Among all the unit customers who install and use frequency jammers, schools, prisons, large conference centers and other units usually purchase dozens or even hundreds of units. This will bring about another requirement: it is necessary to carry out unified and centralized control and management of a large number of interfering terminal equipment, so the question is: Does the network version of the frequency jammer only need to have the function of switching on and off?

From the perspective of cost saving, it is of course the most economical way to realize networked remote control by adding a simple network module with only a switch function to a large number of frequency jammers. But this only realizes a function of remote startup and shutdown. Since multiple interfering terminal devices have been connected to the network through network cables, why not go further and remotely manage the network version of the interfering device? Function to play out? And it is not difficult to implement these functions, although it will bring some cost increases, but the increase is still very limited.

It is easy for customers to understand: if the remote power-on and power-off of the frequency jammer is only realized through the network, even if it can be switched on and off in groups and areas, how will the interference terminal equipment work after power-on and power-off? Is each device working properly? Therefore, the overall system must add a feedback function of the working status of the equipment! Also: There are many wireless signal frequency bands built into the frequency jammer. What is the transmit power of each frequency band? What if the distance of the interfering signal is beyond the preset range in some places? This should add the capability of remote power regulation in the interfering terminal equipment. In this way, in some places where the coverage of the interference signal is too large, the transmission power of the frequency jammer in this area can be adjusted remotely, and even the transmission power of each frequency band within it can be accurately adjusted. Only with such a function can it be regarded as a reasonable and intelligent network version of the frequency jammer solution.