Bus Network Topology Definition
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A bus network is a network topology in which nodes are directly connected to a common linear (or branched) half-duplex link called a bus. A network topology that uses a common pathway between all devices. Ethernet 10Base5 and 10Base2 are examples of bus networks. See bus and Ethernet. The Three Network Configurations In a network, the bus is one of three primary topologies. Ethernet is the most widely used network topology. You can choose between bus and star topologies, as well as coax, twisted-pair, or fibre optic cabling. And with the right connective equipment, multiple Ethernet-based LANs can be linked together. The topology of a network whose components are connected by a busbar. Classified under: Nouns denoting cognitive processes and contents. Synonyms: bus topology; bus. Hypernyms ('bus topology' is a kind of.): network topology; topology (the configuration of a communication network).
A network topology describes the arrangement of systems on a computer. It defines how the computers, or nodes, within the network are arranged and connected to each other. Some common network topologies include star, ring, line, bus, and tree configurations. These topologies are defined below: • Star - One central note is connected to each of the other nodes on a network. Similar to a hub connected to the spokes in a wheel. • Ring - Each node is connected to exactly two other nodes, forming a ring.
Bus Network Topology Means
Can be visualized as a circular configuration. Requires at least three nodes. • Line - Nodes are arranged in a line, where most nodes are connected to two other nodes. However, the first and last node are not connected like they are in a ring. • Bus - Each node is connected to a central bus that runs along the entire network.