SCHOTT’s product portfolio supports the leading AR waveguide technologies to enable devices with high field-of-view (FOV), crisp images, and lightweight comfort. What are smart glasses? Smart glasses merge the digital world with the real world.

2024年1月2日 · In this work, we propose a display architecture that combines the advantages of both waveguide displays and holographic displays, enabling the path towards true 3D holographic AR glasses.

2024年1月10日 · Here are the best AR glasses of CES 2024 — spanning breakthroughs in spatial computing and display technology.

2023年8月5日 · Currently, there are three main waveguide solutions: Array Waveguides (Geometric Waveguides) Array waveguides achieve image output and an expanded eye box through the stacking of reflective mirrors. Coupled light enters the waveguide and multi-reflection occurs through reflective surfaces or prisms until the light reaches the front of the glasses.

2024年10月25日 · Custom waveguide displays for AR glasses that look and feel like ordinary eyewear. Customer-specific AR waveguide engineering that exceeds expectations. Dispelix serves the industry leaders in AR – the true trailblazers. Our customers are looking for the exceptional, the fully tailored, the unique.

Vuzix is a leader in optics technology for near eye displays, and one of the largest suppliers of smart glasses in the world. We provide full customer ready solutions, modular sub-systems, or even full custom waveguide with display engine designs.

2024年3月26日 · Recent developments in diffractive waveguides are showing the way ahead for light, comfortable, and discreet AR smart glasses that provide accurate, crisp, and bright augmented reality images even in the most demanding ambient light conditions.

2019年9月23日 · In this article, we will focus on the working principle of the diffractive waveguide, its pros and cons compared with geometric waveguide, and the two major diffraction grating groups — surface relief grating (SRG) and volumetric holographic grating (VHG).

2023年10月21日 · Waveguide combiners is the most popular combiner used in nowadays AR glasses. This includes Magic Leap 1 & 2, HoloLens 1, etc. Waveguide combiners essentially works like a periscope used in...

2022年1月10日 · Waveguides used in AR/MR devices are typically a glass substrate that can range from sub-nanometers to a few nanometers thick. Variations in the waveguide and coupler architecture and application of surface gratings or coatings enable developers to create virtually limitless waveguide structures to serve different purposes.