Tree Network Topology Diagram

Tree Network Topology Diagram


Computer network diagrams, including all of the network topology diagrams, can be created with the help of ConceptDraw PRO software and they all can be made only within a couple of hours or even minutes using our solutions. There are eight basic topologies, which are: “Point-to-point”, “Bus”, “Star”, “Ring or circular”, “Mesh”, “Tree”, “Hybrid” and “Daisy chain”. So you can always make Point-to-point network topology diagram, Bus network topology diagram, Star network topology diagram, Ring network topology diagram, Mesh network topology diagram, Tree network topology diagram, Hybrid network topology diagram and Daisy chain network topology diagram. With ConceptDraw PRO application you will find it much simpler to create any of those, mentioned above diagrams.

“Bus” topology includes the possibility of making the “Linear bus” topology and the “Distributed bus” topology diagrams. The “Point-to-point” topology diagram can be made using a dedicated link between its two endpoints. “Mesh” network diagram describes the network, where the nodes relay data for the network itself. All of the nodes in this “mesh” topology diagram cooperate with each other in the process of the data distribution within the network. “Mesh” network topology can be used for both wireless and wired networks. The “ring” topology is quite similar to the “bus” one. In this topology data travels around the ring, but in only one direction. When one of the nodes sends data to another node, then this data passes through each of the intermediate nodes on the ring until it reaches the planned destination. Then, the intermediate nodes transmit this data to keep the signal strong and so each of the nodes is a peer, and there is no hierarchical relationship of clients in the “ring” topology. “Hybrid” network topologies are those, which combine a few different types of topologies. For instance, it can be the “ring” topology and the “mesh” topology, it can be also a “mesh” one and “bus” one, “star” network topology combined with the “mesh” one, etc.

A “tree” network, if it is connected to another “tree” network, will still be a “tree” one. This type of network topologies has a hierarchy of nodes and its highest level has a single (also known as a “root”) node, which is connected with another single or multiple node or nodes. There is the lower level nodes in “tree” computer network topology, which is also connected to a single node or multiple nodes in the next level under the previous, the higher one. “Tree” computer networks have not so many levels, but each of the nodes in this “tree” network has definite nodes, which are connected to it at the next, which is a lower, level in this network topology hierarchy. Shortly to say, the “tree” computer network topology is a combination of both “Star” and “Bus” computer network topologies.

A “hybrid” network topology can be used for illustrating the two different basic network topologies, which are connected to each other. There is another topology called “fully connected computer network topology”. It can be also known as a “full mesh computer network topology” and it is one of the existing computer network topologies, where there is a direct link between all pairs of the nodes within this topology. In this “fully connected computer network topology” with “n”-nodes there are n(n-1)/2 direct links. The computer networks, which are designed with this type of the computer network topology called “a full mesh computer network topology”, are usually very expensive to have. Although they provide a good reliability as there are many paths for data and all of them are provided by the many redundant links, which are all between the nodes. This “fully connected computer network topology” or, as it is also known, a “full mesh computer network topology” can be seen in many of the military applications.

In case you want to create one of the mentioned above computer network topology diagrams, then you can use ConceptDraw PRO application, as it allows to use another application for getting the solutions from for working with the first mentioned software. This another product of CS Odessa is called “ConceptDraw STORE” and downloading it can help you with your drawings as within this application you can always find any needed solution, such as “Computer and Networks” solution, which can also be found in the Computer and Networks area of ConceptDraw Solution Park on this site. This solution provides ConceptDraw PRO users with a bunch of templates and a huge variety of libraries, full of symbols of local area network (LAN) and wireless LAN (WLAN) equipment.

You can always take this chance to save your time with ConceptDraw PRO software, as it provides all those needed examples and templates of ready-to-use charts, flowcharts, schemes, plans, matrices and diagrams, including the “Tree” network topology ones, created by IT professionals of CS Odessa based in Ukraine.

Our product “ConceptDraw PRO” is a very special and unique tool, which is now very popular among those who deal with drawings, including the web designers, marketing managers and other IT specialists and engineers. There is, obviously, a reason for this software to be that popular and this reason is the following: ConceptDraw PRO application allows its users to create any drawing and it usually takes only a couple of hours or even, sometimes, a couple of minutes, as having the solutions we offer simplifies our clients’ work. Having the professionally looking templates and stencils, which are design elements for making the network topology diagrams, including the “Tree” network topology diagram and others. Downloading ConceptDraw PRO software can allow you to also use ConceptDraw STORE after downloading it on this site as this another application can be very useful for you as you can find solutions, including the “Computer and Networks” one there.

The Computer and Networks solution from Computer and Networks area of ConceptDraw Solution Park provides examples, templates and vector stencils library with symbols of local area network (LAN) and wireless LAN (WLAN) equipment.

Use it to draw the physical and logical network topology diagrams for wired and wireless computer communication networks.

