Which type of connection allows multiple endpoints to connect from a single location?

The point-to-multipoint (P2MP) connection is designed to enable a single transmission source to communicate with multiple endpoints simultaneously. This type of connection is particularly useful in scenarios where a single central node, like a base station or a server, needs to send data to several client devices, such as in a wireless communication setup or cable television distribution. The efficiency of a P2MP connection lies in its ability to conserve resources by minimizing the need for each endpoint to have its own dedicated connection to the source, which can lead to cost savings and streamlined network management.

In contrast, the point-to-point (P2P) connection is structured for direct communication between two endpoints only, limiting its capability to serve multiple devices simultaneously. A mesh network, while it promotes redundancy and reliability through multiple interconnections between nodes, does not inherently prioritize a single source communicating with multiple endpoints. Star topology involves a central hub connecting to various endpoints, but it still operates in a manner resembling point-to-point connections between the hub and each device. Thus, P2MP stands out as the most suitable choice for allowing multiple endpoints to connect from a single location.