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This document discusses several common network topologies including bus, star, ring, tree, and mesh. It provides details on the characteristics of each topology such as how the devices are connected, advantages, and disadvantages. A bus topology connects all devices in a linear fashion. A star topology connects all devices to a central hub. A ring topology connects devices in a circular fashion. A tree topology combines elements of bus and star with branches connecting to a backbone. A mesh topology fully connects all devices for improved reliability but is very expensive.
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POLITEKNIK MALAYSIA
This document discusses different network topologies including bus, ring, star, tree, mesh, and hybrid topologies. It provides details on the key features, advantages, and disadvantages of each topology. Bus topology uses a central backbone cable to connect all devices in one direction. Ring topology connects all devices in a closed loop. Star topology connects all devices to a central hub. Tree topology combines aspects of bus and star topologies. Mesh topology uses point-to-point connections between all nodes. Hybrid topology combines two or more topologies.
Network topology
This document discusses various network topologies including bus, ring, star, and hybrid topologies. It describes the basic characteristics of each topology such as their physical layout, advantages, and disadvantages. It also covers backbone structures used to connect hubs, switches, routers and extend networks in daisy chain, distributed, collapsed, and parallel configurations. Finally, it notes that logical topologies like bus and ring may differ from the underlying physical topology.
Network Topology
The document discusses different network topologies:
- Physical topology refers to the physical placement of network components like devices and cables. Logical topology illustrates how data flows regardless of physical design.
- Bus topology connects all nodes to a single cable. It has advantages like easy node connection but relies on a single cable.
- Ring topology connects devices in a closed serial ring. It provides equal access but the whole network stops if a node fails.
- Star topology connects all nodes to a central hub with separate cables. It is easy to add/remove nodes and troubleshoot faults.
Network Topologies
The document discusses different network topologies including bus, ring, and star configurations. It describes the physical layout and advantages and disadvantages of each. A bus topology uses a single cable to connect all nodes without intermediary devices. A ring topology connects each node to the two nearest in a circular formation. A star topology connects all nodes to a central hub device. Hybrid configurations like star-wired ring are also presented. Different logical topologies for data transmission are discussed, including bus and ring formats. Backbone structures for linking network components are outlined, such as daisy chains, distributed, and collapsed configurations.
Network topology.
This document discusses different network topologies. A topology refers to the pattern of interconnection between nodes in a network. There are several common topologies including star, bus, ring, tree, graph, and mesh. Each has distinct characteristics regarding how nodes are connected and how data is transmitted. For example, in a star topology there is a central node that all other nodes connect to via a single path, while in a bus topology nodes are connected to a single shared transmission medium and packets of data are transmitted and received. The document provides details on the characteristics of each type of topology.
Network topology ? Types of Network Toplogies:Bus, Ring, Mesh, Tree, Star, Hy...
Nework Topology? Types of network topologies:Bus, Ring, Mesh, Tree, Star, hybrid. with Advantages and disadvantages
STAR TOPOLOGY
A star topology connects all nodes individually to a central hub or switch. It has advantages like centralized management, easy addition of new nodes, and failure of a single node not bringing down the whole network. However, it can have higher implementation costs, performance depends on the central device, and failure of the central device causes the entire network to fail.
Topology
Contents
What is Topology ?
Types of topology?
Advantages and disadvantage of topology
What is topology ?
In a single node topology only two system can communicate via single node .
Node :- Connected link between the devices create node.
Benefits and Drawbacks
Benefits
High speed
Easy to create
Security, no third party can access.
Easy to troubleshoot.
Drawbacks
Only to system can communicate .
Fixed network .
Benefits and drawbacks
Benefits
More than two system can communicate.
Drawbacks
Single point of failure.
If backbone fails entire network will fail
Low bandwidth because of broadcasting.
Benefits
Each Pcs are directly connected to each other .
Easy to create and troubleshoot .
Create a central point of management .
High bandwidth because individual transmission.
Tree topology
I t is a combination of bus and star topology.
Hybrid Topology
It is a combination of two or topologies .
1st combination – star + bus topology
2nd combination – ring +star topology
QUESTIONS
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POLITEKNIK MALAYSIA
This document discusses different network topologies including bus, ring, star, tree, mesh, and hybrid topologies. It provides details on the key features, advantages, and disadvantages of each topology. Bus topology uses a central backbone cable to connect all devices in one direction. Ring topology connects all devices in a closed loop. Star topology connects all devices to a central hub. Tree topology combines aspects of bus and star topologies. Mesh topology uses point-to-point connections between all nodes. Hybrid topology combines two or more topologies.
