Drone jammer Prison jamming systems ,Counter RCIED and Anti drone system Manufacture

What is a drone jammer?

Jammers work by blasting electromagnetic noise at the radio frequencies that drones use to operate and emit information. Effectively, they drown out the conversation between a drone and its operator.

This is usually either 2.4Ghz or 5.8Ghz, which are non-assigned, public frequencies. The drone jammer acts as a kind of ‘anti-drone gun’ and is a powerful tool in the ever-growing field of anti drone technology.

This technology is the perfect solution for those who are looking to protect their airspace from unwanted drones, whether it’s a corporate setting, a military base, or private property. So if you’re worried about drones entering your airspace, a drone jammer may be the perfect solution for you.

How can anti-drone technology help?

Anti-drone technology can also be used to create virtual “no-fly” zones, which can prevent drones from entering sensitive areas, or even trigger an alarm if a drone enters an unauthorized area. This can be used to prevent spying or potentially dangerous activities and can provide an extra layer of security that is invaluable in many situations.

What are the advantages of FPGA digital jamming technology

FPGA (Field-Programmable Gate Array) based digital jamming technology has several advantages over traditional analog jamming techniques, including:

Programmability: FPGA allows for fast and flexible reconfiguration of jamming signals, making it easier to adapt to changing threat environments.
Precision: Digital signals generated by FPGA can be precisely controlled and fine-tuned, leading to more efficient and effective jamming.
Efficiency: FPGA can perform multiple jamming functions simultaneously, making it possible to target multiple threats with a single device.
Integration: FPGA can be integrated with other digital signal processing components, leading to more compact and cost-effective jamming systems.
Reliability: FPGA is less susceptible to noise and other environmental factors than analog systems, leading to improved reliability and reduced maintenance costs.