The next phase of smart glasses may depend less on adding AI features and more on making the hardware disappear. Lumus has signed a new licensing agreement with Quanta Computer to manufacture its next-generation geometric waveguides, targeting thinner optics, lower production costs and lighter AR eyewear as the market moves toward more wearable AI devices.
Lumus is expanding its long-running manufacturing relationship with Quanta Computer as competition intensifies to make augmented reality glasses look and feel more like conventional eyewear.
Under the new licensing agreement, Quanta will manufacture Lumus’ next-generation reflective, or geometric, waveguides, including the Z-30 2.0 and the company’s new A-Lens designs in 30-degree and 50-degree fields of view. The companies have worked together for nearly a decade, following Quanta’s investment in Lumus in 2016.
The announcement matters because the optical system remains one of the hardest components to shrink in an AR glasses design. A waveguide sits inside the lens and directs projected light into the user’s eye while allowing the wearer to continue seeing the physical world. Its size, brightness, efficiency, field of view and manufacturing yield all affect whether an AR product can move beyond specialist hardware.
Lumus’ approach differs from the diffractive waveguide architectures used by several competitors. Companies including Dispelix, DigiLens and WaveOptics are developing their own optical approaches and manufacturing ecosystems, while WaveOptics operates as a subsidiary of Snap and supplies technology for AR eyewear.
Lumus is betting on reflective geometric optics as a way to balance image quality and efficiency with a form factor suitable for consumer glasses.
The new Z-30 2.0 is designed around a 30-degree field of view and a thinner optical engine. Lumus says the design increases brightness and supports direct bonding with prescription lenses, potentially reducing one of the integration challenges for glasses that need to serve both optical and computing functions.
The A-Lens family takes the miniaturization push further. Lumus says its 30-degree and 50-degree versions are approximately half the weight and thickness of previous generations. The company is positioning the platform for lower-cost manufacturing while maintaining the optical characteristics of its existing architecture.
That manufacturing emphasis may be as important as the optical specifications themselves.
AR glasses have historically faced a difficult equation: consumers want devices that are lightweight and socially acceptable, but displays, batteries, cameras, processors and optical engines all compete for space and power. An optical component that can become thinner without sacrificing brightness or field of view gives hardware designers more room to solve the rest of the system.
The timing is significant. IDC reported that global smart-glasses shipments jumped 167% year over year in the first quarter of 2026, reaching approximately 2.25 million units for the quarter. IDC expects total smart-glasses shipments to reach about 13.6 million units in 2026 and 27.3 million by 2030.
Counterpoint Research has also identified a sharp acceleration in AR glasses using waveguides. It reported that global AR smart-glasses shipments increased 98% in 2025, while waveguide-based AR smart glasses grew more than 600% year over year during the second half of the year.
Those numbers point to an industry moving from technology demonstrations toward a supply-chain race.
That race includes much larger technology ecosystems. Meta is pushing AI-enabled eyewear through its Ray-Ban partnership and is moving toward display-equipped glasses, while Google, Microsoft, Amazon and NVIDIA are building broader AI, cloud, computing and developer ecosystems that could ultimately support spatial and wearable computing.
For enterprise hardware teams, the Lumus-Quanta agreement is therefore less about a single optical component than about manufacturing readiness. A waveguide supplier must deliver consistent optical performance at volume, integrate with suitable light engines and accommodate the industrial-design constraints imposed by consumer electronics manufacturers.
Competitors are pursuing similar goals through different architectures. Dispelix uses surface-relief diffraction gratings and works with manufacturing partners to scale production, while DigiLens combines proprietary materials with inkjet printing and holographic contact-copy processes. WaveOptics, meanwhile, offers diffractive waveguides spanning multiple fields of view and integrates them with projector technologies including DMD, LCoS and MicroLED.
This makes manufacturability a key competitive battleground rather than an afterthought.
Quanta’s position is particularly relevant because the company already operates at the intersection of large-scale electronics manufacturing, computing systems and supply-chain management. Its role could help Lumus bridge the gap between optical development and the production requirements of commercial smart-glasses programs.
There is still a significant distinction between making waveguides production-ready and creating a mass-market AR product. Battery life, thermal management, processors, cameras, connectivity, prescription compatibility, software ecosystems and industrial design will all determine whether consumers adopt display-based AI glasses.
But thinner optics can remove one of the industry’s most visible barriers.
The emerging smart-glasses market is increasingly being shaped by AI, with voice assistants, computer vision and contextual computing pushing wearable devices beyond simple audio and camera functions. Waveguide technology could provide the visual interface that turns those capabilities into genuinely hands-free computing.
For Lumus and Quanta, the new agreement is consequently a bet on that transition: not simply making AR displays better, but making the optical hardware easier to manufacture, easier to integrate and potentially easier to wear all day.
Market Landscape
The smart-glasses market is moving toward two overlapping categories: display-less AI glasses and true display-based AR eyewear. Display-less products have gained early traction because they can use conventional-looking frames while avoiding many of the optical and power constraints of an AR display.
Display-equipped glasses face a harder engineering challenge but offer a more powerful computing interface. IDC’s 2026 data shows strong momentum across smart glasses, while Counterpoint’s findings indicate particularly rapid growth in waveguide-based products.
That creates an increasingly competitive market for waveguide suppliers. Lumus is competing with diffractive approaches from Dispelix, DigiLens and WaveOptics, among others. The strategic question for OEMs is no longer simply which waveguide offers the best optical performance. It is which architecture can deliver the required performance consistently, at acceptable yield and cost, while fitting into a commercially viable glasses design.
For enterprise buyers and device manufacturers, Lumus’ agreement with Quanta is therefore a signal that supply-chain scalability is becoming a core part of AR technology differentiation.
Top Insights
- Lumus is licensing Z-30 2.0 and A-Lens waveguides to Quanta, targeting thinner AR optics and lower manufacturing costs for future AI-enabled smart glasses.
- A-Lens is designed to reduce weight and thickness by roughly half, potentially giving OEMs more flexibility around prescription lenses, batteries and industrial design.
- Waveguide-based AR glasses are accelerating, with Counterpoint reporting more than 600% year-over-year growth during H2 2025 as display-equipped eyewear expands.
- The competitive field includes Dispelix, DigiLens and WaveOptics, highlighting multiple approaches to solving the same challenge of compact, scalable AR optics.
- Quanta’s manufacturing role could help bridge optical innovation and volume production, an increasingly important consideration as AI-powered smart glasses move toward mainstream consumer markets.
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