4 MP Video Cameras

The AXIS Q1686-DLE Radar-Video Fusion Camera is designed to provide comprehensive 24/7 monitoring of traffic and the identification of hazardous vehicles in real-time. By merging radar and visual sensor data on the edge, this camera offers highly accurate vehicle speed monitoring, license plate capture, and hazard detection, making it an ideal solution for critical traffic surveillance applications. One of the standout features of this camera is its ability to monitor vehicle speeds up to 200 km/h (125 mph), ensuring that even high-speed vehicles are accurately tracked. The integrated radar technology tracks both speed and direction, enabling the detection of wrong-way driving, excessive speed, or vehicles that pose a threat to safety. The radar’s advanced capabilities, combined with video data, provide a robust and reliable method for capturing and identifying vehicles in motion, even in challenging conditions. The camera’s ability to capture and recognize license plates reliably around the clock is another key feature. With its advanced image optimization technology, the AXIS Q1686-DLE is designed to deliver clear, high-quality images of license plates regardless of the time of day or night. This is made possible by the powerful IR illuminator and Lightfinder 2.0 technology, which ensures the camera can effectively capture vehicle plates in low-light environments, making it a reliable choice for 24/7 monitoring. The system is also built on an open platform, enabling seamless integration with third-party software. This flexibility allows for customization and expansion, so users can tailor the camera’s functionality to meet specific requirements, such as integrating with other traffic management systems or advanced analytics platforms. By merging radar and video data, the AXIS Q1686-DLE not only enhances situational awareness but also provides powerful tools for traffic management, incident detection, and hazardous vehicle identification—ensuring a high level of security and safety in monitored areas.