Can 5G mobile phone signal jammers achieve high power gain indoors
Use high-power 5G jammers to achieve high power gain in the room
There are many online shopping malls selling signal jammers, such as cell phone signal jammers, GPS mobile phone signal callback functions, Wi-Fi signal blockers, UHF signal jammers, and other types of signal blockers. But now we rarely find a full-featured signal blocker that can block 5G signals and is suitable for indoor use, with strong sound spacing. If you need to get this kind of signal blocker, you can come here and get one you like.
Since many 5G cell phone signal blockers can block 5G mobile phone signals, of course we can't see the details of the high-power 5G jammers used in all rooms. The best way is to take an example and then look at the details of the 3G4G5GWimax signal callback function used in this room. Its full name is "70W high-power 3G4G5GWimax mobile phone signal".
Soon you will know that this high-power signal blocker design has 5 antennas and this high-power jammer design is dedicated to blocking CDMAGSMDCS/PCS3G4G5GWimax signals, so that the mobile phone signals in these frequency bands can be blocked and lose the function of sending and receiving information, so that this indoor 3G4GWimax signal callback can play the role of a security tool. In addition, due to the high power of 70W, the shielding radius of the jammer can reach 100 meters, which actually depends on the reception sensitivity in the given area of the omnidirectional antenna design, which is very strong and can meet the current requirements.
With high power, this 5GWimax mobile phone signal jammer design has a good thermal conductivity system, which can easily achieve the goal of 24/7 continuous operation provided by the AC adapter, so that people who need it can easily achieve their goals by using indoor 3G4G5GWimax signal callback. In addition, adjustable buttons have also been used in this room, so this high-power adjustable 3G4G5GWimax mobile phone jammer allows users to decide the interference distance and interference radius according to their actual situation.
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