Limitations of Passive Topology
- Signal deterioration: Long cable lengths may cause signal deterioration in passive topologies, which can lead to signal loss or slower data transfer rates.
- Single Point of Failure: Because every node is linked to a single hub or connecting point, a malfunction there might cause the network to go down for every device that is connected.
- Limited Control: Passive topology networks provide only a limited amount of control over network administration and data flow in the absence of active networking devices.
What is Passive Topology.?
The arrangement of nodes and links inside a network is referred to as its “topology” in the context of network design. It provides the framework for data transmission between devices. A basic kind of network architecture called passive topology connects all of the nodes in the network to a single hub without the need of active networking components like switches or routers. An in-depth discussion of passive topology’s main traits, benefits, drawbacks, and real-world uses is provided in this article.