An Efficient and Precise Drone Jamming Device

In today's world of widespread drone use, ensuring airspace security has become a crucial task. Our 5.2G/5.8G drone interference module has been developed to meet this need, offering reliable drone interference solutions with advanced technology and exceptional performance.

Outstanding Performance Features

（1）Advanced Gallium Nitride Transistor Technology

• high power density：Gallium nitride (GaN) transistors feature high electron mobility and a high breakdown electric field, enabling the interference module to achieve higher power density within the same volume. Compared to traditional transistor technologies, GaN allows for greater interference power output in a more compact form, laying the foundation for the miniaturization and high performance of the module.
• High-Efficiency Operation: This advanced transistor technology effectively improves the energy conversion efficiency of the module. During the interference operation, it minimizes energy loss and converts more electrical energy into effective interference signals. This not only reduces power consumption but also decreases the risk of equipment failure due to heat, ensuring stable operation over extended periods.

（2）Precise band jamming capability

• Targeted 5.2G/5.8G Frequency Bands: Specifically designed for the 5.2G and 5.8G frequency bands, which are widely used by many drones today. By precisely focusing on these bands, the interference module can efficiently disrupt the communication link between the drone and its remote controller, causing the drone to lose control commands. This effectively interferes with the drone's flight, preventing unauthorized drone incursions into designated areas.
• Narrowband Interference Advantage: Within the 5.2G/5.8G frequency bands, the module can achieve narrowband interference. This precise method of interference minimizes the impact on devices operating in non-target frequency bands. For example, when used around airports, it does not interfere with critical airport communication, navigation, and other important systems, ensuring the normal electromagnetic environment in the surrounding area.

（3）Flexible power regulation

• Wide Power Range: The power can be flexibly adjusted between 5W and 100W, meeting the interference requirements of different scenarios. In close-range, small events or private property protection scenarios, the power can be reduced to 5W, effectively disrupting intruding drones while minimizing excessive interference to the surrounding environment. In large military bases or expansive industrial facility protection areas, the power can be increased to 100W to cover a greater distance and address potential drone threats from afar.
• Intelligent Power Matching: The module can automatically or manually adjust the power based on factors such as the distance of the target drone and signal strength. When a nearby drone is detected, the power is automatically reduced to conserve energy and enhance interference precision. For drones at longer distances or with stronger signals, the power is increased accordingly to ensure effective interference, optimizing both interference efficiency and energy usage.