Wireless bridge power can usually be divided into 2.4G and 5.8G. Other frequency bands require other applications and can be used after authorization.
2.4G bridge power supply:
The advantages are low frequency, large wavelength and strong diffraction ability. In short, the transmission performance is good, and the transmission path is slightly obstructed, which is not a big problem. Then there are relatively low costs.
The disadvantage is that there are many devices that use the 2.4G frequency band, and the electromagnetic wave signals emitted by the bridge are susceptible to interference from signals emitted by other devices, resulting in a decrease in transmission quality.

5.8G bridge power supply:
The advantages are high frequency, relatively pure channel and large transmission bandwidth. It is suitable for scenarios with high data transmission requirements.
The disadvantage is that the frequency is high, the signal wavelength is short, the penetration is poor, and it will not be blocked during transmission. The cost of 5.8G equipment is higher than that of 2.4G, and it is still in the popularization stage.
The bridge power supply manufacturer and poe splitter manufacturer tell you how the bridge power supply works.

The wireless bridge power transmission system usually consists of two or more wireless devices. Due to the two-way transmission of data, each device needs to have the ability to send and receive wireless signals.
The working principle of the wireless bridge power supply is that the bridge uses air as the medium to transmit signals. In short, one end of the network bridge converts the signal in the network cable into a wireless electromagnetic wave signal, and then directional transmission into the air. The role of the bridge at the other end is just the opposite. It receives wireless electromagnetic wave signals in the air and converts them into wired signals.

Foshan high-power switching power supply manufacturers remind you that wireless bridge power supply networking has obvious advantages, which can effectively solve the network connectivity problem between various parts.
Bridge power supply is usually used in the following situations: wireless data collection, monitoring data transmission (outdoor and elevator), outdoor wireless coverage, outdoor long-distance wireless bridging, dedicated ISP wireless broadband, unmanned monitoring station data return, etc.