Network topology
This document discusses various network topologies including bus, ring, star, and hybrid topologies. It describes the basic characteristics of each topology such as their physical layout, advantages, and disadvantages. It also covers backbone structures used to connect hubs, switches, routers and extend networks in daisy chain, distributed, collapsed, and parallel configurations. Finally, it notes that logical topologies like bus and ring may differ from the underlying physical topology.
Network Topology
The document discusses different network topologies:
- Physical topology refers to the physical placement of network components like devices and cables. Logical topology illustrates how data flows regardless of physical design.
- Bus topology connects all nodes to a single cable. It has advantages like easy node connection but relies on a single cable.
- Ring topology connects devices in a closed serial ring. It provides equal access but the whole network stops if a node fails.
- Star topology connects all nodes to a central hub with separate cables. It is easy to add/remove nodes and troubleshoot faults.
Network Topologies
The document discusses different network topologies including bus, ring, and star configurations. It describes the physical layout and advantages and disadvantages of each. A bus topology uses a single cable to connect all nodes without intermediary devices. A ring topology connects each node to the two nearest in a circular formation. A star topology connects all nodes to a central hub device. Hybrid configurations like star-wired ring are also presented. Different logical topologies for data transmission are discussed, including bus and ring formats. Backbone structures for linking network components are outlined, such as daisy chains, distributed, and collapsed configurations.
Network topology.
This document discusses different network topologies. A topology refers to the pattern of interconnection between nodes in a network. There are several common topologies including star, bus, ring, tree, graph, and mesh. Each has distinct characteristics regarding how nodes are connected and how data is transmitted. For example, in a star topology there is a central node that all other nodes connect to via a single path, while in a bus topology nodes are connected to a single shared transmission medium and packets of data are transmitted and received. The document provides details on the characteristics of each type of topology.
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Nework Topology? Types of network topologies:Bus, Ring, Mesh, Tree, Star, hybrid. with Advantages and disadvantages
STAR TOPOLOGY
A star topology connects all nodes individually to a central hub or switch. It has advantages like centralized management, easy addition of new nodes, and failure of a single node not bringing down the whole network. However, it can have higher implementation costs, performance depends on the central device, and failure of the central device causes the entire network to fail.
Topology
Contents
What is Topology ?
Types of topology?
Advantages and disadvantage of topology
What is topology ?
In a single node topology only two system can communicate via single node .
Node :- Connected link between the devices create node.
Benefits and Drawbacks
Benefits
High speed
Easy to create
Security, no third party can access.
Easy to troubleshoot.
Drawbacks
Only to system can communicate .
Fixed network .
Benefits and drawbacks
Benefits
More than two system can communicate.
Drawbacks
Single point of failure.
If backbone fails entire network will fail
Low bandwidth because of broadcasting.
Benefits
Each Pcs are directly connected to each other .
Easy to create and troubleshoot .
Create a central point of management .
High bandwidth because individual transmission.
Tree topology
I t is a combination of bus and star topology.
Hybrid Topology
It is a combination of two or topologies .
1st combination – star + bus topology
2nd combination – ring +star topology
QUESTIONS
Network topology by ananya shukla
This document discusses different network topologies. It describes bus, star, ring, tree, mesh, and hybrid topologies. For each topology, it provides details on the basic design, advantages, and disadvantages. Bus topology uses a single cable to connect all nodes without devices in between. Star topology connects all nodes to a central hub. Ring topology connects all devices in a continuous loop without a central server.
Network Topologies
The document discusses different network topologies including bus, ring, and star. A bus topology uses a single cable to connect all nodes without intermediary devices. It is inexpensive but not scalable. A ring topology connects each node to the two nearest in a circular formation using token passing. It handles high traffic but is expensive. A star topology connects all nodes to a central hub, requiring more cabling but being fault tolerant and scalable. Hybrid topologies also exist, such as a star-wired ring.
