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Computer-generated holography calculates how light would travel from a real 3D scene and recreates it with a display. Rather than painting a flat picture and asking your brain to infer depth from clues like blur and parallax, the algorithm solves for the wavefront itself — the phase, amplitude and direction of the light reaching your eye — and encodes that pattern onto a high-resolution modulator. What leaves the display is not a picture of the scene; it carries the same optical information the scene itself would have carried.

That is why a VividQ hologram behaves like a real object. Your eyes focus naturally at whatever distance the content sits, near or far, and depth of field shifts as it should when the viewpoint moves. No glasses, no fixed focal plane, no vergence-accommodation conflict to tire the eyes. The hard part is computation: a hologram is an interference pattern that has to be recalculated for every frame, at the resolution and speed a display demands. Our software does it in real time at over 100 frames per second, on content you already have — and the same platform drives retail displays, automotive HUDs, large-format walls and augmented-reality waveguides.

LED-illuminated · Powered by 1080p LCoS · Running off NVIDIA 2080 Ti

In 2025 we ran Call of Duty: Modern Warfare II on our holographic display, unmodified, through our Co-Reality development kit. Read the GamesBeat coverage