Lumus introduced a massively wider FOV to smartglasses at CES 2026

Lumus received a significant enhance in model recognition when one in all its waveguides was chosen to be used within the Meta Ray-Ban Display glasses. However that already looks like outdated tech now as a result of at CES 2026, the corporate introduced a few of its newest elements to the present and based mostly on what I noticed, they appear poised to noticeably elevate the optical high quality of the following wave of high-end smartglasses.

When the Meta Ray-Ban Shows glasses got here out, they wowed customers as they had been (and nonetheless are) one in all a handful of smartglassess to characteristic a full-color in-lens show with at the least a 20-degree discipline of view. However going by the specs on Lumus’ latest waveguides, we’re set for a significant improve by way of future capabilities.

The primary mannequin I attempted featured Lumus’ optimized Z-30 waveguides, which not solely supply a a lot wider 30-degree FOV, they’re additionally 30 p.c lighter and 40 p.c thinner than earlier generations. On prime of that, Lumus says they’re additionally extra energy environment friendly with the waveguides able to hitting greater than 8,000 nits per watt. This can be a massive deal as a result of smartglasses are at present fairly restricted by the scale of batteries they’ll use, particularly if you wish to make them small and light-weight sufficient to put on all day. Once I tried them on, I used to be dazzled by each the brightness and sharpness I noticed from the Z-30s regardless of them being restricted to 720 x 720 decision. Not solely did the rise in FOV really feel a lot bigger than 10 levels, colours had been very wealthy, together with white, which is commonly some of the tough shades to correctly reproduce.

Nonetheless, even after seeing how good that first mannequin was, I used to be completely not ready for Lumus’ 70-degree FOV waveguides. I used to be in a position to view some movies and a handful of check photos and I used to be fully blown away with how a lot space they lined. It was mainly your complete middle portion of the lens, with solely small unused areas across the corners. And whereas I did discover some pincushion distortion alongside the edges of the waveguide’s show, a Lumus consultant advised me that it is going to be potential to appropriate for that in remaining retail models. However make no mistake, these waveguides undoubtedly produced a number of the sharpest, brightest and best-looking optics I’ve seen from any smartglasses, from both retail fashions or prototypes or. It nearly made me query how a lot wider FOV these kinds of devices really want, although to be clear, I don’t assume we’ve hit the purpose of diminishing returns but.

Different benefits of Lumus’ geometric reflective waveguides embrace higher general effectivity than their refractive counterparts together with the flexibility to optically bond the shows to smartglasses lenses. Which means in contrast to plenty of rivals, Lumus’ waveguides might be paired with transitions lenses as an alternative of needing to resort to clip-on sunglass attachments once you go outdoors. Lumus additionally claims its designs additionally simplifies the manufacturing course of, leading to thinner waveguides (as small as 0.8mm) and usually larger yields.

Sadly, taking high-quality pictures of content material from smartglasses shows is extremely difficult, particularly once you’re utilizing extraordinarily delicate prototypes, so that you’ll simply should take my phrase for now. However with Lumus within the technique of ramping up manufacturing of its new waveguides with assist from companions together with Quanta and SCHOTT, it looks like there will probably be a ton of smartglasses makers clamoring for these elements as momentum continues to construct round the industry’s pick for the next “big” thing.