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The Alpha Pix CMOS display panel is designed like a smartphone camera, where the imaging lens is integrated directly on the CMOS panel. Alpha Pix uses a [[catadioptric combiner]], which allows a compact folded optical path that enables very high optical efficiency between 25 percent and 75 percent.

The Alpha Pix CMOS display panel is designed like a smartphone camera, where the imaging lens is integrated directly on the CMOS panel. Alpha Pix uses a [[catadioptric combiner]], which allows a compact folded optical path that enables very high optical efficiency between 25 percent and 75 percent.

The Alpha Pix platform demonstrates a world first catadioptric combiner in a thin form factor for AR smart glasses. Alpha Pix controls per-pixel transparency in the virtual image plane, so it is possible to display virtual imagery in a black color. The black imagery can hard-edge occlude physical objects in the real background scene, making the generated black content visible even in direct sun-lit environments.

The Alpha Pix platform uses a catadioptric combiner in a thin form factor for AR smart glasses. Alpha Pix controls per-pixel transparency in the virtual image plane, so it is possible to display virtual imagery in a black color. The black imagery can hard-edge occlude physical objects in the real background scene, making the generated black content visible even in direct sun-lit environments.

Alpha Pix technology is patented in U.S. patent US10983355B2.

Alpha Pix technology is patented in U.S. patent US10983355B2.