Table of Contents
What Is Hybrid Topology :- The tree topology, which combines the bus and star layouts, is an example of a hybrid topology that combines two or more different topology structures. Individual departments have specialized network topologies adapted to their demands and network usage in hybrid architectures, which are most popular in larger corporations.
Hybrid network topology is the mixture of two or more network topologies, such as mesh, ring, and bus. The network’s selection and use is mostly determined by the desired network performance, location, and number of machines.
To provide a complicated structure, the practical execution of this topology necessitates the use of many technologies. The key advantages of this network are increased flexibility, fault tolerance, and the ability to simply remove or add other topologies. When you need complete variety throughout the network, this type of topology is more useful.
Because of its low cost, this network design is employed in a variety of applications. In comparison to other fundamental systems, the hybrd topology system is capable; it can also be set up in many environments. Users will be able to run, manage, and build the organisation.
Applications of Hybrd network Topology
The following are some of the applications of hybrid network topology.
This network topology is widely utilised in a variety of industries, including educational institutions, banking, finance, automated industries, research, and multinational corporations.
Because of its flexibility and superpower layout, this network topology is employed in companies and residences.
Small-scale companies and other subunits are provided a compact by employing this network structure. As a result, it is the finest alternative for structures, residences, and offices.
Hybrid topology diagram:
Hybrid Network Topology Diagram is as below.
Mesh topology example:
Any computer network that employs more than one type of connection technology or topology is referred to as a hybrid network. A hybrid network, for example, is one that connects computers using both Wi-Fi and Ethernet wires.
Hybrd topology advantages and disadvantages:
The following are some of the advantages and disadvantages of Hybrid Network topology.
The following are some of the benefits of a hybrid network topology.
These network topologies are trustworthy, scalable, adaptable, and efficient.
This type of network topology incorporates the advantages of previous topologies.
It can be adjusted depending on the situation.
It’s incredibly simple to troubleshoot and find errors.
Huge amounts of traffic can be managed.
This architecture can be used to build a huge network. The fundamental benefit of hybrid structures is the degree of flexibility they allow, as there are few network construction limits that a hybrid configuration cannot support.
However, each network design has its own set of drawbacks, and as a network grows in complexity, so does the amount of experience and know-how required of the administrators to keep things running smoothly. When designing a hybrid network topology, there’s also the financial cost to consider.
The following are some of the drawbacks of hybrid network topology.
It is pricey.
The design is complicated.
It is difficult to set up.
Hardware adjustments are required to link one topology to another.
These structures are typically larger, necessitating the use of multiple wires during the installation procedure.