What does the trunk in a fiber-optic network refer to?

The trunk in a fiber-optic network refers to the main path of the network that carries signals. This is a crucial part of the infrastructure as it forms the primary transmission route for data and communication between different nodes in the network. A trunk line typically handles a large volume of data traffic and is designed to connect various segments of the network, ensuring efficient and high-capacity transmission.

In contrast, individual connections to customer premises are typically referred to as drops or laterals, not the trunk. Secondary connections branching off the main pathways are usually known as distribution lines or branches, which serve to extend connectivity but do not represent the main backbone of the network's structure. Connector points within the distribution hub refer to junctions where various fibers meet and are connected, but this term does not describe the primary data routing capabilities of the trunk. Understanding the role of the trunk in a fiber-optic network is essential for comprehending how data is transmitted across long distances and the overall topology of the network.