Uploaded June 2026 | Updated September 2026, 6 days ago
The next major inflection in computing and eyewear requires display technology that delivers premium augmented reality while remaining invisible to the wearer. This presentation introduces a human-centric visual system built on advanced nanophotonic waveguide platforms, engineered to bring AI-powered smart eyewear to high-volume manufacturing.
The platform features a full-color, single-sheet waveguide display achieving 9,200 nits/lm brightness — rainbow-free with outstanding color uniformity — in all-day wearable glasses under 50 grams. Personalization through multiple frame shapes, lens tints, and integrated prescription correction addresses a key barrier to consumer adoption.
Session Speaker:
- Ludovic Godet, VP, Head of R&D and Product Engineering, Photonics Platform Business, Applied Materials
This session was recorded at AWE USA 2026 - the world's leading XR + AI event series. To learn more visit: awexr.com
The next major inflection in computing and eyewear requires display technology that delivers premium augmented reality while remaining invisible to the wearer. This presentation introduces a human-centric visual system built on advanced nanophotonic waveguide platforms, engineered to bring AI-powered smart eyewear to high-volume manufacturing.
The platform features a full-color, single-sheet waveguide display achieving 9,200 nits/lm brightness — rainbow-free with outstanding color uniformity — in all-day wearable glasses under 50 grams. Personalization through multiple frame shapes, lens tints, and integrated prescription correction addresses a key barrier to consumer adoption.
Session Speaker:
- Ludovic Godet, VP, Head of R&D and Product Engineering, Photonics Platform Business, Applied Materials
This session was recorded at AWE USA 2026 - the world's leading XR + AI event series. To learn more visit: awexr.com
