Where droplines are communication cables and taps are connectors. The common bus contains several droplines and taps. Here the bus works as a backbone cable for the entire network that connects every node and network device in the network. When all the nodes or computers and network peripherals are connected to a single bus for communication then it is referred to as bus network topology. It is very easy to install, cost-effective, but there is a chance of network failure or faults due to the single backbone or transmission line. It is also known as linear bus ]or backbone. In this type, the network devices, and nodes/computers are connected to the single transmission line sequentially. The network topology in computer networks is categorized into 6 types based on the degree of security and connectivity, which comes under physical topology. While logical type describes how the data is transferred between the connected nodes on the network. The physical type is the physical layout of the network with all the connected nodes and peripherals. The network layout, which is either physical or logical, is directly related to the functionality of the network. The topology in a computer network is defined as, how all the nodes or computers and the network devices are connected and arranged on the network for data transfer from one to another. Examples Twisted Pair Ethernet Topology in Computer Network It refers to the internal communication of network devices with each other. The path of data transfer and the moment of data throughout the network depends on the network protocol. This type of topology in computer networks shows how the data is transferred from one node/computer to another node/computer and is independent of physically connected network devices. Examples – Bus topology, Star topology, Ring topology, Tree topology, Mesh Topology, Point-to-Point topology, and Hybrid Topology Logical Type It also refers to the transmission medium of the signal.
#INETWORK TOPOLOGY CODE#
It includes connections of several network elements like nodes, links, etc, location of the device, and installation of code of a network. In other words, it is the physical layout of the workstations, cables, links, and nodes in the network. This type of topology in computer networks explains how all the nodes or computers are connected for data transmission.
The network topologies in computer networks are of two categories like physical and logical. The network topology describes how all the communication links, mapping of all the network components and nodes are arranged to communicate with each other. A node is a computer network that might be a printer or computer or any other network device, which is capable of transmitting and receiving the data generated by other network devices. It is also referred to as the logical layout or physical layout of the network.
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