Cellid推出兩款AR眼鏡參考設計 塑料/玻璃波導覆蓋全場景需求

日本AR技術開發商Cellid近日發布兩款輕量化無線AR眼鏡參考設計，推動技術從企業級應用延伸至日常場景。新品包含面向入門應用的綠色單色模型與針對高端開發的全彩模型，均採用輕便眼鏡形態設計。

單色模型配備量產型塑料波導與綠色Micro-LED顯示，搭載高性能處理器及500萬像素鏡頭，支援Wi-Fi 6連接，適用於AI運算及基礎聯網場景。全彩模型則採用玻璃波導與全彩Micro-LED，配備1200萬像素鏡頭並支援Wi-Fi 7，專為需要高畫質與高速傳輸的XR平台開發而設計，預計於2026年1月上市。

兩款設計均具備30度視場角的雙眼顯示能力，最高顯示亮度可達3000尼特，確保在室內外環境下的清晰可視性。Cellid表示，此次設計融合了其先進光學技術、合作夥伴的工程經驗與用戶回饋，在保持時尚外觀的同時強化實用功能。

公司強調，AR技術已進入廣泛落地階段，未來將持續推動增強現實在多元場景中的應用，構建更貼近日常生活、提升效率的資訊工具。

Cellid Introduces Two AR Glasses Reference Designs, Covering Full-Scenario Needs with Plastic/Glass Waveguides
Japanese AR technology developer Cellid recently unveiled two lightweight wireless AR glasses reference designs, aiming to extend the technology from enterprise applications to everyday scenarios. The new offerings include a monochrome green model for entry-level applications and a full-color model for high-end development, both adopting a lightweight glasses form factor.

The monochrome model features mass-producible plastic waveguides and green Micro-LED displays, equipped with a high-performance processor and a 5-megapixel camera, supporting Wi-Fi 6 connectivity, suitable for AI computing and basic networking scenarios. The full-color model utilizes glass waveguides and full-color Micro-LED, equipped with a 12-megapixel camera and Wi-Fi 7 support, designed for XR platform development requiring high image quality and high-speed transmission, with an expected launch in January 2026.

Both designs offer a 30-degree field of view for binocular displays, with maximum display brightness reaching 3000 nits, ensuring clear visibility in both indoor and outdoor environments. Cellid stated that these designs integrate its advanced optical technology, engineering expertise from partners, and user feedback, enhancing practical functionality while maintaining a fashionable appearance.

The company emphasized that AR technology has entered a phase of widespread adoption and will continue to promote the application of augmented reality in diverse scenarios, building information tools that are closer to daily life and improve efficiency.