Single Node Topology

Introduction:-
Single Node Topology ,this mean a single node device directly connected to the server.This type of terminal is known as Dumb Terminal.This type of terminal is the cheapest part of the network which uses on network devices but it depend on the resources of server.The server is the main device that is used for network data storage.In single node terminal ,it access data from server, operates on it and return them back to the server after completing the work.
Such type of node use the server for backup the data.

Advantage of Single-Node Topology:

• Easily configure, install and manged by us.
• Low expense.
• Only single cable used.

Disadvantage of Single-Node Topology:

• Only one device is connected to entire network.
• Dependency on the server for resources.

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Topologies

Introduction:
Topologies is configuration which are used to create a network environment.A group of networking device connected with each other to form a network.These days,the advancement in the networking field or you say the increasing uses of network in an offices,home,organization,airport there must be a topology used.
If you tried ,you can create a point-to-point or multi-point network.In point-to-point network you can share data in an specific or local network through same network.Examples of point-to-point network are Microwave ,Satellite, and television network.
Now, In multi-point connection devices shares the connection are called as multi-drop connection.Topologies are the strategies which describes the pattern how the computer are connected in network.
Physical topologies refers to describe actual physical structure of the network.It's the physical structure of network.
logical topologies describes and determines the way the data travel the way in network from one device to another.It' shows behavior and inter-operates of network.

There are different type of topologies are:-

• Single-Node Topology
• Bus Network Topology
• Star Network Topology
• Ring Network Topology
• Mesh  Network Topology
• Full-Mesh Network Toplogy

• Tree  Network Topology
• Hybrid  Network Topology

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