NETWORK TOPOLOGY

It is a connection point inside a network that can receive, send, create, or store data

• Node

• switch

• hub

• signal

It is the placement of the various components of a network and the different connectors usually represent the physical network cables, and the nodes represents usually the physical network devices (like switches)

• logical topology

• physical topology

• Local Area Network

• Virtual network

It is the arrangement of network devices and nodes to form a logical or physical structure. This topology deals with network protocols that are used to control the data flow across the network. The ethernet protocol is the most common protocol used for logical topology.

• physical topology

• virtual network

• logical topology

• Local Area Network

It is the arrangement of a network including its nodes and connecting lines.

• network topolgy

• star topology

• ring topology

• mesh topology

What are the two ways of defining a network geometry?

• LAN and WAN

• PAN and WAN

• VIRTUAL AND PHYSICAL

• LOGICAL AND PHYSICAL TOPOLOGY

All data transmitted between nodes in the network is transmitted over this common transmission medium and is able to receive by all nodes in the network simultaneously.

• BUS TOPOLOGY

• STAR TOPOLOGY

• RING TOPOLOGY

• MESH TOPOLOGY

A signal containing the address of the intended receiving machine travels from a source machine in both directions to all machines connected to the bus until it finds it intended recipient

• RING TOPOLOGY

• BUS TOPOLOGY

• TREE TOPOLOGY

• STAR TOPOLOGY

It is a peer to peer topology.

• MESH TOPOLOGY

• BUSH TOPOLOGY

• RING TOPOLOGY

• STAR TOPOLOGY

In this topology all traffic must past through the hub or switch.

• STAR TOPOLOGY

• RING TOPOLOGY

• MESH TOPOLOGY

• TREE TOPOLOGY

The disadvantages of this topology it is expensive and impractical for large network

• RING TOPOLOGY

• STAR TOPOLOGY

• TREE TOPOLOGY

• MESH TOPOLOGY