Interference Detection Support for Multiple Communication Protocols
This vehicle-mounted integrated detection, jamming, and spoofing device supports interference detection for multiple communication protocols. Whether it's traditional radio spectrum, satellite navigation signals, or modern 5G communication networks, this device can efficiently detect and identify various signal sources. In practical applications, it can dynamically analyze changes in the communication spectrum, determine in real time the communication protocols the enemy might be using, and quickly jam different protocols through advanced algorithms, preventing target devices from successfully receiving signals or communicating. Simultaneously, the device exhibits excellent spectral bandwidth and detection accuracy, ensuring precise jamming even in complex electromagnetic environments.
Product Parameters
| Parameter Name |
Parameter Description |
| Detection Distance |
300MHz-6G |
| Key Detection Frequency Bands |
2.4G/5.8G/800M/900M/1.4G |
| Detection Distance |
1-8KM |
| Interference Frequency Bands |
800M\900M\1.5G\2.4G\5.2G\5.8G\1.4G |
| Interference Distance |
1-3KM |
| Response Time |
≤3s |
| Network Functionality |
4G |
| Spoofing Signal System |
GPS/BDS/GLONASS/Galileo |
| Spoofing Distance |
1-3KM |
| Product Dimensions |
2000*300*750mm |
| Packaging Dimensions |
2080*340*800mm |
| Product Weight |
40KG |
| Total Product Weight |
52KG |
The JDY-400 omnidirectional UAV jamming equipment employs soft-kill technology. It suppresses the remote control and image transmission signals of UAVs through 360° omnidirectional electromagnetic interference, causing the UAV to lose control and forcing it to return to its home base or make an emergency landing. The system integrates detection data with control strategies, and the control platform automatically determines the optimal strike method based on event level, external factors, and other conditions. The strike and response status, geospatial information, and other data can be transmitted back to the control platform for display.
Highly Realistic Signal Simulation for Deceiving Tracking Equipment
This vehicle-mounted device possesses the ability to highly simulate realistic signals, effectively deceiving and jamming enemy tracking equipment. By simulating various common radio signals, including GPS satellite navigation signals, communication signals, and radar waves, the device can create a false signal environment, inducing enemy systems to misjudge the target's location or status. During missions, the device can not only deceive signals but also adjust the characteristics of the simulated signal in real time to counter the enemy's tracking system's reactions, making it difficult for the enemy to identify its true location and greatly improving tactical concealment and survivability.
High Integration of Vehicle Navigation and Jamming Equipment for Enhanced Portability
This device highly integrates vehicle navigation and jamming technology, solving the problem of the inconvenience of carrying traditional jamming equipment. Through its compact design, the device can not only be installed on a vehicle platform but also seamlessly interface with vehicle navigation systems, allowing users to easily perform jamming and monitoring while on the move. On the vehicle-mounted platform, the equipment provides precise geolocation capabilities. Combined with a navigation system, it can monitor the electromagnetic signal situation of the surrounding environment in real time, flexibly adjust its operating status, and automatically optimize interference range and frequency bands based on the driving route, improving operational efficiency and ensuring adaptability in various complex environments.
Real-time Scanning of All Surrounding Electronic Signals
The equipment possesses powerful real-time scanning capabilities, capable of simultaneously monitoring and scanning all surrounding electronic signals. Whether it's radio waves emitted by ground equipment or signals transmitted by aircraft, satellites, etc., these signals can be effectively captured and analyzed. During the scanning process, the equipment can not only identify the signal type, intensity, and frequency band, but also determine its source and purpose based on the characteristics of the target signal, issuing timely alarms to assist operators in making rapid decisions. Real-time scanning technology gives the equipment powerful perception capabilities in complex battlefield environments, enabling it to detect potential enemy threats earlier and take corresponding jamming measures.
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