Application
Industrial Applications of GMSL2 Camera Splitter
The GMSL2 Camera Splitter, designed by SENSING Technology Co., Ltd., provides a versatile solution for multiple data path requirements in advanced vision systems. By allowing one GMSL input to distribute identical data streams to two GMSL outputs, this device enables various industrial applications requiring redundant or parallel visual data processing.
Automotive & ADAS Applications
Simultaneous Data Recording and Real-time Processing
Simultaneous data flow to processing and recording units
- Navigate on Autopilot (NOA): Deploy redundant visual data paths for safety-critical operations
- Auto Parking (AVP & APA): Enable simultaneous real-time processing and data recording for system validation
- Camera Monitoring Systems (CMS): Provide backup visual data streams for both display and processing
Integration Case Studies
Case Study 1: Autonomous Driving Platform
A leading autonomous vehicle developer implemented the GMSL2 Camera Splitter to connect their high-resolution surround-view cameras simultaneously to:
- NVIDIA DRIVE AGX Orin™ for real-time processing
- Data recording system for training data collection
Results: Enabled development and validation processes to run in parallel, reducing development cycles by 40%.
Case Study 2: Industrial Inspection System
A semiconductor manufacturing facility deployed the GMSL2 Camera Splitter to connect high-speed inspection cameras to:
- Real-time defect detection system
- Quality assurance recording system
Results: Achieved 99.7% defect detection accuracy while maintaining comprehensive quality records without additional camera installations.
Implementation Architecture
Hardware Configuration
| Component | Description | Recommendation |
|---|---|---|
| Camera | GMSL/GMSL2 compatible camera | SENSING GMSL2 Camera Series |
| Cable | High-quality coaxial cable | SENSING FAKRA-FAKRA Cable |
| Processing Unit 1 | Main processing system | NVIDIA Jetson/Drive platforms |
| Processing Unit 2 | Secondary system or recorder | CoaxCapture Series Capture Cards |
Signal Flow Diagram
Performance Specifications
Key Technical Parameters
- Output Synchronization: < 10μs between outputs
- Latency Impact: Ultra-low latency (microsecond level)
Compatible System Configurations
- NVIDIA Platforms: Jetson AGX Orin, DRIVE AGX Orin
- Qualcomm Platforms: Snapdragon Ride Platform
- Horizon Robotics: Journey Series
Technical Resources
For comprehensive implementation details, register configuration guides, and sample code, please contact SENSING technical support at sales@sensing-world.com.