What is the primary function of a bridger amplifier in tree-and-branch architecture?

The primary function of a bridger amplifier in tree-and-branch architecture is to boost the signal before it is split and sent to different branches. This amplification is crucial because it ensures that the quality and strength of the signal are maintained as it travels through the various branches of the network. The bridger amplifier amplifies the input signal, which helps to compensate for any losses that may occur as the signal is transmitted through the network. By increasing the signal strength prior to distribution, it enhances the overall performance and reliability of the communication system, preventing degradation and ensuring that all branches receive a sufficient signal level.

While other options mention storage, connection points, and regulating output voltage, those functions are not the main role of a bridger amplifier in this context, as its primary purpose centers around signal amplification for effective distribution.