Enhancing ADAS and DAR with Transcend Embedded Camera Modules
High-performance ECM100 and ECM300 enabling accurate perception for ADAS and DAR systems
ADAS and DAR systems rely on accurate visual data for object detection. Transcend’s ECM100 and ECM300 provide high-resolution imaging, strong low-light performance, and high reliability without increasing front-facing system complexity.
As ADAS and Driver Assistance Radar (DAR) systems evolve toward higher levels of vehicle autonomy, reliable visual sensing plays a critical role in object detection, situational awareness, and decision-making. Compact camera modules must deliver high image quality, low latency, and consistent performance under demanding automotive environments.
Transcend’s ECM100 and ECM300 embedded camera modules are engineered to support ADAS and DAR applications by providing high-sensitivity imaging, wide fields of view, and robust environmental tolerance. Their compact form factor and MIPI CSI-2 interface enable seamless integration into automotive vision systems without increasing front-facing space, supporting scalable and space-efficient autonomous vehicle designs.
Features
- High-resolution imaging for automotive vision systems
- Excellent low-light performance for night and adverse weather conditions
- Wide field of view for improved object detection coverage
- MIPI CSI-2 high-speed data interface for real-time image transmission
- Customizable image parameters via driver and ISP tools
- Wide operating temperature range with durable, vibration-resistant design
Applications
- Advanced Driver Assistance Systems (ADAS)
- Driver Assistance Radar (DAR) sensor fusion systems
- Front-facing and surround-view automotive cameras
- Object detection and collision avoidance systems
- Autonomous and semi-autonomous driving platforms
Key components
- ECM100: 2MP CMOS sensor, 130° FoV, low-light performance
- ECM300: 5MP Sony CMOS sensor with STARVIS 2 technology, 140° FoV
- MIPI CSI-2 high-speed data interface
- Integrated HDR (High Dynamic Range) for high-contrast scenes
- NIR (Near-Infrared) enhancement for low-light imaging and night-time detection
- ISP (Image Signal Processor) support for image parameter tuning
- Customizable image parameters via driver
- Auto Exposure Control (AEC) & Auto White Balance (AWB)
- Extended operating temperature range (-30°C to 70°C)
- Rugged, vibration-resistant design for automotive environments
Benefits
- Improves object detection accuracy in ADAS and DAR systems
- Enhances autonomous driving perception without increasing sensor footprint
- Maintains stable imaging performance in harsh automotive environments
- Enables efficient sensor fusion with radar and AI processing units
- Reduces system integration complexity for automotive OEMs and Tier 1 suppliers
