Xvisio SeerSense® DS80-4 Intelligent Sensing Module
Xvisio SeerSense® DS80-4 Intelligent Sensing Module offers a fusion of VSLAM and depth engine (SGBM), delivering high-precision 3D vision awareness for smarter devices and faster response. This module integrates a high-compute SoC, which helps in achieving "perception as computation". By running high-speed, high-precision VIO, SLAM/CSLAM, and real-time loop closure detection independently on the edge, complex spatial computations are completed within the module. The DS80-4 intelligent sensing module is deeply optimized for low power consumption, easy integration, and high performance, which enables seamless embedding. This module offers a cross-platform SDK with a complete toolchain and open interfaces, simplifying development from hardware access to application deployment.
The DS80-4 intelligent sensing module supports high-speed QR code, spatial anchor point, and cloud-edge collaborative modes, ensuring stable absolute localization across complex environments. Typical applications include smart manufacturing, daily life, medical, logistics and retail, AR/VR and the metaverse, office and entertainment, smart home, robotic navigation, data acquisition, and virtual production.
Built-In CNN Acceleration Engine: On-Edge Real-Time Semantic Perception
Features
- Hardware-based H.265 intelligent video compression
- Independent compute engine (compute offload)
- Multi-mode assistance
- Plug and play
- Integrated high-performance SoC
- Supports Windows/Linux/Android, and provides wrappers for ROS/ROS2, Unity, C/C++, Python, and Java JNI
- Highly scalable
- Passed CE, FCC, RoHS, CB, and FDA Class I laser safety certifications
- Built-in CNN acceleration engine
- SLAM and depth engine (SGBM) fusion
- Ultra-compact integration
- Developer friendly
Applications
- Smart manufacturing
- Daily life
- Medical
- Logistics and retail
- AR/VR and the metaverse
- Office and entertainment
- Smart home
- Robotic navigation
- Data acquisition
- Virtual production
Global Shutter, Faithfully Reproducing the Physical Environment
System Specification
Module Overview
