The SIG-DG03 drone detection and jamming system integrates detection and jamming, has 360° all-round detection capability, covers an ultra-wide spectrum of 50MHz-6GHz, can autonomously learn to identify unknown drones, handle multiple targets at the same time, is unmanned around the clock, has a whitelist function, adapts to complex electromagnetic environments, and uses omnidirectional countermeasure technology to counter drones in all directions. It is particularly good at identifying frequency-hopping drone signals.
The SIG-DG03 system is used for drone detection and jamming. The system integrates multiple technologies such as collaborative spectrum sensing and deep neural networks. Through radio detection technology, the system uses the received drone characteristic signals, big data processing, artificial intelligence and machine learning to effectively detect and identify low-altitude drones in the defense area; it uses radio jamming and blocking technology to achieve effective control of intruding drones. The system realizes low-altitude three-dimensional protection within a defense area radius greater than 5,000 meters, and has been widely used in major events and other fields.
·The best technical route in the industry, detection and interference are integrated, smaller and lighter
·Passive passive detection, 360° all-round, 50MHz-6GHz ultra-wide spectrum detection range
·It has the ability to autonomously learn and identify unknown drones, and can record their signal characteristics during drone flight, including industrial drones and consumer drones with standard broadband image transmission and frequency hopping image transmission,
·It can handle more than 10 targets at the same time, detect, identify and interfere
·All-day, all-weather, unmanned
·With whitelist function
·Unique intelligent gain and reference level patented design to adapt to the needs of complex electromagnetic environment detection
·Omnidirectional countermeasure, countermeasure drones in all directions
·Special frequency hopping signal recognition technology, which can identify frequency hopping drones
