Stereolabs has introduced the ZED-X, a breakthrough stereo camera system specifically engineered for robotic navigation and automation in challenging environments. The IP66-rated solution combines advanced 3D perception with industrial durability, offering a cost-effective alternative to Lidar for outdoor and industrial applications.
Multi-Camera 3D Perception for Complex Environments
The ZED-X platform enables robots to achieve comprehensive environmental awareness through synchronized multi-camera setups, delivering 360-degree depth sensing, obstacle detection, and real-time localization. Unlike conventional systems, the camera’s dual-range capability (0.2-20m for navigation and 0.08-12.5m for object detection) allows single-platform solutions for diverse automation needs, from agricultural machinery to logistics robots.
Engineered for Industrial Deployment
Designed for production-scale implementation, the ZED-X series features:
- A 1920×1200 global shutter RGB sensor with 120fps capture
- Vibration-resistant IMU with 16-bit precision for stable operation
- GMSL2 connectivity supporting 6Gbps data transfer over 15m distances
- Two form factors (ZED-X and ZED-X Mini) for different use cases
The aluminum enclosure withstands extreme conditions while maintaining temperature stability, significantly extending operational lifespan in field applications.
Seamless Integration with AI Computing Platforms
Optimized for NVIDIA’s Jetson AGX Orin, the system enables intelligent edge computing with each module supporting four synchronized cameras. This architecture reduces space and power requirements while accelerating deployment timelines from prototyping to mass production. The integrated ZED SDK and Hub platform provide ready-to-use tools for 3D mapping, skeleton tracking, and multi-camera management.
Expanding Robotics Applications Across Industries
Stereolabs’ technology opens new possibilities for autonomous systems in agriculture, construction, and last-mile delivery. The camera’s unique combination of affordability, durability, and precision addresses critical pain points in outdoor robotics, where traditional vision systems often fail in variable lighting and weather conditions.
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