Frequently Asked Questions on Passive Topology
What benefits can passive topology offer?
Since passive topology doesn’t need active networking hardware like switches, it is easy to set up and reasonably priced.
What restrictions does passive topology have?
Over extended connection lengths, passive topology may experience signal loss and has limited scalability.
Is it possible to employ passive topology in huge networks?
Although passive topology works well for local networks, its limits in signal strength and distance may make it impractical for large-scale installations.
What distinguishes active topology from passive topology?
Unlike passive topology, which depends only on physical wire, active topology uses switches or routers to link devices and actively manages data transfer.
Is passive topology a popular design in contemporary networks?
The constraints of passive topology and the presence of more reliable and scalable active networking technologies have made it less frequent in current networks.
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.
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