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Compared to VR technology that creates virtual worlds, the blending of virtual and real characteristics of AR technology has been entrusted with the hopes of becoming the "next-generation computing platform" and "replacing smartphones." It is also a major goal that major tech companies at home and a

Subtitles have become an "addon" for modern people. In noisy commutes, it's easy to get caught while daydreaming, and studying can be distracting. Combining listening and watching helps avoid unnecessary progress loss. However, for some, subtitles are not just an added benefit.

Basic PrincipleThe refractive adjustment in AR glasses is primarily achieved by changing the height of the display module. The core of this technology lies in precise mechanical adjustments that cater to the varying vision needs of different users, thereby enhancing the wearing experience and visual

Exciting news is on the horizon as LeionHey AR Glasses and VSL Labs announce a groundbreaking collaboration aimed at reshaping the digital communication landscape for the deaf and hard of hearing communities worldwide.

Micro LED technology is a display technology that miniaturizes LED display screens down to the micrometer scale. It utilizes a high-density, two-dimensional addressable and independently-driven Micro LED pixel array. This technology combines the advantages of new display technologies and LED technol

In our previous article, "What is AR Diffractive Waveguide?", we explained the fundamental principles of diffractive waveguides and highlighted the differences between surface relief grating waveguides and volume holographic grating waveguides. Today, we will delve deeper into the core functions and