Network topologies
Network topologies include single node, bus, star, ring, mesh, tree, and hybrid. The physical arrangement of devices in a network defines its topology. Topologies like star and bus are easier to install and manage while ring and mesh provide better fault tolerance and handle high traffic volumes but require more complex cabling. The choice of topology depends on network size, budget, and fault tolerance requirements.
Bus topology ppt
Bus topology uses a single, long cable called a backbone to connect all devices in a network. Nodes connect to the backbone using droplines and taps, where droplines connect devices to the cable and taps contact the cable's metallic core. Any computer on the bus topology can communicate with any other as they are all connected via the main cable. However, a fault in the backbone stops all transmission and network speed decreases with heavy traffic.
Topology
This document discusses three basic network topologies: bus, star, and ring. In a bus topology, all nodes connect to a single cable or trunk. In a star topology, each node connects directly to a central hub. In a ring topology, nodes are connected in a closed loop or circle, with signals passing sequentially from node to node.
Network topology
This document discusses different network topologies including bus, star, ring, mesh, and hybrid topologies. It provides advantages and disadvantages of each topology. Bus topology has limited cable length and number of devices but is inexpensive. Star topology is easy to install but requires more cable. Ring topology provides equal access but is dependent on the connecting wire. Mesh topology can withstand high traffic but has high redundancy and cost. Hybrid topology is reliable and flexible but difficult to install. The document concludes by noting each topology has advantages and disadvantages and all can fail if the server has problems.
Network topology And Its type
Network topology And Its type in detail
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Network Topology
This document discusses different network topologies. It defines network topology as the layout and connections of devices in a network. It then proceeds to define and compare the characteristics of five common topologies: ring, mesh, star, bus and tree. For each topology it provides details on how the topology is arranged and its advantages and disadvantages. The document concludes by stating it has proven that topologies determine how technology devices communicate over the internet.
Topologies
This document discusses different network topologies including ring, star, and bus. In a ring topology, nodes are connected in a closed loop and messages travel in one direction. A star topology centers around a central node that connects to all other nodes and through which all messages are sent. In a bus topology, all nodes connect to a single communication line along which messages travel in both directions. Ethernet has become the standard for local area networks. The star topology offers flexibility but the central node is a single point of failure. The bus topology is easy to set up but breaks are difficult to identify. In ring topologies, nodes are connected point-to-point in a ring and data travels in one direction, passing through all nodes but
Hwn network s2
The document discusses different network topologies including bus, ring, star, and mixed/mesh. It provides advantages and disadvantages of each topology. A bus topology is cheap and easy to implement but causes disruption if devices are added or removed. A ring topology is easier to troubleshoot but a single break disrupts the whole network. A star topology is easily expanded without disruption but has a single point of failure. A mixed topology provides redundancy but has a complicated implementation.
Bus topologoy
A bus topology connects each computer and network device to a single backbone cable. It works well for small networks and requires less cable than a star topology. However, it is difficult to troubleshoot individual devices if the network goes down, additional devices slow the network down, and damage to the main cable can cause network failure or splitting.
Topology
This document discusses different network topologies including physical and logical topologies. It describes various common topologies such as bus, ring, star, tree, mesh, and hybrid topologies. For each topology, it provides details on how the nodes are connected and arranged, common examples, and characteristics such as direction of data flow or access methods.
What is network topology, Bus, Star, Ring, Tree, Mesh topology
Network topologies describe the physical and logical layout of connections between nodes in a network. There are two main types: physical topology, which refers to the physical layout of nodes and cables, and logical topology, which describes how data flows between nodes. Common physical network topologies include bus, star, ring, mesh, tree, and hybrid combinations of these. Each topology has advantages and disadvantages related to scalability, performance, fault tolerance, and cost.
Star topology ppt
In a star topology, each device connects to a central hub through a dedicated point-to-point link, and devices cannot directly connect to each other. Traffic between devices must go through the hub, which acts as an exchange. Star topologies have advantages like lower cost than mesh topologies, easy installation and reconfiguration, and robustness since only one link is affected if one fails, but disadvantages include needing long cable lengths, the high cost of the central hub, and potential message delays.
NETWORK TOPOLOGY
in this slid i have contains about all the network topology and also it's advantagges and disadvantages.
