Explore Smart Glasses

AREX unveiled the AREX ONE AR diving mask at IFA 2026. It projects diving data into the user's field of view using MicroLED and transparent optical waveguide technology, supports multiple diving modes, and is rated for depths of up to 120 meters. The device is complemented by an ecosystem of accessories, including a pressure chamber, a diving flashlight, and an AI-powered marine life identification scanner.

An analysis of the seven cold-processing steps for optical lenses, from blank to finished product: cutting, milling/grinding, fine grinding, polishing, edging, cleaning, and coating.

Centered on a camera-free design with an everyday aesthetic, XGIMI’s MemoMind One creates AI-powered productivity glasses by combining Micro-LED waveguide technology with a hybrid large-model system.

At Connect 2026, Meta unveiled the "Meta VR Glasses," featuring a split-system architecture that reduces the headset's weight to approximately 100g. Emphasizing gesture and eye-tracking interactions, the device is positioned as a lightweight unit for media consumption and light productivity tasks, filling the gap between the Quest and the Vision Pro.

This article analyzes the four core aspects of polarization optical system design and presents practical principles for optical layout based on engineering experience, helping engineers avoid common pitfalls in polarization design.

Retinal eye-tracking technology offers significant advantages in terms of accuracy, power consumption, and size—requiring only a one-time calibration for lifelong use without being affected by device displacement—yet the collection and storage of retinal data also raise new privacy concerns.