Goeroptics recently unveiled the AR full-color optical waveguide display module,?F50Se, achieving a?50-degree field of view (FOV), at the prestigious international XR conference—SPIE AR|VR|MR in the United States. This advancement enables AR glasses to achieve an exceptionally slim form factor while delivering superior display performance.

The?F50Se?module innovatively employs?high-refractive-index silicon carbide (SiC) optical waveguide material, breaking through the ~30° FOV physical limit of traditional glass substrates to reach an ultra-wide 50° FOV. Furthermore, through?innovative grating design and dry-etching processes, it effectively eliminates common artifacts in AR waveguide displays, such as ghosting and rainbow effects, significantly enhancing visual purity. Paired with a?full-color, miniaturized LCoS micro-display, the module can achieve an eye-box brightness of over?1,500 nits.

Through this series of innovations, Goeroptics provides a key optical solution for slim AR glasses, combining a?virtual large screen, full color, and high brightness, thereby elevating experiences in viewing and entertainment scenarios.

At the event, Goeroptics also showcased several other core products: the?F30Se?SiC etched optical waveguide module with a thickness of only?0.65mm; the lightweight full-color polymer optical waveguide module?F15Pi; the?F25Ge?module adapted for outdoor bright light and industrial scenarios; and a slim?MR Pancake module.

Moving forward, Goeroptics will continue to deepen synergistic innovation in materials and processes to support the iterative upgrade of XR devices.