Long-time working 2.4G/5.8GHz UAV signal detection and identification device

I. Precise Location of Drones and Pilots

The long-term operating 2.4GHz/5.8GHz drone signal detection and identification equipment possesses high-precision positioning capabilities, enabling rapid and accurate identification and tracking of target drone locations. By capturing signals in the 2.4GHz and 5.8GHz frequency bands in real time, the equipment can accurately determine the drone's flight trajectory and altitude, providing a precise reference for the pilot's position. This precise positioning technology effectively improves the efficiency of drone surveillance, especially in complex environments, helping law enforcement or security personnel to monitor drone movements in real time.

The equipment can not only independently track single drones but also identify multiple targets in complex airspace. Through radio frequency interference and precise positioning, it achieves real-time location of both the drone and its operator. This allows supervisory personnel to take necessary measures in advance to prevent potential risks from unidentified flying objects.

II. Product Parameter Table

III. Monitoring All Targets Within the Surveillance Radius

This UAV signal detection equipment has powerful monitoring capabilities, covering a wide area and monitoring all targets within its radius in real time. In operation, the equipment can simultaneously track multiple UAVs and pilots, accurately identifying all targets in the surrounding environment through radio wave reception and analysis. The device, through multi-band signal reception and interference analysis, can distinguish the flight paths of multiple drones, ensuring that any potential flight risks can be detected in a timely manner even in complex airspace environments.

This efficient monitoring technology is widely used in security protection of sensitive areas such as airports, important facilities, and military bases, helping relevant departments provide real-time responses during drone flights and ensuring flight safety.

IV. Supports Multiple Communication Methods and Networking

The device supports multiple communication methods, facilitating information sharing and data synchronization with other devices. In addition to the traditional USB interface, it also supports Wi-Fi and Bluetooth communication, ensuring seamless connectivity with smart terminals, control consoles, and other devices in various environments. Furthermore, the device has powerful networking capabilities, allowing multiple detection units to be interconnected via a network for centralized data management and remote collaborative operations.

This networking function is particularly suitable for large-scale monitoring systems, enabling multiple devices to work collaboratively in different areas, sharing data, maximizing coverage, and improving monitoring efficiency. Whether it's security monitoring of a single area or multi-area coordinated prevention and control measures, the device's networking function can achieve both.

V. Supports Cloud Synchronization, Real-Time Data Upload for Cloud Storage

To facilitate data management and analysis, this device supports cloud synchronization, enabling real-time uploading of collected data to the cloud for storage and processing. Through the cloud platform, users can access and query historical data at any time, performing data analysis and reviewing monitoring results. The data upload process is fully automated, requiring no manual intervention from the user, ensuring real-time updates and secure storage of information.

The advantages of cloud storage include long-term data preservation and support for cross-device and cross-platform access, facilitating viewing and analysis by different departments or personnel. Through efficient cloud data processing, the device can provide more in-depth analytical reports, helping users better understand the patterns of drone activity, optimize monitoring strategies, and improve overall prevention and control capabilities.