Lumus Revolutionizes Smartglasses with Bigger FOV and Sharper Display Quality
At CES 2026, Lumus showcased its latest waveguides, which are set to significantly upgrade the optical quality of next-generation high-end smart glasses. The company's optimized Z-30 waveguides now offer a wider 30-degree field of view (FOV), while being 30% lighter and 40% thinner than previous generations. Moreover, they boast improved power efficiency, capable of delivering over 8,000 nits per watt.
When trying out the first model featuring Lumus' Z-30 waveguides, I was impressed by their brightness and sharpness, despite a limited resolution of 720 x 720 pixels. The increase in FOV felt noticeably larger than the advertised 10 degrees, with rich colors β including white, which is notoriously difficult to reproduce accurately.
However, it's Lumus' latest innovation that truly caught my attention: the 70-degree FOV waveguides. These demonstrated remarkable capabilities, covering nearly the entire center portion of the lens while leaving only small unused areas around the corners. Although I noticed some pincushion distortion, which can be corrected in final retail units, these waveguides produced some of the sharpest and brightest optics I've seen from any smartglasses.
Lumus' geometric reflective waveguides also offer better overall efficiency compared to their refractive counterparts, enabling optically bonded displays with smartglass lenses. This allows for seamless transitions between indoors and outdoors without needing clip-on sunglass attachments. The company claims its designs simplify manufacturing, resulting in even thinner waveguides (as small as 0.8mm) and higher yields.
With production ramping up through partnerships like Quanta and SCHOTT, Lumus' innovative waveguides are poised to boost the industry's momentum around smart glasses. As the "big" thing takes shape, expect a plethora of manufacturers clamoring for these components β marking a significant shift in the market.
At CES 2026, Lumus showcased its latest waveguides, which are set to significantly upgrade the optical quality of next-generation high-end smart glasses. The company's optimized Z-30 waveguides now offer a wider 30-degree field of view (FOV), while being 30% lighter and 40% thinner than previous generations. Moreover, they boast improved power efficiency, capable of delivering over 8,000 nits per watt.
When trying out the first model featuring Lumus' Z-30 waveguides, I was impressed by their brightness and sharpness, despite a limited resolution of 720 x 720 pixels. The increase in FOV felt noticeably larger than the advertised 10 degrees, with rich colors β including white, which is notoriously difficult to reproduce accurately.
However, it's Lumus' latest innovation that truly caught my attention: the 70-degree FOV waveguides. These demonstrated remarkable capabilities, covering nearly the entire center portion of the lens while leaving only small unused areas around the corners. Although I noticed some pincushion distortion, which can be corrected in final retail units, these waveguides produced some of the sharpest and brightest optics I've seen from any smartglasses.
Lumus' geometric reflective waveguides also offer better overall efficiency compared to their refractive counterparts, enabling optically bonded displays with smartglass lenses. This allows for seamless transitions between indoors and outdoors without needing clip-on sunglass attachments. The company claims its designs simplify manufacturing, resulting in even thinner waveguides (as small as 0.8mm) and higher yields.
With production ramping up through partnerships like Quanta and SCHOTT, Lumus' innovative waveguides are poised to boost the industry's momentum around smart glasses. As the "big" thing takes shape, expect a plethora of manufacturers clamoring for these components β marking a significant shift in the market.