Network Technology

in this type of topology, the computers are connected to a single hub through a cable. This hub is the central node while all other nodes are connected to it.

• Star Topology

• Bus Topology

• Mesh Topology

• Hybrid Topology

In this topology, each computer is connected to a single cable, and all data travels along this cable. If the cable fails, the entire network goes down.

• Bus Topology

• Star Topology

• Tree Topology

• Ring Topology

This type of network topology connects each node to every other node, allowing for multiple paths for data to travel.

• Star Topology

• Bus Topology

• Mesh Topology

• Hybrid Topology

forms a ring as each computer is connected to another computer, with the last one (1) connected to the first—exactly two (2) neighbors for each device

• Bus Topology

• Star Topology

• Tree Topology

• Ring Topology

In this network topology, nodes are arranged in a hierarchical structure, resembling a tree. It allows for the expansion of the network by adding more nodes.

• Mesh Topology

• Tree Topology

• Ring Topology

• Star Topology

– it consists of a mix of two (2) different types of topologies merging as one network.

• Star Topology

• Hybrid Topology

• Mesh Topology

• Bus Topology

In this topology, some systems are connected in the same fashion as mesh topology, but some devices are only connected to two (2) or three (3) devices.

• Hybrid Topology

• Full Mesh Topology

• Partial Mesh Topology

• • Star Topology

each node or device is connected.

• Hybrid Topology

• Full Mesh Topology

• Partial Mesh Topology

• • Star Topology

It is the end-device of the data communication system. I

(a)  

It is the device closest to end-users, used to access the network and switch data frames.

(a)