Ring topology
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A ring topology is a type of local area network (LAN) where each node connects to exactly two other nodes in a circular formation, providing only one pathway between any two nodes. It performs better than a bus topology under heavy loads, has short cable lengths, and is suitable for optical fibers. However, moving, adding, or changing devices can affect the network, reconfiguration is difficult, and node failure causes network failure, making it less popular today for high speed LANs. Ring topologies can still be found in some office buildings or school campuses.
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Ring topology ppt
In a ring topology, each network device is connected to two other devices in a closed loop using point-to-point connections, allowing signals to travel from one device to the next in sequence until reaching the destination device. Signals pass through each device along the ring until reaching their destination, and each device can act as a repeater by regenerating the signal before sending it to the next device. While easy to install and configure, ring topologies are unidirectional and if any single device fails, the entire network will fail.
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Tree topology
Tree topology has a root node that other nodes connect to in a hierarchical manner, forming at least three levels. It combines advantages of bus and star topologies by allowing easy expansion of nodes while being managed and maintained efficiently. However, it requires heavy cabling and is costly, and the network will fail if the central root node fails.
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Ring topology ppt
In a ring topology, each network device is connected to two other devices in a closed loop using point-to-point connections, allowing signals to travel from one device to the next in sequence until reaching the destination device. Signals pass through each device along the ring until reaching their destination, and each device can act as a repeater by regenerating the signal before sending it to the next device. While easy to install and configure, ring topologies are unidirectional and if any single device fails, the entire network will fail.
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Tree topology
Tree topology has a root node that other nodes connect to in a hierarchical manner, forming at least three levels. It combines advantages of bus and star topologies by allowing easy expansion of nodes while being managed and maintained efficiently. However, it requires heavy cabling and is costly, and the network will fail if the central root node fails.
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The document discusses different network topologies including star, bus, ring, tree, graph, and mesh. Each topology has different advantages and disadvantages in terms of cost, flexibility, reliability, fault tolerance, and ease of expanding the network. The star topology connects all nodes to a central node, making it easy to service but difficult to expand. The bus topology uses a single cable for transmission but faults are hard to isolate. The ring topology transmits data in one direction around the ring but a single node failure disrupts the whole network.
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Ring topology
- 1. WELCOME
- 4. A ring network is a Local Area Network(LAN) in which each node connects to exactly two other nodes . It connected to each other forming a large circle . A ring topology provides only one pathway between any two nodes .
- 5. ADVANTAGES Performs better than a bus topology under heavy network load. Short cable length. Suitable for optical fibres. Reliable and great speed.
- 6. DISADVANTAGES Moving, adding and changing the devices can affect the network. Network reconfiguration is difficult. Node failure causes network failure.
- 7. APPLICATIONS Ring Topology can be found in some office building or school campuses. Today high speed LANs made this topology less popular.
- 8. Thank You