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Their technology uses at least one [[SLM]] and [[quarter wave plate]] to cancel out light.<ref name="d988">{{cite web | title=Method and System for Occlusion Capable Compact Displays | url=https://patentimages.storage.googleapis.com/c7/36/7a/0a27b9c7a2d8ff/US10983355.pdf | access-date=2024-05-23}}</ref>
 
Their technology uses at least one [[SLM]] and [[quarter wave plate]] to cancel out light.<ref name="d988">{{cite web | title=Method and System for Occlusion Capable Compact Displays | url=https://patentimages.storage.googleapis.com/c7/36/7a/0a27b9c7a2d8ff/US10983355.pdf | access-date=2024-05-23}}</ref>
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==Technology==
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==Alpha Pix==
 
Alpha Pix uses less power than [[waveguide]]-based augmented reality displays. It uses light from the ambient scene in the user’s surroundings, so it doesn't require power for new photon generation. In total, it only consumes about 70mW of power.
 
Alpha Pix uses less power than [[waveguide]]-based augmented reality displays. It uses light from the ambient scene in the user’s surroundings, so it doesn't require power for new photon generation. In total, it only consumes about 70mW of power.