Lumus Brings Revolutionary Waveguide Technology to Smartglasses at CES 2026
At the Consumer Electronics Show (CES) 2026, Lumus unveiled its latest waveguide technology that is set to elevate the optical quality of high-end smartglasses. The company's optimized Z-30 and 70-degree FOV waveguides have been making waves in the industry, offering a massive upgrade over previous generations.
The new waveguides boast a wider field of view (FOV), with the Z-30 model offering a 30-degree FOV that is 30% lighter and 40% thinner than its predecessors. This means that smartglasses can now be designed to be even smaller, more lightweight, and more power-efficient. Lumus' waveguides are also capable of producing over 8,000 nits per watt, making them significantly brighter and sharper than existing technology.
The company's 70-degree FOV waveguide took the show by storm, with users being blown away by its ability to display a vast area in the center of the lens. While there were some minor issues with pincushion distortion, Lumus assured that this will be addressed in final retail units. The new waveguides produced some of the sharpest and brightest optics from any smartglasses prototype or retail model.
One of the biggest advantages of Lumus' geometric reflective waveguides is their efficiency compared to refractive counterparts. This allows for easier integration with transitions lenses, eliminating the need for clip-on sunglass attachments when going outside. Additionally, Lumus claims its designs simplify the manufacturing process, resulting in even thinner waveguides (as small as 0.8mm) and higher yields.
As Lumus ramps up production of its new waveguides with partners like Quanta and SCHOTT, it's clear that smartglasses makers will be clamoring for these components. The company's innovative technology is poised to revolutionize the industry, making high-end smartglasses even more desirable and functional.
At the Consumer Electronics Show (CES) 2026, Lumus unveiled its latest waveguide technology that is set to elevate the optical quality of high-end smartglasses. The company's optimized Z-30 and 70-degree FOV waveguides have been making waves in the industry, offering a massive upgrade over previous generations.
The new waveguides boast a wider field of view (FOV), with the Z-30 model offering a 30-degree FOV that is 30% lighter and 40% thinner than its predecessors. This means that smartglasses can now be designed to be even smaller, more lightweight, and more power-efficient. Lumus' waveguides are also capable of producing over 8,000 nits per watt, making them significantly brighter and sharper than existing technology.
The company's 70-degree FOV waveguide took the show by storm, with users being blown away by its ability to display a vast area in the center of the lens. While there were some minor issues with pincushion distortion, Lumus assured that this will be addressed in final retail units. The new waveguides produced some of the sharpest and brightest optics from any smartglasses prototype or retail model.
One of the biggest advantages of Lumus' geometric reflective waveguides is their efficiency compared to refractive counterparts. This allows for easier integration with transitions lenses, eliminating the need for clip-on sunglass attachments when going outside. Additionally, Lumus claims its designs simplify the manufacturing process, resulting in even thinner waveguides (as small as 0.8mm) and higher yields.
As Lumus ramps up production of its new waveguides with partners like Quanta and SCHOTT, it's clear that smartglasses makers will be clamoring for these components. The company's innovative technology is poised to revolutionize the industry, making high-end smartglasses even more desirable and functional.