The coordination of mobile phone Jamming and communication

Over time, communication technology has developed rapidly and has been widely used in the civilian field. Traditional HF-VHF-UHF frequencies, once considered part of the “old communication world”, have now been overshadowed by new developments. The development of communications has also affected the field of mobile phone shielding.

In recent years, the use of HF frequencies has been expanded with the introduction of modern wideband HF (WBHF) technology, achieving data rates of up to 240 kbps on a 48 kHz wide channel. HF communications, especially wideband HF, are now widely used for intercontinental connections.

The deployment of HF communication encryption, including technologies such as HF frequency hopping, has made it increasingly difficult for intelligence agencies to decrypt HF frequencies after they are activated. In response to this situation, cell phone jammer that can generate high-frequency interference have been developed with an output power of up to 5KW per band, which can effectively cause communication disruption and provide operators with a safe communication window.

Mobile phone jammers designed for high-frequency interference can cover a wide frequency range, typically 1.5MHz to 30MHz. These jammers use digital-based jamming technology to quickly scan and disrupt jamming signals at extremely high speeds. Popular GPS jammer and WIFI jammer in Europe and America.

Cell phone jammers come in a variety of sizes to suit different needs. They can be mounted on vehicles, ships, and aircraft dedicated to electronic warfare. In environments such as inspection rooms, signal blockers with external directional or omnidirectional antennas can be used for high-frequency jamming. Some cell phone jammers even come with built-in antennas for added convenience.

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