Star topology
This document provides information about star topology for a computer network. It describes the key aspects of a star topology including that it has a central node or hub that all other nodes connect to. When a device needs to send data to another device, it sends it to the hub which then relays the data to the other connected devices. Main advantages are that a single node failure does not take down the whole network and it is easy to add additional nodes. Main disadvantages include being susceptible to single point of failure if the hub fails and requiring more cable length. The document discusses usages, applications, comparisons to bus topology, and concludes that star topology is best for smaller networks.
Network topology
Network topology: Physical and logical layout of network.
Physical topology: How the cables are used .
Logical topology: How the messages travel
TREE TOPOLOGY
Tree network topologies combine star and bus topologies, with nodes of the underlying bus topology replaced by complete star topologies. This creates a hierarchical structure with a root node, intermediate parent nodes, and leaf nodes. Tree topologies are scalable as leaf nodes can accommodate more nodes, use point-to-point wiring to a central hub, and isolate failures so other hierarchies are unaffected. However, tree topologies require huge cabling and maintenance efforts, and the backbone forms a single point of failure.
network topology
The document discusses different network topologies including bus, ring, star, and tree. It provides details on the physical layout and logical flow of data for each topology. Bus topology uses a central backbone cable to connect all devices with drop lines. Ring topology forms a closed loop with devices connected in series and data traveling in one direction. Star topology connects all devices to a central hub with dedicated links. Tree topology connects multiple star networks hierarchically with devices grouped under root nodes.
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.
Network topology architecturea
This document discusses network topologies and design. It describes different physical topologies including bus, star, ring, and their advantages and disadvantages. It also covers the types of network cabling used in physical topologies such as UTP, STP, coaxial, and fiber optic cabling. Horizontal and backbone cabling standards are discussed. Factors that influence network performance such as connection speeds, utilization, and calculating bandwidth are also summarized.
Network topology architectureb
This document discusses different physical network topologies including bus, star, ring, and their advantages and disadvantages. It also covers different cabling types used to implement these topologies such as unshielded twisted pair (UTP), shielded twisted pair (STP), and coaxial cabling. Specific cabling standards like Ethernet cable categories and their performance capabilities are defined. Factors to consider when choosing a topology like cost, growth needs, and cable length requirements are outlined.
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Network topology by ananya shukla
This document discusses different network topologies. It describes bus, star, ring, tree, mesh, and hybrid topologies. For each topology, it provides details on the basic design, advantages, and disadvantages. Bus topology uses a single cable to connect all nodes without devices in between. Star topology connects all nodes to a central hub. Ring topology connects all devices in a continuous loop without a central server.
Network Topologies
The document discusses different network topologies including bus, ring, and star. A bus topology uses a single cable to connect all nodes without intermediary devices. It is inexpensive but not scalable. A ring topology connects each node to the two nearest in a circular formation using token passing. It handles high traffic but is expensive. A star topology connects all nodes to a central hub, requiring more cabling but being fault tolerant and scalable. Hybrid topologies also exist, such as a star-wired ring.
Network topologies
Network topologies include single node, bus, star, ring, mesh, tree, and hybrid. The physical arrangement of devices in a network defines its topology. Topologies like star and bus are easier to install and manage while ring and mesh provide better fault tolerance and handle high traffic volumes but require more complex cabling. The choice of topology depends on network size, budget, and fault tolerance requirements.
Bus topology ppt
Bus topology uses a single, long cable called a backbone to connect all devices in a network. Nodes connect to the backbone using droplines and taps, where droplines connect devices to the cable and taps contact the cable's metallic core. Any computer on the bus topology can communicate with any other as they are all connected via the main cable. However, a fault in the backbone stops all transmission and network speed decreases with heavy traffic.
Topology
This document discusses three basic network topologies: bus, star, and ring. In a bus topology, all nodes connect to a single cable or trunk. In a star topology, each node connects directly to a central hub. In a ring topology, nodes are connected in a closed loop or circle, with signals passing sequentially from node to node.
Network topology
This document discusses different network topologies including bus, star, ring, mesh, and hybrid topologies. It provides advantages and disadvantages of each topology. Bus topology has limited cable length and number of devices but is inexpensive. Star topology is easy to install but requires more cable. Ring topology provides equal access but is dependent on the connecting wire. Mesh topology can withstand high traffic but has high redundancy and cost. Hybrid topology is reliable and flexible but difficult to install. The document concludes by noting each topology has advantages and disadvantages and all can fail if the server has problems.
