Signal jammer manufacturers explain two common shielding strategies

When it comes to defense technology, we have two types: ordinary jamming and advanced jamming . But how do we distinguish between these two strategies? Let’s explore this topic with the help of JAMMERSIGNAL.

Ordinary jamming relies on basic technical solutions and employs a series of low-power or high-power jammer devices to counteract signals based on the jamming principle.

On the other hand, advanced signal blockers have technical characteristics that make them unique. They utilize strong signal digital point frequency hopping technology, which reduces radiation by 150 times compared to ordinary jamming methods. These advanced blockers are particularly effective when used outdoors and can significantly reduce indoor radiation levels. They use multi-channel technology to replace full-band antennas with N-frequency division antennas, making them suitable for wireless remote applications and laying the foundation for distributed antennas.

Advanced jamming also utilizes distributed antenna technology, which can reasonably distribute defense power, disperse signals and reduce antenna radiation. This leads to significantly improved performance while eliminating dead spots and leakage. In addition, JIKE’s unique TD synchronization technology, specifically for China Mobile’s 3G (TD-SCDMA) and 4G (TD-LTE) networks, only shields the downlink pilot time slot, with minimal interference to base stations and radiation reduced by dozens of times. Best-selling WiFi jammers and cell phone jammers in Europe and America.

In summary, advanced jamming technology goes beyond ordinary jamming , adopts strong signal digital point frequency hopping, reduces radiation level, utilizes multi-channel and distributed antenna technology, realizes TD synchronization, and is specifically designed for China Mobile networks.

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