5G transmitter power

Hello friend!

Let say yes, 5G networks are specifically designed to minimise transmitter power, even more than existing 4G networks. 5G networks use a new advanced radio and core architecture which is very efficient and minimises transmissions consistent with service requirements which results in optimised EMF levels. The network also controls the power level of the device to the lowest level in order to complete a satisfactory communication with the network.

Regards,

Hello, dear.
The operating cost of 5G base stations is about three to four times that of 4G base stations. According to data from the China Communications Standards Association, the power consumption of main 5G base stations of major operators is about 2.2 kW to 2.3 kW when no load is used and about 3.7 kW to 3.9 kW when a full load is used, which is about three times that of 4G base stations. Currently, operators can use the AAU deep dormancy function to enable the AAU deep dormancy function for base stations in the no-load state at different time periods to implement intelligent power consumption control for base stations. For example, when a device is idle for a long time or the traffic volume is lower than a threshold, the AAU shuts down the power supply for most active devices and enters the dormant state. When the base station is being used by a large number of users or meets the wake-up conditions, the device cannot be shut down.
By the same token, intelligent shutdown technology (intelligent air-opening equipment) can also realize refined on-demand energy consumption. When the load on the base station is low or the number of users is very small, the redundant energy-consuming parts of the base station are deeply dormant, and when the load on the base station rises, the corresponding parts are intelligently turned on to meet the demand, so as to achieve the purpose of energy saving and emission reduction, thus reducing the power consumption of equipment and business operation costs.