Forward firing radars are primarily used for measuring the speed of vehicles approaching or receding from the radar unit. They are suitable for detecting vehicles over a long range, often used on urban traffic and highways.

Phased array radar is an advanced radar technology widely used in traffic applications. By using electronically scanned array antennas, it achieves rapid and flexible beam control, allowing simultaneous tracking of multiple targets and enhancing the radar system's detection and tracking capabilities. Combining this with video technology provides more intuitive visualization, making target identification and tracking more accurate and straightforward.

This comprehensive suite of features makes the ClairWav microwave radar family an advanced solution for traffic monitoring and management in a variety of environments and conditions.

The detector exhibits an extended lifespan through its design features. When there is no vehicle detection data, the communication module enters a sleep mode (i.e., low power mode). To distinguish between the absence of vehicles and a detector malfunction, communication with the upper end is maintained within a specified time frame, with a default value of 30 seconds, even in the absence of vehicle detection data.

ClairGeo-M Wireless Magnetic Vehicle Detectors are well-suited for integration with both the SCATS and SCOOT traffic management systems, providing essential traffic data required for their respective optimization processes.

TraffiClair is proud to announce that its ClairGeo-M Wireless Magnetic Vehicle Detectors have achieved an outstanding 99% traffic data accuracy. This high level of precision ensures that city planners and transportation authorities receive the most reliable and accurate traffic data available, revolutionizing traffic monitoring and management.

The primary sources of electromagnetic interference at the site of geomagnetic detector usage include urban public wireless Wi-Fi signals, 2G, 3G, and 4G wireless communication networks, GPS, and IoT devices. To counter these interference sources, ClairGeo-M employs the following four technical measures to achieve an optimal anti-interference solution:

Our double-layer sealing system, featuring a screw-less integration and ultrasonic welding, ensures impeccable waterproofing. Crafted from advanced materials, it offers reliable protection, simplified user experience, and robust durability, making it an ideal choice for applications requiring uncompromised waterproof assurance. In the event of prolonged water accumulation on the road after rain or snow and the water pressure applied by tires passing over the detector, the geomagnetic detector can still operate stably for a long time.

Onsite has successfully installed over 150,000 units of ClairGeo-M wireless magnetic vehicle detectors across various cities in China. In Xi'an, 1200 intersections are equipped with these sensors, providing traffic detection data and supporting various control systems like induction, overflow, and variable lane control. In Jinan, 700 intersections utilize these sensors for similar purposes, along with additional functions such as tunnel control, ramp control, and bus priority.

The ClairEye-i is an advanced HD traffic video detector, leveraging cutting-edge neural network processing technology to ensure dependable traffic monitoring even in intricate urban settings. With its sleek and compact design, it allows for effortless installation while maintaining energy efficiency by consuming less than 3 watts. ClairEye offers real-time insights into vehicle presence, traffic flow, occupancy, road user identification, and event detection, empowering cities to optimize traffic control efficiently and effectively.

In the realm of traffic management, the integration of advanced technology with simplicity is revolutionizing signal control systems. Our system, composed of AI Video Detectors and an AI Box, represents the pinnacle of minimalist design and functionality for signal optimization.

The response time of ClairLup loop detectors is less than 10ms, whereas similar products in the market typically have response times ranges from 24ms to 100ms. A response time of less than 10ms provides significant advantages in terms of accuracy, efficiency, safety, and the ability to support advanced traffic management and smart city applications. While a response time of 24ms to 100ms is adequate for many current needs, the faster response time is critical for high-precision, real-time applications and future-proofing traffic management systems.