The signals of mobile phones used in our daily life mainly come from radio waves transmitted and received by communication base stations located around the world. Each base station can cover a hexagonal area, and the connection of numerous base stations can Let the signal cover the whole world. The transmission of wireless audio also relies on invisible but powerful radio waves.
Wireless audio transmission has become a trend in the audio industry today. We have to consider a question, how to make the signal more stable? We know that with the popularity of radio waves, the mutual interference between signals becomes more and more serious. This is especially evident in the wireless audio transmission. The frequency-breaking and frequency-dropping of microphones are always plaguing us. So, if we visualize the radio waves, can we better manage the radio waves?
With the popularity of radio waves, the mutual interference of frequencies becomes more serious. Which frequencies are already in use locally? What is allowed? How many channels and backup channels does the event require? What is the frequency range covered by the transmitter and receiver? All these should be carefully considered.
Now, you can use frequency scanning software to visualize radio waves for easy management. Scan the clearest spectrum at a specific location, use software to calculate the frequency of interference without intermodulation, greatly simplifying the computational workload.
Using dedicated control software, the computer's powerful computing power is used to solve the interference problems encountered when multiple sets of wireless microphones are used at the same time. The system first uses the wireless microphone receiver to accurately scan the external interference signal, and then uses the computer to calculate the undisturbed frequency used by each set of wireless microphones according to the frequency of the interference signal, and finally controls each set of wireless with the calculated frequency. The microphone enables each system to be automatically frequency-selected, and the selected frequency is extremely reliable and completely immune to outside interference.
A dedicated network cable is used to connect each system in series, and one computer can control up to 64 wireless receivers.
Displays all of the receiver's functions and current operating parameters, such as RF/AF and auto-select signal strength, transmitter battery capacity, and more.
The software has a spectrum analyzer that monitors all channels and interference signals in the receiving environment. The frequency, naming, squelch, etc. of each receiving module can be manually set in the computer, and the operating files of each system in the network can be created and stored by itself.
With break scan and memory function, it can record the transmission quality of the signal and understand the position of the breakout, which is convenient for the operator to adjust.
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