RailEye® Digital Exterior Mirror

EXTERIOR MIRROR REPLACEMENT

VISION OF WHAT MATTERS: MORE SAFETY FOR PASSENGERS

RailEye® Digital Exterior Mirror

With the RailEye® digital exterior mirror, drivers receive visual support that far exceeds the capabilities of the human eye and traditional mirrors. Thanks to its modular system design, it can be tailored to meet the specific requirements of both single- and bidirectional vehicles. The system enables the simultaneous display of images from multiple vehicle cameras on a single monitor, for example in split-screen or picture-in-picture mode, while complying with the SIL 2 safety standard. Additionally, it can be optionally expanded with object detection powered by artificial intelligence.

Central Computer and Operating Unit
THE DIGITAL PANEL PC FORMS THE BASIS FOR ALL THE FUNCTIONS OF A MODERN DIGITAL EXTERIOR MIRROR SYSTEM.
- Secure multiple display of the cameras on a 10’ monitor
- Shock and vibration-resistant monitor (IP65)
- with image zoom via touch function

Product features

RailEye® Digitaler Exterior Mirror

Significantly extended field of vision compared to conventional exterior mirrors
Improves visibility even in difficult lighting conditions Fulfils the highest safety requirements in accordance with SIL 2
The implemented algorithms for functional safety assume a significant part of the driver’s responsibility and actively indicate misbehaviour.
No additional hardware required to determine the authenticity of the video images
Images are displayed in real time (< 250 ms)
Enables safe and responsive monitoring
Consistent and excellent image quality, regardless of weather conditions
Simplified system integration

Direct connection of the camera to the monitor minimises cabling effort
High temperature and vibration resistance
High contrast ratio and automatic brightness control
Brilliant images – even when using polarised lenses
Calibration, configuration and system update, conveniently via web interface
Vehicle communication either via digital I/Os or via MQTT (3.1.1)
The system can optionally be expanded with AI-supported detection algorithms