Built around human vision.

Human visual-field diagram showing horizontal and vertical coverage, central and peripheral vision, and the contribution of eye movement

Two complementary foundations: compact near-eye optics and an architecture that extends the field of view.

HO140.D72.ER10 pancake visual engine used in PanoVR1, held in a hand — Example of Visual Engine
HO140.D72.ER10 used in
PanoVR1: 160×120°

Pancake lens modules

Widest FoV
Edge-to-edge sharpness
Biggest eyebox
Patented optics

Folded optical paths support compact near-eye visual engines. Hypervision develops optical modules and production know-how for wide-field headset applications.

Four tiled HOuD.D42.ER10 visual engines for UltraSlim220, showing the central and peripheral lenses — Example of x4 tiled
HOuD.D42.ER10 Visual
Engines for UltraSlim220

Four-tile architecture

Two visual engines serve each eye: a central engine and a temporally tilted peripheral engine. Their imagery is designed to form a continuous panoramic view.

Optical layout, image mapping, and calibration work together. Integration depends on the selected display, mechanical envelope, and application.

Precise mechanical shape plus software pre-compensation provide seamless stitching. Four HyperOcular visual engines combine central and peripheral images for both eyes in binocular perception.

Architecture protected by patents.

US12411342B2Granted US patent · four-tile visual-engine architectureRead the patent ↗

CN115335755BGranted Chinese patent · four-tile visual-engine architectureRead the patent ↗

The linked patents provide the claims and publication details. Further optical-module patent references can be supplied during technical discussions.

Invisible central/peripheral crease

Through-the-lens demonstration

Annotated lens close-up and optical diagram with a red dashed line identifying the central/peripheral junction — The red dashed line identifies the central/peripheral junction.

Bring your application.
Expand its possibilities.