内容来源：https://www.engadget.com/wearables/lumus-brought-a-massively-wider-fov-to-smartglasses-at-ces-2026-233245949.html?src=rss

内容总结：

在2026年国际消费电子展（CES）上，光学技术公司Lumus展示了其新一代波导光学模组，为智能眼镜的视觉体验带来了突破性进展。该公司推出的30度与70度视场角光学引擎，有望推动高端智能眼镜产品实现质的飞跃。

此前，Lumus因技术被应用于Meta与雷朋合作的智能眼镜中而获得市场关注。然而，此次展出的最新组件在光学性能上实现了显著升级。现场体验的Z-30波导模组不仅将视场角扩大至30度，更比前代产品轻30%、薄40%，能效表现也大幅提升。尽管分辨率暂为720×720，其亮度和色彩表现已令人印象深刻。

更引人注目的是70度视场角波导的演示效果，其显示区域几乎覆盖镜片中心绝大部分，画面锐利明亮，展现了目前智能眼镜领域顶尖的光学素质。虽然边缘存在可后期校正的畸变，但整体视觉效果已刷新行业标杆。

该技术还具备多项实用优势：其几何反射波导设计能效优于折射方案，可直接与变色镜片光学贴合，无需外加遮光附件。同时，简化的生产工艺使波导厚度可降至0.8毫米，提升了量产可行性。

随着Lumus与广达、肖特等合作伙伴推进量产进程，预计多家智能眼镜制造商将积极采用该技术。在行业寻求下一代突破性产品的背景下，这项光学革新或将成为智能眼镜发展的重要推动力。

中文翻译：

在2026年国际消费电子展上，Lumus为智能眼镜带来了大幅扩展的视场角。该公司推出的30度和70度光学引擎，可能为这个快速增长的品类带来颠覆性变革。

此前，Lumus因其波导片被Meta雷朋智能眼镜选用而声名大噪。但这项技术如今已显陈旧——在2026年CES展会上，Lumus展示了最新研发的核心组件。根据我的现场体验，这些组件有望显著提升下一代高端智能眼镜的光学品质。

Meta雷朋智能眼镜问世时，其彩色镜片显示技术和至少20度的视场角令用户惊叹不已，至今仍是少数兼具这两项特性的智能眼镜之一。但根据Lumus最新波导片的技术参数，未来智能眼镜的性能将迎来重大飞跃。

我体验的第一款原型机搭载了Lumus优化的Z-30波导片，不仅将视场角扩展至30度，重量和厚度也比前代产品分别减轻30%和40%。更关键的是，其能效表现突出，每瓦功率可支持超过8000尼特的亮度。这对受限于电池容量的智能眼镜而言意义重大——尤其是那些追求全天佩戴舒适度的轻薄款式。实际佩戴时，Z-30呈现的亮度和清晰度令人惊艳，尽管分辨率仅为720×720。其视场角的扩展感远超理论上的10度提升，色彩表现也极为饱满，连最难准确还原的白色也呈现得相当出色。

然而，即便体验过如此出色的首款原型机，Lumus的70度视场角波导片仍然超出了我的预期。在观看测试视频和图像时，其显示范围几乎覆盖了整个镜片中心区域，仅边缘留有微小未利用空间。虽然波导片边缘存在枕形畸变，但Lumus代表表示零售版本将修正这一问题。必须承认，无论与市售产品还是工程样机相比，这都是我见过最清晰、最明亮、视觉效果最出众的智能眼镜光学系统。这甚至让我思考：这类设备究竟需要多大的视场角？当然，目前我们显然还未触及边际效益递减的临界点。

Lumus几何反射波导片的其他优势还包括：整体效率优于折射式方案，并能实现显示单元与镜片的光学粘合。这意味着与其他竞品不同，Lumus波导片可直接搭配变色镜片使用，无需额外安装太阳镜夹片。该公司还宣称其设计简化了制造流程，使波导片厚度可缩减至0.8毫米，同时提升了产品良率。