Tree Network Topology

Pic. 1 Tree Network Topology

Tree Network Topology

Pic. 2. Tree Network Topology Diagram

"definition: Tree topology is a combination of Bus and Star topology.
An example of this network could be cable TV technology. Other examples are in dynamic tree based wireless networks for military, mining and otherwise mobile applications. The Naval Postgraduate School, Monterey CA, demonstrated such tree based wireless networks for border security. In a pilot system, aerial cameras kept aloft by balloons relayed real time high resolution video to ground personnel via a dynamic self healing tree based network."
[Network topology. Wikipedia]




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Fully Connected Network Topology Diagram

There are several basic topologies including bus, star, point-to-point, ring and a hybrid. Two computers can form a fully connected network topology, and as the number of network nodes increases, the network diagram gets more complicated. This type of topology is also called a full mesh. This is a visual example of a computer network built using a mesh topology. This diagram presents the schematic structure of the full mesh network topology. A common mesh network topology means that each network device is connected with several points in the network, so if the one node of the network goes down, it does not cause an issue with an operability of the entire computer network. In a full mesh network topology, every computer or device in the network is interconnected with each of the other devices in the network.Network Topology - Fully Connected
Picture: Fully Connected Network Topology Diagram
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When describing any computer network, we imagine a set of devices and nodes, arranged in some way. Talking about network structures, we should distinguish physical and logical network topologies, as physical topology is about devices location and logical topology illustrates data flow. In the same time, they do not have to match, and some devices, such as repeaters, may have a physical star layout, but a bus logical topology. There are two main types of computer network topologies: Physical topology that show the physical organization of a network - equipment and types of connections. Star network topology involves a set of devices that is connected to a single hub (router). Ring network topology means that, devices connected according this topology have two connections, connecting with nearby devices to make a loop. Bus network topology is the topology presented at the current diagram. It is similar to a ring topology. The difference is that data moves up and down a linear connection, copying itself where network equipment works as bus-stations along the way. This network topology can be used for small network, or when adding an extra device into a network.Common Network Topologies Diagram
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When talking about engineering, one should define all the terms used, so anybody could understand the topic. Typical network glossary contains definitions of numerous network appliances, types of networks and cable systems. The understanding of basic is crucial for server management, network administration and investigating problems. The network glossary defines terms related to networking and communications. The most of glossary items has their visual representation in ConceptDraw PRO libraries of the Computer Network Diagrams solution. This illustration presents a local area network (LAN) diagram. It designed to show the way the interaction of network devices in a local network. The diagram uses a library containing symbols of network equipment, connections and the end-point devices such as network printer, hubs, server, modem and finally computers (PC, mac, laptop). This diagram depicts a physical LAN topology.IVR Services
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Computer networks nowadays are spread all across the world. The large number of parameters, such as geographic scale or communication protocols, can divide networks. One of the most common types of networks is called local area network (LAN). It convenient to represent network examples by means of diagrams. This local area network (LAN) diagram provides an easy way to see the way the devices in a local network are interacted. The diagram uses a library containing specific symbols to represent network equipment , media and the end-user devices such as computers (PC, mac, laptop) , network printer, hubs, server and finally a modem. There are two types of network topologies: physical and logical. The current diagram represents precisely a physical type of LAN topology because it refers to the physical layout of a local network equipment.Local area network (LAN). Computer and Network Examples
Picture: Local area network (LAN). Computer and Network Examples
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Star Network Topology

Nodes of any computer network are somehow organized in a hierarchy or a layout. Some of the common layouts like star network topology are more reliable and some like ring topology withstand high loads better. It is also important to distinguish logical topologies from physical. This diagram represents a typical view of the star network topology. The star network topology is one of the most frequently used network topologies in the majority of office and home networks. It is very popular because of its low cost and the easy maintenance. The plus of the star network topology is that if one computer on the local network is downed, this means that only the failed computer can not send or receive data. The other part of the network works normally. The minus of using star network topology is that all computers are connected to a single point-switch, or hub. Thus, if this equipment goes down, the whole local network comes down.Star Network Topology
Picture: Star Network Topology
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Bus Network Topology

If you have a small budget to design a computer network, you have to be very careful. One of the most cheap technologies to implement is a bus network topology, however it has many disadvantages. For instance, if the network cable is somehow damaged, the entire network won't work. This diagram illustrates a so-called "Bus" network topology. This type of network arrangement means that each computer or other device is linked to a main link (bus). The end nodes are shown as a circle. The links to the bus are depicted as solid vertical lines. The bus is shown as a bold horizontal line. This diagram can serve as a template for creating logical or physical network diagrams. The set of vector libraries supplied with ConceptDraw Computer and Networks solution contains the symbols of all LAN and WLAN elements required for creating network diagrams of any configuration.Bus Network Topology
Picture: Bus Network Topology
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Mesh Network Topology Diagram

The reliability is a cornerstone for any corporate computer network. If you want to provide a high fault tolerance, a mesh network topology would be the solution. The main advantage of this network is that every node can work as a commutator, although it’s not easy to set up this kind of network. A mesh network topology may be full, or partial. Full mesh network means that each node of the network (computer, workstation or other equipment) is connected directly to each of the other nodes. A partial mesh topology means that a part of nodes are connected with a whole network, and the other part of nodes are only connected to those equipment, they exchange the majority of data. This illustration shows schematic diagram of a partial mesh network containing six nodes. Each node is represented as a circles and connections are drawn as straight lines. The connections may be both wired and wireless. This scheme can be used to make the specific logical or physical network diagrams by means the ConceptDraw Computer and Networks solution.Mesh Network Topology
Picture: Mesh Network Topology Diagram
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