PSMV-OP-001 is a high-transmittance, lightweight see-through optical waveguide (Waveguide) module engineered specifically for Micro-OLED micro-displays. Designed for advanced near-eye optical integration and custom project matching, it enables high-precision spatial information overlay directly onto real-world viewports without bulk or visual distortion.
With an ultra-compact form factor and superior optical efficiency, PSMV-OP-001 serves as a turnkey AR optical engine for wearable smart eyewear, firefighter helmet-mounted HUDs, and tactical soldier information terminals.
PSMV-OP-001 | See-Through AR Waveguide Optical Engine
Key Technical Specifications
| Parameter | Specification | Engineering Focus |
| Product Code | PSMV-OP-001 | Optical Waveguide Engine |
| Optical Architecture | Optical Waveguide (Waveguide) | See-through AR combiner |
| Compatible Display | Micro-OLED Display Series | Optimized for high-brightness OLEDoS |
| Viewing Mode | See-Through | High environmental transmittance |
| Key Advantage | Lightweight & Compact | Minimal head-borne weight |
| Primary Function | Information Overlay | Real-time heads-up data visualization |
Core Strengths & Features
- High-Transmittance See-Through Vision
- Delivers clear ambient vision while projecting high-contrast graphics and text onto the user’s field of view.
- Ergonomic Lightweight Design
- Compact waveguide structure drastically reduces optical engine volume and weight, ideal for extended-wear smart glasses and helmets.
- Turnkey Project Matching
- Engineered for seamless optical alignment and mechanical integration with standard Micro-OLED display modules.
Target Applications
- Augmented Reality (AR) Glasses: Industrial AR smart eyewear, field maintenance HUDs, and commercial smart glasses.
- Smart Firefighting Equipment: Firefighter helmet-mounted viewfinders, thermal imaging overlays, and environmental telemetry displays.
- Tactical & Individual Soldier Terminals: Soldier smart helmets, tactical data viewports, and hands-free positioning interfaces.
