Momentum in the augmented reality (AR) glasses market continues to accelerate, as overall shipments grew 148% YoY and the waveguide-based segment saw 600% YoY growth.

All of the industry-leading AR devices entering the market require the highest quality photonic waveguides to create exceptional visual quality for the next generation of displays. More than that, as augmented reality evolves toward wearable experiences, it is essential to do more: we must move beyond individual component innovation toward fully integrated visual systems that feel natural, seamless and invisible to the wearer. The next generation of AR devices must deliver exceptional visual performance without sacrificing comfort, aesthetics or everyday usability. 

 Applied Materials is helping define the future of visual systems through decades of materials engineering expertise and scalable advanced production. Together with GlobalFoundries, we are enabling the next generation of advanced waveguide innovation at scale by using the equipment and capabilities we developed for semiconductor wafer manufacturing to design and build the world’s leading waveguides.

Today, we celebrated an important milestone: the  first augmented reality waveguide from the world's most advanced AR display fab. This achievement represents more than a production milestone. It demonstrates how advanced display innovation and semiconductor manufacturing technology can come together to accelerate commercialization for the broader XR ecosystem. The milestone reinforces Singapore's role as a strategic hub for AI-powered display  innovation, advanced manufacturing and commercialization of next-generation smart glasses.

The emerging waveguide market

The rapid growth of AR glasses is creating unprecedented demand for advanced photonic technologies. As more companies invest in wearable computing experiences, waveguides are emerging as one of the industry's most important enabling technologies, providing the optical foundation that allows digital content to be seamlessly integrated with the physical world. But waveguides alone are not enough. Realizing the full potential of XR will require tightly integrated visual systems that bring together optics, sensors and projection technology, all based on materials innovations and scalable advanced manufacturing that Applied Materials delivers.

Leadership in materials engineering

As AI creates demand for richer, more immersive computing experiences, photonics technologies are becoming increasingly important to the future of wearable devices. For nearly 60 years, Applied Materials has helped bring breakthrough technologies from the lab to high-volume manufacturing. Today, we are applying that same expertise in materials engineering, process technology and advanced manufacturing to help solve some of the most complex optical challenges facing the XR industry.

Manufacturing at scale

Transforming breakthrough photonic technologies into products requires more than innovation alone. The capabilities Applied Materials has added mean now we can not only create enabling equipment but also execute scalable production of devices. Together with GlobalFoundries, Applied Materials is helping establish a seamless path for devices, from development to production, creating the infrastructure needed to support the next generation of waveguide-enabled devices.

Ultimately, we believe ambient computing will fundamentally reshape how people interact with each other and the world.  The production of the first augmented reality waveguide from the world's most advanced AR display fab marks an important step toward that future. Unlocking that future requires deep collaboration across the ecosystem, from materials engineering and manufacturing to device design and AI experiences, and Applied Materials is proud to help build the foundation for that future.