Default shape)
3). Display center, designed to be directly in front of the human eye

ARM-101 Light Waveguide Module Optical Display Area
ARM-101 Light Waveguide Module Binocular Design Instructions

Binocular Design Instructions

1). The LOE structure of the light waveguide lens in the left and right light engine modules is designed symmetrically.
2). The casings of the light engine modules, LED board & LCOS board, in the left and right, are designed asymmetrically, rotated 83.7° (each at an angle of 41.8° with the front of the human eye).
3). The recommended distance between the eyeball and LOE should not be more than 18mm.
4). The recommended design value for the distance between the display centers of the left and right eyes is 63.5mm (corresponding to the human eye's pupil distance).

Secure Shopping

SSL-encrypted transactions for safe shopping

Free Shipping

Free shipping on orders over $400

Easy Returns

Hassle-free 30-day returns policy for all orders

Customer Support

Professional engineering team technical support

Stunning Shots by CapturePro X200

Discover the World with CapturePro X200's Lens

What Our Customers Say

Hear why thousands of our customers love CapturePro

CapturePro X200 FAQs

Get Answers to commonly Asked Questions about CapturePro

Expand Your Photography Kit

Accessories tailored to elevate your CapturePro X200 experience