Drone Detection & Interference System

- Self-adaptive, plug-and-play, no complex parameter settings required. The device can be used immediately after being powered on without any parameter settings. In some

scenarios, the coverage range can be controlled by adjusting the response threshold settings. - Supports wireless communication frequency bands from 100 MHz to 6 GHz. - Spectrum management, with an integrated whitelist mode to prevent interference to one’s own

communications (civilian frequency bands and special ones can be disabled). - Works in conjunction with detection radars to achieve targeted interference. - Concealment requirement: no electromagnetic radiation when in detection mode to avoid being

located by anti-radiation weapons. - Fast frequency point capture, based on energy detection and modulation feature database matching. - LPI (Low Probability of Intercept), interference uses narrowband modulation technology, with

power density 1/100 of conventional jamming machines, avoiding the threat of anti-radiation

weapons. - Dynamic frequency tracking, closed-loop feedback control and frequency hopping prediction based

on deep reinforcement learning (DRL), frequency point switching delay ≤ 5ms (to counter drone

frequency hopping). - RF power efficiency optimization, PA digital pre-distortion (DPD) technology, power amplifier

efficiency increased to 48% (conventional calss AB power amplifiers are only 25%), peak power

consumption reduced by 30%. - High reliability, MTBF (Mean Time Between Failures) ≥ 10,000 hours, supports 7×24-hour

continuous operation.

This product supports the main frequency bands of mainstream drones, FPVs, etc.

The device consists of a signal detection module, a 4-channel signal synthesis unit, a radio frequency

amplifier unit, and a power supply unit. When the radar detects the position of the drone, it provides the spatial coordinates to the detection

unit to monitor and identify the downlink signal of the drone in the frequency band. When the signal

strength exceeds the preset threshold, the signal transmission unit synthesizes a narrowband

modulation signal of the corresponding bandwidth, which is output to the antenna through the power

amplifier to interfere with the drone and other equipment in the control environment, making it

impossible for the drone to send back data. In addition, it interferes with the GPS and other

frequency bands, forcing the drone to lose control.