Our proprietary VPH design and manufacturing capability is built to scale with 15+ years optics experience, an in-house pilot line, and tier-one manufacturer partnerships.
HoloWedge uses a proprietary holographic display architecture in a thin polymer film embedded in the lens.
A microprojector couples light into a lightguide, where it is redirected to the VPH and the image is built in front of the user's eye.
Today's waveguides lose most of the display light before it ever reaches the eye. Not for lack of engineering, but because their optical architecture caps what's physically possible. HoloWedge is a new, transformative paradigm.
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The finished HoloWedge architecture is a curved, transparent polymer layer. It's easily embedded in any consumer lens, from lightweight AI eyewear to high-performance immersive AR.
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HoloWedge delivers 50-70% of the light to the eye, compared to 3-8% for typical diffractive waveguides. That efficiency translates directly into what users feel: all-day battery life, a wider field of view, no forward light leak revealing the display to others.
Because so little light needs to be generated to begin with, the projector produces far less heat, removing the need for bulky thermal management and letting the whole module shrink down to fit inside standard consumer-grade lenses.
Comprehensive capabilities for next-generation AR systems.
See our holographic display technology in action and explore how it can power your next product.