MESH TOPOLOGY Meaning and
Definition
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A mesh topology is a networking arrangement where each device (or node) is interconnected with every other device in the network. In a mesh topology, data is transferred from one node to another by passing through multiple intermediate nodes, forming a web-like structure.
In this topology, each device can act both as a transmitter and a receiver, allowing for multiple paths for data communication. This redundancy ensures high reliability and fault tolerance, as if one link or node fails, the traffic can be effortlessly rerouted through an alternative path.
Mesh topologies can be classified into two types: full mesh and partial mesh. In a full mesh topology, every node is directly connected to all other nodes, resulting in an extensive number of connections. This setup offers the greatest redundancy and reliability, along with high data transfer rates. However, it can be expensive and complex to implement in large networks.
On the other hand, a partial mesh topology involves selected devices being connected to some, but not all, other devices in the network. This arrangement reduces costs and complexity while maintaining a certain level of redundancy and fault tolerance, although not to the same extent as a full mesh topology.
Mesh topologies find applications in various fields such as telecommunications, data centers, and large-scale sensor networks. They provide robust communication networks that minimize single points of failure and optimize efficiency by distributing data traffic evenly across the network.
Common Misspellings for MESH TOPOLOGY
- nesh topology
- kesh topology
- jesh topology
- mwsh topology
- mssh topology
- mdsh topology
- mrsh topology
- m4sh topology
- m3sh topology
- meah topology
- mezh topology
- mexh topology
- medh topology
- meeh topology
- mewh topology
- mesg topology
- mesb topology
- mesn topology
- mesj topology
- mesu topology
Etymology of MESH TOPOLOGY
The term "mesh topology" comes from the English word "mesh", which refers to a network of interconnected elements. In this context, the word "mesh" is used to describe a network structure where each device or node is connected to multiple other devices, forming a web-like network.
The use of the word "mesh" in this context is a metaphorical extension, drawing from the concept of a physical mesh made of interconnected wires or threads. The interconnectedness and interdependence of the elements in a mesh structure resemble the idea of a mesh network. The etymology of the word "mesh" comes from Middle English and Old English, ultimately deriving from the Proto-Germanic word "mascją" meaning "woven fabric".