Network topology And Its type
Network topology And Its type in detail
If you liked it don't forget to follow me-
SlideShare-www.slideshare.net/gauravyadav65
Instagram-yadavgaurav251
Facebook-www.facebook.com/yadavgaurav251
This really motivates me too help you guys more :D
Network Topology
This document discusses different network topologies. It defines network topology as the layout and connections of devices in a network. It then proceeds to define and compare the characteristics of five common topologies: ring, mesh, star, bus and tree. For each topology it provides details on how the topology is arranged and its advantages and disadvantages. The document concludes by stating it has proven that topologies determine how technology devices communicate over the internet.
Topologies
This document discusses different network topologies including ring, star, and bus. In a ring topology, nodes are connected in a closed loop and messages travel in one direction. A star topology centers around a central node that connects to all other nodes and through which all messages are sent. In a bus topology, all nodes connect to a single communication line along which messages travel in both directions. Ethernet has become the standard for local area networks. The star topology offers flexibility but the central node is a single point of failure. The bus topology is easy to set up but breaks are difficult to identify. In ring topologies, nodes are connected point-to-point in a ring and data travels in one direction, passing through all nodes but
Hwn network s2
The document discusses different network topologies including bus, ring, star, and mixed/mesh. It provides advantages and disadvantages of each topology. A bus topology is cheap and easy to implement but causes disruption if devices are added or removed. A ring topology is easier to troubleshoot but a single break disrupts the whole network. A star topology is easily expanded without disruption but has a single point of failure. A mixed topology provides redundancy but has a complicated implementation.
Bus topologoy
A bus topology connects each computer and network device to a single backbone cable. It works well for small networks and requires less cable than a star topology. However, it is difficult to troubleshoot individual devices if the network goes down, additional devices slow the network down, and damage to the main cable can cause network failure or splitting.
Topology
This document discusses different network topologies including physical and logical topologies. It describes various common topologies such as bus, ring, star, tree, mesh, and hybrid topologies. For each topology, it provides details on how the nodes are connected and arranged, common examples, and characteristics such as direction of data flow or access methods.
What is network topology, Bus, Star, Ring, Tree, Mesh topology
Network topologies describe the physical and logical layout of connections between nodes in a network. There are two main types: physical topology, which refers to the physical layout of nodes and cables, and logical topology, which describes how data flows between nodes. Common physical network topologies include bus, star, ring, mesh, tree, and hybrid combinations of these. Each topology has advantages and disadvantages related to scalability, performance, fault tolerance, and cost.
Star topology ppt
In a star topology, each device connects to a central hub through a dedicated point-to-point link, and devices cannot directly connect to each other. Traffic between devices must go through the hub, which acts as an exchange. Star topologies have advantages like lower cost than mesh topologies, easy installation and reconfiguration, and robustness since only one link is affected if one fails, but disadvantages include needing long cable lengths, the high cost of the central hub, and potential message delays.
NETWORK TOPOLOGY
in this slid i have contains about all the network topology and also it's advantagges and disadvantages.
Star topology
This document provides information about star topology for a computer network. It describes the key aspects of a star topology including that it has a central node or hub that all other nodes connect to. When a device needs to send data to another device, it sends it to the hub which then relays the data to the other connected devices. Main advantages are that a single node failure does not take down the whole network and it is easy to add additional nodes. Main disadvantages include being susceptible to single point of failure if the hub fails and requiring more cable length. The document discusses usages, applications, comparisons to bus topology, and concludes that star topology is best for smaller networks.
Network topology
Network topology: Physical and logical layout of network.
Physical topology: How the cables are used .
Logical topology: How the messages travel
TREE TOPOLOGY
Tree network topologies combine star and bus topologies, with nodes of the underlying bus topology replaced by complete star topologies. This creates a hierarchical structure with a root node, intermediate parent nodes, and leaf nodes. Tree topologies are scalable as leaf nodes can accommodate more nodes, use point-to-point wiring to a central hub, and isolate failures so other hierarchies are unaffected. However, tree topologies require huge cabling and maintenance efforts, and the backbone forms a single point of failure.
network topology
The document discusses different network topologies including bus, ring, star, and tree. It provides details on the physical layout and logical flow of data for each topology. Bus topology uses a central backbone cable to connect all devices with drop lines. Ring topology forms a closed loop with devices connected in series and data traveling in one direction. Star topology connects all devices to a central hub with dedicated links. Tree topology connects multiple star networks hierarchically with devices grouped under root nodes.
