Which category of fiber-optic cable design typically uses some variation of the star topology?

The category of fiber-optic cable design that typically uses some variation of the star topology is signal distribution. In a star topology, each endpoint connects directly to a central hub or switch, which manages the data traffic between the connected devices. This arrangement allows for efficient signal distribution, as the central hub serves as a point for all connections, making it easier to manage and maintain the network.

In signal distribution systems, the star topology is particularly advantageous because it minimizes (or isolates) the impact of a single cable failure on the overall network performance. If one connection is disrupted, the rest of the network remains operational, providing higher reliability and ease of troubleshooting. The design is commonly used in local area networks (LANs) and is particularly suitable for environments where numerous endpoints require efficient and reliable communication.

The other types, such as linear routing, point-to-point connections, and hybrid topology, do not utilize the star configuration in the same manner as signal distribution. Linear routing typically involves a series of devices connected in a straight line, which may not provide the same level of redundancy or centralized management. Point-to-point connections are direct links between two endpoints, lacking the hub-and-spoke structure that defines a star topology. Hybrid topology combines multiple different topologies, which