Applied Materials Showcases Its "invisible AI Glasses" Technology Platform at AWE 2026

At AWE USA 2026, Ludovic Godet, Head of Photonics Platforms at Applied Materials, announced the company's nanophotonic waveguide display platform for next-generation AI glasses and showcased the latest AR glasses prototype.

Godet stated that future AI glasses need to provide a high-quality augmented reality experience while maintaining an appearance and wearing experience similar to ordinary glasses. To this end, Applied Materials developed a monolithic full-color waveguide solution, achieving a brightness of over 9000 nits/lm, while simultaneously solving the rainbow effect problem common in traditional diffractive waveguides and improving color uniformity.

He believes that the significance of smart glasses lies not only in displaying information, but also in helping users break free from their dependence on smartphone screens. Current products, such as Ray-Ban and Meta, have already validated the market potential of smart glasses, and the further integration of display capabilities and AI capabilities promises to make glasses true personal intelligent assistants.

To meet the demands of the consumer market, Applied Materials is focusing on three key areas: lightweight design, personalization, and large-scale manufacturing. The company has reduced the weight of its waveguide module from 6-7 grams to approximately 3 grams and launched the "Mikong," a monocular AR glasses prototype weighing only 48 grams, integrating a full-color display, wireless electronic systems, and electrochromic lenses.

Regarding personalization, the platform supports different frame shapes, lens colors, and prescription lens integration. Godet points out that myopia correction capability is one of the important prerequisites for the widespread adoption of AI glasses.

In addition, Applied Materials showcased a prototype binocular AR glasses using a Micro-LED optical engine and a Qualcomm Technologies platform, and revealed that its waveguide production line in Singapore, built in collaboration with GlobalFoundries, has completed the first batch of wafers meeting yield standards and is progressing towards mass production of millions of wafers.

Godet concluded that next-generation AI glasses must simultaneously possess high-performance displays, all-day wearing comfort, personalized customization, and large-scale manufacturing capabilities, and that nanophotonic waveguide technology is a crucial foundation for driving "invisible AI glasses" into the consumer market.

Source: VR Tuoluo