Overview

The ClairLup-V8 8-channel vehicle detection loop detector utilizes a system architecture combining a 32-bit ARM core processor and an FPGA (Field-Programmable Gate Array). The core detection algorithm is implemented using pure hardware technology. The flexibility of ARM, coupled with the powerful processing capabilities of FPGA, makes the system highly responsive, accurate, resistant to interference, and flexible for expansion. It can be widely applied in various traffic-related systems, such as traffic flow monitoring, traffic enforcement, and security checkpoints, on urban roads, highways, bridges, tunnels, and other road segments.

Key Features

• A single device supports the connection of 8 loop channels and allows for cascading multiple devices, providing flexible business expansion capabilities.
• It features an innovative polling + parallel detection mode that balances efficiency and resistance to interference. When devices are cascaded, the loops of different devices can effectively avoid interference.
• A response time of less than 5ms ensures real-time detection and measurement accuracy, fully supporting the use of traffic flow monitoring, electronic law enforcement, and security checkpoint systems.
• It rapidly and intelligently updates the background frequency, continuously tracking changes in environmental parameters.
• It supports advanced intelligent anti-lock algorithms, ensuring long-term, maintenance-free operation.
• Real-time display of passing vehicle waveforms allows for a detailed understanding of all vehicle passage details through the loops. This greatly facilitates onsite issue analysis and troubleshooting, making installation and environmental problems instantly apparent.
• It offers real-time loop fault detection and automatically restores normal operation after the fault is resolved.
• Supports loop open and short circuit detection, distinguishing loop fault types through fault indicator lights.
• The core detection unit uses pure hardware detection technology, ensuring stable and reliable operation.
• One Ethernet port is optional for easier data transmission and device management through Ethernet communications.