中文
Core Technology
- Overview
- Technology
- Products
- Nebula 400 Depth Camera
- Nebula 240 mipi Depth Camera
- Aurora 930 Depth Camera
- Aurora 910 Depth Camera
- Aurora 900 Depth Camera
- Stellar 800 Depth Camera
- Stellar 420 Depth Camera
- Stellar 400 mipi Depth Camera
- Stellar 400 Depth Camera
- Under-Screen 3D Camera Solution
- Long Wavelength Projector
- HandPass 100 Dual-Modal Palm Scanning Camera
- Support
- Use Cases
- About Us
- Join Us
- Search
sToF Technology
sToF
Based on the modulation of the projected light field by Deptrum nanophotonic chips, the sToF (structured Time of Flight) can achieve structured light and ToF depth reconstruction, with only one set of optical hardware. By merging structured-light and ToF algorithms, it can achieve high precision at all distances.
Technical Route
Nanophotonic Chips + mToF Algorithm + sToF Algorithm
Advantages of Technical
Robustness
Our mToF solution reduces multipath interference by 60% by leveraging the light field modulation and multi-frequency fusion technology.
High-precision
Through independent R&D, our mToF sensor captures object edges with enhanced details. Empowered by high-precision algorithms, the precision of the sensor has improved 3 times with repeated measurement error < 0.1%.
Long range
Our mToF solution guarantees high-precision in a long range of 0.03 - 8m.
Super-resolution
We achieved super-resolution by implanting our unique fusion algorithm on the RGB-D system,