遗憾的是，智能眼镜显示效果极难通过照片呈现，尤其这些精密原型机不允许随意拍摄，各位暂时只能相信我的描述。随着Lumus在广达、肖特等合作伙伴支持下加速新型波导片量产，预计将有大量智能眼镜制造商争相采用这些组件——整个行业正积极布局下一代革命性产品。

2026年国际消费电子展即将在拉斯维加斯落下帷幕，Engadget团队结束了见证联想、三星、LG、英伟达等品牌数百场新品发布的一周。欢迎查看我们评选的"CES 2026最佳产品"，或浏览展会实时博客回顾本周要闻。若想快速了解精华内容，可查阅我们整理的周一至周三前沿科技汇总。

英文来源：

Lumus brought a massively wider FOV to smartglasses at CES 2026
The company's new 30-degree and 70-degree optical engines could be gamechangers for a quickly growing category.
Lumus got a major boost in brand recognition when one of its waveguides was selected for use in the Meta Ray-Ban Display glasses. But that already feels like old tech now because at CES 2026, the company brought some of its latest components to the show and based on what I saw, they seem poised to seriously elevate the optical quality of the next wave of high-end smartglasses.
When the Meta Ray-Ban Displays glasses came out, they wowed users as they were (and still are) one of a handful of smartglassess to feature a full-color in-lens display with at least a 20-degree field of view. But going by the specs on Lumus’ newest waveguides, we’re set for a major upgrade in terms of future capabilities.
The first model I tried featured Lumus’ optimized Z-30 waveguides, which not only offer a much wider 30-degree FOV, they are also 30 percent lighter and 40 percent thinner than previous generations. On top of that, Lumus says they are also more power efficient with the waveguides capable of hitting more than 8,000 nits per watt. This is a big deal because smartglasses are currently quite limited by the size of batteries they can use, especially if you want to make them small and light enough to wear all day. When I tried them on, I was dazzled by both the brightness and sharpness I saw from the Z-30s despite them being limited to 720 x 720 resolution. Not only did the increase in FOV feel much larger than 10 degrees, colors were very rich, including white, which is often one of the most difficult shades to properly reproduce.
However, even after seeing how good that first model was, I was totally not prepared for Lumus’ 70-degree FOV waveguides. I was able to view some videos and a handful of test images and I was completely blown away with how much area they covered. It was basically the entire center portion of the lens, with only small unused areas around the corners. And while I did notice some pincushion distortion along the sides of the waveguide’s display, a Lumus representative told me that it will be possible to correct for that in final retail units. But make no mistake, these waveguides undoubtedly produced some of the sharpest, brightest and best-looking optics I’ve seen from any smartglasses, from either retail models or prototypes or. It almost made me question how much wider FOV these types of gadgets really need, though to be clear, I don’t think we’ve hit the point of diminishing returns yet.
Other advantages of Lumus’ geometric reflective waveguides include better overall efficiency than their refractive counterparts along with the ability to optically bond the displays to smartglasses lenses. That means unlike a lot of rivals, Lumus’ waveguides can be paired with transitions lenses instead of needing to resort to clip-on sunglass attachments when you go outside. Lumus also claims its designs also simplifies the manufacturing process, resulting in thinner waveguides (as small as 0.8mm) and generally higher yields.
Unfortunately, taking high-quality photos of content from smartglasses displays is incredibly challenging, especially when you’re using extremely delicate prototypes, so you’ll just have to take my word for now. But with Lumus in the process of ramping up production of its new waveguides with help from partners including Quanta and SCHOTT, it feels like there will be a ton of smartglasses makers clamoring for these components as momentum continues to build around the industry’s pick for the next “big” thing.
CES 2026 is winding down in Las Vegas, and Team Engadget is finishing a week that saw hundreds of announcements from major brands including Lenovo, Samsung, LG, NVIDIA and more. See what we named as the Best of CES 2026, then scroll back on our CES 2026 liveblog to see how events progressed throughout the week. Prefer quick summaries? See recaps of all the cool tech we saw Monday, Tuesday and Wednesday.