Ouster StereoLabs ZED X Stereo Camera

Ouster StereoLabs ZED X Stereo Camera

Unlock next-level machine autonomy with crisp, distortion-free 3D vision. Perfect for robotics requiring precision tracking of fast-moving objects.

Polarizer:
No Polarizer
Well suited for indoor applications without reflective surfaces
With Polarizer
Perfect for outdoor use, this filter effectively minimizes glare and reflections

Lens Focal Length:
2.2mm
Offers an exceptionally wide field of view while also providing optically corrected distortion for enhanced image quality
4mm
Perfect for an enhanced resolution and depth accuracy at longer ranges

GMSL2 Fakra Cable F-F:
None
0.3m (1ft)
1.5m (5ft)
5m (16ft)
10m (33ft)


The ZED X GS stereo camera features a global shutter that captures sharp imagery without motion artifacts, even in dynamic environments.

Powered by the ZED SDK, it delivers advanced collision avoidance, real-time 3D perception, accurate localization, and semantic scene understanding, making it ideal for demanding automation tasks.
Camera Features
2.3MP Color Global shutter sensor
Resolution: 2 x (1920x1200) @60fps
High accuracy depth perception from 0.2 to 20m (2.2mm lens), 1.0 to 35m (4mm lens)
Built-in industrial IMU
IP67 certified
Multi-camera hardware synchronization and trigger through GMSL2.
Secure GMSL2 connection with power
View Cable Guide
Compatible with ZED Box and GMSL2 Capture Cards

robotyka mobilna i autonomiczna, systemy przemysłowe i kontrola jakości, mapowanie 3D, systemy bezpieczeństwa, badania i rozwój, wysoka precyzja pomiaru głębi, niska latencja, integracja z GPU NVIDIA, wsparcie dla AI i deep learning, kompaktowa konstrukcja, projekty badawcze z zakresu robotyki i autonomii, systemy SLAM i mapowanie 3D, analiza ruchu i interakcja człowiek–maszyna, eksperymenty z deep learning i computer vision, kontrola jakości i inspekcja 3D, nawigacja robotów mobilnych, systemy bezpieczeństwa i monitoringu przestrzennego, integracja z liniami produkcyjnymi
Mobile and autonomous robotics, industrial systems and quality control, 3D mapping, safety systems, research and development, high-precision depth measurement, low latency, integration with NVIDIA GPUs, support for AI and deep learning, compact design, research projects in the field of robotics and autonomy, SLAM systems and 3D mapping, motion analysis and human-machine interaction, experiments with deep learning and computer vision, quality control and 3D inspection, mobile robot navigation, safety and spatial monitoring systems, integration with production lines