For AR glasses and automotive

TriLite Brings Trixel 3 Cube to CES as Smart Glasses Re-Enter

6. Januar 2026, 16:23 Uhr | Heinz Arnold
With a total volume of around 1 cm³ and a weight of 1.5 g, the Cube integrates the MEMS driver electronics directly into the projection unit. Typical power consumption is 145 mW.
© TriLite

With smart glasses regaining momentum TriLite will highlight at CES 2026 the Trixel 3 Cube, an ultra-compact, cube-shaped laser beam scanning (LBS) projector developed to simplify system integration and support scalable manufacturing.

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By eliminating the need for relay optics, the Cube reduces overall display volume and enables greater freedom in industrial design – key requirements for wearable AR devices. While TriLite’s primary focus remains consumer AR, the same LBS platform is also being evaluated for automotive display applications, including head-up displays and free-space projection. These applications share common requirements around efficiency, robustness and integration flexibility, underlining the versatility of the Cube architecture.

TriLite’s demonstrations will show how its software-defined LBS platform supports precise, dynamic projection while shifting system complexity from hardware to software – an approach intended to support both product differentiation and manufacturability at scale.

»Automakers are increasingly seeking advancements in Augmented Reality Head-Up Displays (AR HUDs). TriLite is addressing key limitations of conventional HUD technologies, including the size and inflexibility of TFT-based systems and the optical complexity and efficiency challenges associated with DLP solutions«, said Kevin Mak, Principal Analyst for Automotive Market Analysis at TechInsights, in the latest report »TriLite Trixel 3 – Performance, Flexibility, and Scalability for the Augmented Reality HUD Era«.


The Trixel 3 Cube

Trixel 3 Cube is the latest evolution of TriLite’s ultra-compact laser beam scanning display platform. The Cube integrates MEMS control electronics directly into the projection head, enabling a form factor of approximately 1 cm³ while supporting high brightness, low power consumption and flexible system integration for AR and automotive use cases.

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