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The DPX 30°

Our first of many products to come, the DPX 30° delivers a 30-degree diagonal field of view


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How it works

The DPX 30° diffractive waveguide display delivers a full-color AR experience via a large eye-box and wide field of view. Instead of just using your imagination, take a look at what is possible.


The combination of small incoupling, two-dimensional exit pupil expansion and large eye box allows you to create user-friendly AR eyewear with an ultra-compact form factor.

The DPX 30° Waveguide


Field of view 30 deg diagonal
Aspect ratio 16:9
Eye relief 20 mm
Eye box dimension 16 x 12 mm 4 mm pupil
Input pupil diameter 5 mm circular
Input pupil standoff 0.5 mm
Image focus distance infinity

LED centre wavelengths

Red 620 nm
Green 520 nm
Blue 460 nm
  • RGB full-color image
  • Compatible with DLP & LCOS engines
Efficiency 200 nit/lm waveguide/optical engine
MTF 15 lp/deg >45% contrast
Transmittance 82 % normal incidence
Contrast 1:60 ANSI white checkerboard

Optical engine

The DPX 30° optical engine offers good resolution combined with high efficiency in a small form factor – meaning brighter RGB images and longer battery life.

The DPX 30° Optical Engine



Projector type DLP
Field of view 30 deg
Image orientation landscape
Display resolution 854 x 480 p WVGA
Projection type color sequential
Flux at the exit pupil 15 lm/W
Dimensions 42 x 15 x 9 mm
Weight 9 g

Display module

Our module is a turnkey solution that combines our waveguide and optical engine to make it easy to develop your own AR eyewear product.


Field of view 30 deg diagonal
System resolution 854 x 480 p WVGA
Eye relief 20 mm
Efficiency 1500 nit/W
Input pupil diameter 5 mm
Refresh 120 Hz
Interface HDMI video

An AR and MR ready product

A cutting edge display solution for augmented
and mixed reality products


For developers of AR glasses

Subtle infographics that enhance daily life.


For companies creating MR headsets

Video and 3D headsets for true power users

Request Dev Kit

Get in touch and learn how our displays
can help you make better AR eyewear.


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