Enabling Natural and Comfortable Near-Eye Display Experiences
LiFiD® brings interaction to AR devices


Free of
Eyestrain,
Dizziness,
Nausea.
Eyestrain,
Dizziness,
Nausea.
LiFiD® is designed for a wide variety of AR display systems. It enhance user’s viewing experience.
The image processed by LiFiD algorithm will be re-organized into a light field through the LiFiD projection module.
LiFiD® is designed for a wide variety of AR display systems. It enhance user’s viewing experience.
The image processed by LiFiD algorithm will be re-organized into a light field through the LiFiD projection module.
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VAC-Free
VAC-Free
LiFiD® is able to resolve the vergence-accommodation conflict (VAC) and avoid the dizzy and uncomfortable experiences suffered by users of most existing near-eye displays with a single fixed focal plane.
LiFiD® is able to resolve the vergence-accommodation conflict (VAC) and avoid the dizzy and uncomfortable experiences suffered by users of most existing near-eye displays with a single fixed focal plane.
LiFiD® is an innovative and elegant solution that produces the light rays of a virtual scene as if they are emitted from a natural scene.
LiFiD® is an innovative and elegant solution that produces the light rays of a virtual scene as if they are emitted from a natural scene.






TRUE
Virtual-Reality Fusion


LiFiD® allows near-eye displays to show interactive virtual content at a hand-reachable distance.
You will be able to operate and interact with virtual objects with your hands.
LiFiD® allows near-eye displays to show interactive virtual content at a hand-reachable distance.
You will be able to operate and interact with virtual objects with your hands.
Even more,
continuous
focal plane.
Even more,
continuous
focal plane.
Unlike most existing AR/MR displays, which have only one or two fixed focal planes,
LiFiD® has continuous focal planes and allows virtual objects to be rendered at ANY DEPTH
Unlike most existing AR/MR displays, which have only one or two fixed focal planes,
LiFiD® has continuous focal planes and allows virtual objects to be rendered at ANY DEPTH