Goeroptics Unveils Groundbreaking XR Optics Solutions at SPIE 2026 Show

Goeroptics Presents its Latest Optical Innovations at SPIE 2026

On January 23, 2026, Goeroptics, a premier provider of Augmented Reality (AR) and Mixed Reality (MR) solutions, unveiled an impressive array of advanced XR optical technologies at the SPIE AR|VR|MR exhibition in San Francisco. The highlight of their presentation was the groundbreaking F50Se module, which features a 50° field of view (FoV) using an innovative silicon carbide (SiC) etched optical design tailored for seamless AR experiences. This product exemplifies Goeroptics' commitment to pushing the boundaries of XR technology.

Revolutionary SiC Technology Enhancing AR Display

Goeroptics’ new F50Se module marks a pivotal moment in AR technology. Traditional glass waveguides have limited FoV capabilities, typically capping at around 30° due to the refractive index constraints of the materials used. Goeroptics has shattered this limitation by utilizing silicon carbide, with a notably higher refractive index of 2.65. This innovative upgrade allows for a significant expansion in FoV to 50°, thereby promising a much richer visual experience without the common artifacts usually associated with AR displays, such as color distortion.

To achieve this, Goeroptics has also adopted advanced fabrication techniques, including ion beam etching, which caters to the unique characteristics of SiC. This approach effectively minimizes reflection issues, achieving a reflectivity of less than 5%, which drastically reduces ghosting and rainbow effects typical in standard AR optics. Additionally, the F50Se is equipped with a state-of-the-art LCoS light engine, providing a brightness of over 1500 nits, making for a large-screen-like viewing experience that enhances user engagement.

Diverse Portfolio Addressing Various XR Applications

The SPIE event served as a platform for Goeroptics to present a comprehensive line of optical solutions designed for various XR applications. For general consumer use, the company showcased the F30Se module, which offers a 30° FoV while maintaining an incredibly lightweight and compact design, weighing only 3.5 grams. This model employs a fully-laminated SiC waveguide that measures just 0.65mm in thickness.

The F15Pi model, made from high-refractive-index polymer, is particularly well-suited for extended wear due to its lightweight and durable structure. Its design, paired with micro-nano grating structures, enhances waveguide transmittance to over 92%, further minimizing optical artifacts and ensuring a clear visual experience. Complemented with a compact Micro-LED optical engine, it caters to all-day use while delivering vibrant visuals.

In environments where bright lighting is an issue, such as construction or outdoor activities, Goeroptics introduced the F25Ge module. Designed to withstand high ambient light conditions, it boasts a peak brightness of 4,200 nits, ensuring legibility under bright sunlight, which is crucial for outdoor applications.

For mixed reality environments, the company continues to innovate with its ultra-compact Pancake modules. The latest model, Star LE51-D, presents an 85.5° FoV and a resolution of 29 pixels per degree, with seamless diopter adjustments ranging from -700° to +200°. An even more refined version, the Star LE52, reduces the total track length to just 13.6mm while optimizing display size for an improved user experience.

Driving XR Innovation Forward

The SPIE AR|VR|MR conference is renowned for presenting the latest in XR display technologies, making it the ideal setting for Goeroptics to unveil its cutting-edge SiC waveguide series alongside various application-centric optical solutions. The company’s breakthrough innovations are anticipated to accelerate the widespread integration of AR and MR technologies, spanning diverse sectors from entertainment, gaming, and multi-screen productivity to industrial applications and outdoor operations.

With an ongoing dedication to advancing materials and fabrication methodologies, Goeroptics is setting the stage for a future where XR optics are not only thinner and clearer but also more versatile, signaling a new era in the realm of augmented and mixed reality.

For more information about Goeroptics and their range of XR solutions, visit their website or follow them on their social media platforms.