Jammers were developed specifically for use in a specific frequency range

UHF or UHF refers to the frequency of radio waves at 300 MHz to 3000 MHz. This is the highest frequency used on television. UHF is widely used in walkie-talkie, Bluetooth, wireless networks, mobile phones and narrow communication fields such as military radio. VHF (VHF), short for VHF, refers to the frequency of radio waves […]

Read More

Can GPS jammers block GPS and mobile signals as well as WiFi internet connections?

GPS navigation systems are becoming increasingly popular today. Almost everyone uses it for personal and professional purposes. Almost everyone has a GPS navigation system installed in the car, so we can find a route anywhere in seconds. The GPS navigator is very popular because it helps us to reach our destination faster. However, GPS navigation […]

Read More

GPS jammer disrupts normal bureaucracy

The U.S. military plans to test technologies this year that prevent gps jammer from being disturbed in the field. A suspicion has emerged that indicates that the Russian armed forces have been able to interfere with GPS signals during military exercises and operations for several years. Drones in particular can become unusable if these signals are blocked, […]

Read More

Will GPS jammers work at airports?

A single well-placed gps jammer or spoofer could interfere with the signals across an entire region of the United States, a Department of Homeland Security official said at a GPS conference in Nashville, Tenn. At the same time, the United States still lacks the ability to “quickly identify and geographically locate interference or spoofing of GPS services,” […]

Read More

Can jammers destroy GPS frequency bands?

Drones more disruptively destroy the drones’ flight by transmitting radio wave noise with radio frequencies and blocking the effective communication between the drone and its controller. Mainly unassigned public frequencies, namely 2.4 GHz and 5.8 GHz, also known as “RF interference”. This means that drone jammers do not interfere with the normal radio frequency range […]

Read More