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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Network topology
This document discusses different network topologies:
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- Ring topology connects each node to two other nodes in a continuous pathway. It performs better than bus under heavy load but slower if a node fails.
- Bus topology connects all nodes to a single cable. It is easy to implement but the whole network fails if the cable fails.
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The document discusses different network topologies, including star, bus, ring, tree, mesh, and hybrid topologies. It provides details on how each topology interconnects nodes, and lists advantages and disadvantages of each. The key points covered are:
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Krisom
The document discusses various network topologies. It defines topology as the physical or logical arrangement of links in a network. There are two main types - physical and logical topology. Five common network topologies are described - bus, ring, star, tree and mesh. The key characteristics of each type are explained, including their advantages and disadvantages. Understanding different network topologies is important for network design theory.
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Mis slides presentation
- 2. What is Topology? • The topology of a space is the definition of a collection of sets (called the open sets) that include: – the space and the empty set – the union of any of the sets – the finite intersection of any of the sets • “Topological space is a set with the least structure necessary to define the concepts of nearness and continuity”
- 3. Types of Topologies • • • • • Bus Topology Star Topology Ring Topology Mash Topology Tree Topology
- 4. Bus Topology • A bus topology connects all stations in a linear fashion
- 5. Bus Topologies • Bus topology advantages: – It is inexpensive – It is easy to design and implement because the stations are simply daisy-chained together • Bus topology disadvantages: – It is difficult to troubleshoot – It requires termination
- 6. Star Topologies • The star network configuration is the most popular physical topology • In a star configuration, all computers or stations are wired directly to a central location: – Concentrator (a.k.a. hub) – Multistation Access Unit (MAU) • A data signal from any station goes directly to this central device, which transmits the signal according to the established network access method for the type of network
- 8. Star Topologies • Star topology advantages: – A break in one cable does not affect all other stations as it does in bus technologies – Problems are easier to locate because symptoms often point to one station – The second-easiest topology to design and install – Does not require manual termination • Instead the media is terminated in the station at the transceiver on the NIC and in the hub or MAU
- 9. Star Topologies • Star topology disadvantages: – Hubs, which are required for a star topology, are more expensive than bus connectors – A failure at the hub can affect the entire configuration and all connected stations – Uses more cable than bus topologies
- 10. Star Topologies • Bus and star topologies can be combined to form a star/bus or bus/star physical topology • Hubs that have connectors for coaxial cable as well as for twisted-pair wiring are used to form these types of networks • When different physical topologies are applied to a network, the result is often called a mixed media network
- 11. Ring Topology • Physical rings – Most often seen in Fiber Distributed Data Interface (FDDI) networks • FDDI is a WAN technology – Stations on a ring are wired to one another in a circle around the entire network
- 12. Ring Topology
- 13. Ring Topologies • Ring topology advantages: – It prevents network collisions because of the media access method or architecture required – Each station functions as a repeater, so the topology does not require additional network hardware, such as hubs
- 14. Ring Topologies • Ring topology disadvantages: – As in a bus network, a failure at one point can bring down the network – Because all stations are wired together, to add a station the network must be shut down temporarily – Maintenance on a ring is more difficult than on a star topology because an adjustment or reconfiguration affects the entire ring
- 15. Tree Topology • Characters of bus and star topology • Different groups • Backbone cable
- 16. Tree Topology
- 17. Tree Topology • Advantages – It provides point to point wiring for individual segments – It is supported by several hardware and software venders
- 18. Tree Topology • Disadvantages – Overall length of each segment is limited by the type of cabling used – If the backbone line breaks the entire segments goes down – It is more difficult to configure and wire than other topologies
- 19. Mesh Topology • • • • Physically connected Improved performance and reliability Don’t used in local area network Used in wide area network
- 20. Mesh Topology
- 21. Mesh Topology • Advantages – Dedicated link guarantee that each connection carry its own data load – Eliminates the traffic problems – If one link become unusable it does not harm the entire system – It is easy to troubleshoot
- 22. Mesh Topology • Disadvantages – Very expensive – Difficult to install and reconfigure
Editor's Notes
- If you open a book on topology, you get very obtuse definitions involving open sets and such. Topology is really much simpler than that conceptually.