Explore Smart Glasses

At WAIC 2026, LLVision showcased a comprehensive AR+AI application ecosystem spanning three key scenarios: personal communication, organizational collaboration, and enterprise productivity.

Leveraging its high refractive index, silicon carbide enables the design of nanoscale grating periods that significantly reduce dispersion angle variations; combined with multilayer thin-film structures and precision fabrication processes, it effectively resolves the rainbow effect challenge in AR waveguides at the physical level.

An exploration of the thermal constraints and solutions for AI glasses in scenarios involving close-to-skin wear and all-day operation.

This analysis examines the battery life bottlenecks and power consumption challenges facing AI glasses, as well as future trends—driven by heterogeneous computing and thermal management—aimed at breaking the "impossible triangle" of power consumption, heat dissipation, and weight.

Precision dispensing is a core process in the mass production of optical waveguides, ensuring the imaging quality and high manufacturing yield of AR glasses through micron-level precision.

This analysis examines the definition, core optical components, and micro-display technologies of near-eye displays (NEDs), with a focus on the measurement challenges and key metrics regarding comfort and immersion.