Goertek Unveils Comprehensive XR Portfolio at CES 2026, Spotlighting Full-Scene AI Glasses and Advanced Optical Systems

Goertek, a core contributor to the global extended reality ecosystem, has presented a wide-ranging XR portfolio at CES 2026 in Las Vegas, introducing what it describes as an “XR New Year Package” that spans full-scene AI glasses, mixed reality reference designs, and a deep lineup of optical and sensing solutions. According to a report published by PR Newswire, the showcase reflects both Goertek’s vertically integrated capabilities and the growing maturity of China’s smart manufacturing within the consumer electronics market.

At the center of the exhibit is the binocular, full-color AR glasses reference design known as “Rubis.” Designed to address persistent barriers to consumer AR adoption, Rubis combines display quality, computing efficiency, and intuitive interaction within a single system-level architecture. The device integrates Goeroptics’ proprietary full-color etched waveguide display module, using a vertical optical format to present camera previews, AI prompts, and translation overlays while preserving the user’s natural field of view and reducing visual obstruction.

Rather than relying on a single system-on-chip, Rubis adopts a heterogeneous Tri-Chip architecture that separates MCU, ISP, and NPU functions. This distributed pipeline optimizes data flow from camera capture through image processing and neural inference before final display, improving power efficiency while enabling continuous, lightweight object-detection models to run on a dedicated NPU. The approach lays the groundwork for an always-on AI experience at ultra-low power. From a design standpoint, the reference model blends sheet-material accents with a classic frame profile and incorporates a modular nose-pad system intended to support long-term wear comfort.

Interaction is handled through an accompanying EMG neural wristband developed in-house. Using highly sensitive sensors, the wristband achieves gesture-recognition accuracy above 90 percent, enabling discreet control through subtle finger movements and overcoming limitations associated with touch-based interfaces.

Alongside its flagship concept, Goertek also introduced reference designs focused on reducing weight and improving everyday usability. The AI glasses reference design “Spinel” weighs just 35 grams and combines a fashion-oriented form with extended battery life and high-definition imaging. It supports 4K photo capture at 4032×3024 resolution and continuous 1080p video recording at 30 frames per second for up to one hour, with Electronic Image Stabilization and High Dynamic Range. The design also incorporates proactive AI visual perception, allowing low-power environmental sensing that shifts the user experience from reactive commands toward context-aware services.

For users of conventional eyewear, Goertek unveiled “Rox Vision,” a modular AI smart glasses accessory that attaches to standard frames. The concept decouples imaging, audio, and AI processing into a compact add-on, preserving existing optical correction and style while introducing generative AI interaction. Through dense PCB integration and structural stacking, Rox Vision maintains a total weight below 15 grams. The accessory integrates a 105-degree ultra-wide field-of-view camera for immersive first-person capture, along with customized SBS speakers and MEMS microphones to deliver closed-loop voice interaction.

Goertek also addressed mixed reality comfort with an ultra-lightweight MR reference design that reduces headset mass to approximately 100 grams, around one-fifth the weight of typical all-in-one devices. Despite the reduction, the design incorporates a 1.35-inch 4K Micro-OLED display and a self-developed 3P Pancake optical module, delivering 38 pixels per degree within a 100-degree field of view. Full support for video see-through, six degrees of freedom, and interactive features positions the design for extended media consumption, light productivity, and casual gaming.

Optics remain a core focus of Goertek’s XR strategy. At CES, Goeroptics presented a full-color polymer waveguide module, F15Pi, designed to balance lightweight construction with high image fidelity. By using high-refractive-index polymer materials and optimized micro-nano structures, the module reduces rainbow artifacts while achieving waveguide transmittance above 92 percent. When paired with a compact 0.2cc, 0.5g full-color Micro-LED light engine, the solution supports all-day wearable AR use.

The company also demonstrated a fully bonded silicon carbide etched waveguide module, achieving a thickness of 0.65 millimeters and a weight of 3.5 grams while delivering uniform color performance at a 30-degree field of view. For outdoor AR scenarios, the F25Ge full-color etched waveguide reaches peak intraocular brightness of 4,200 nits when combined with a high-efficiency Micro-LED light engine.

In mixed reality optics, Goertek showcased Pancake solutions that integrate optical power adjustment. The Xinghe LE51-D supports diopter adjustment from −7.00D to +2.00D within a 14-millimeter profile and pairs with a 1.03-inch Micro-OLED display offering an 85.5-degree field of view. A thinner alternative, Xinghe LE52, uses a 0.68-inch screen and achieves a total track length of 13.6 millimeters.

Addressing the long-standing vergence-accommodation conflict, Goertek unveiled its Electrically Tunable Liquid Crystal Molecular Focusing technology. By adjusting liquid crystal alignment through voltage modulation, the lens enables continuous diopter tuning from −3.00D to +3.00D. With thickness under 1 millimeter and an aperture exceeding 25 millimeters, the solution is suitable for VR, MR, and AR integration, reducing the need for additional corrective lenses and improving overall comfort.

As reported by PR Newswire, Goertek’s CES 2026 portfolio reflects a system-level response to industry challenges spanning display performance, wearability, and usability. From chipset architectures and interaction methods to optical materials and manufacturing processes, the company’s integrated approach highlights multiple practical pathways toward broader XR adoption as the ecosystem continues to mature.

Source: PR Newswire – Have a Story? Address it to the Editor and submit it here

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About Goertek

Goertek is a global technology company specializing in precision manufacturing and integrated solutions across acoustics, optics, sensing, and intelligent hardware. The company plays a significant role in the extended reality ecosystem, providing vertically integrated capabilities that span core components, optical systems, and complete reference designs for AR, VR, MR, and AI-enabled wearables.

Through subsidiaries such as Goeroptics, Goertek develops advanced waveguide displays, Micro-LED and Micro-OLED optical modules, and next-generation lens technologies. Its work emphasizes lightweight design, power efficiency, and scalable manufacturing, supporting applications in consumer electronics, smart wearables, and immersive computing.

By combining research, engineering, and large-scale production, Goertek serves global technology partners while contributing to the evolution of XR hardware toward practical, mass-market adoption.

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Featured image Source: Linkedin

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