 Network topology is the layout pattern of interconnections of the various elements (links, nodes, etc.) of a computer.  Network topologies may be physical.

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Presentation transcript:

 Network topology is the layout pattern of interconnections of the various elements (links, nodes, etc.) of a computer.  Network topologies may be physical or logical.  Physical topology refers to the physical design of a network including the devices, location and cable installation.  Logical topology refers to how data is actually transferred in a network as opposed to its physical design.

 Point-to-point  Bus  Star  Ring  Mesh  Tree

 The simplest topology is a permanent link between two endpoints.

 In local area networks where bus topology is used, each node is connected to a single cable.  Each computer or server is connected to the single bus cable.  A signal from the source travels in both directions to all machines connected on the bus cable until it finds the intended recipient.

 In local area networks with a star topology, each network host is connected to a central hub with a point-to-point connection.  The network does not necessarily have to resemble a star to be classified as a star network, but all of the nodes on the network must be connected to one central device.  All traffic that traverses the network passes through the central hub.

 A network topology that is set up in a circular fashion in which data travels around the ring in one direction and each device on the right acts as a repeater to keep the signal strong as it travels.  Each device incorporates a receiver for the incoming signal and a transmitter to send the data on to the next device in the ring.

 The type of network topology in which some of the nodes of the network are connected to more than one other node in the network with a point-to- point link – this makes it possible to take advantage of some of the redundancy that is provided by a physical fully connected mesh topology without the expense and complexity required for a connection between every node in the network.

 The value of fully meshed networks is proportional to the exponent of the number of subscribers, assuming that communicating groups of any two endpoints, up to and including all the endpoints.  The physical fully connected mesh topology is generally too costly and complex for practical networks.

 The type of network topology in which a central 'root' node (the top level of the hierarchy) is connected to one or more other nodes that are one level lower in the hierarchy (i.e., the second level) with a point-to-point link between each of the second level nodes and the top level central 'root' node, while each of the second level nodes that are connected to the top level central 'root' node will also have one or more other nodes that are one level lower in the hierarchy (i.e., the third level) connected to it, also with a point-to-point link, the top level central 'root' node being the only node that has no other node above it in the hierarchy