Network Topology

Network Topology

1. \Network topology is the arrangement of the various elements of a communication network. Network topology is the topological structure of a network and may be depicted physically or logically.

2. Networked computers can share hardware, software and data. A number of computers linked together to share resources.

3. Networks are all around us, they are in our schools, businesses and even hospitals

4. KEY WORDS: Topology, Mesh network, Star Network, WiFi, Encryption and Ethernet.

5. The layout pattern of the interconnections between computers in a network is called network topology. ... There are a number of different types of network topologies, including point-to-point, bus, star, ring, mesh, tree and hybrid.

6. MESH NETWORK- Where some or all workstations or other devices are connected directly to each of other, most are connected to the node that they exchange the most data with.

7. STAR NETWORK- Each device is connected by an individual cable directly to the server. Star networks are usually the layout of choice in schools and offices because they tend to be the most reliable of topologies.

8. Ethernet Benefits- Stable connection, reduced possibility to be hacked, more secure, faster traffic speed, generally will have a good quality signal

9. Wi-Fi Benefits- Cheap set-up cost, more vulnerable to hacking, the signal signal will reduce through walls or obstructions, can connect multiple devices without the need for extra hardware

10. Wi-Fi-

11. POP- Post Office Protocol

12. TCP/IP is the protocol that is used to transmit data between different networks.

13. POP- Post Office Protocol Version 3

14. MAC Address is always static while IP addresses may be static but usually not

15. A peer-to-peer network has more than one central controlling computer and are easier to set up than client-server networks.

16. Peer-to-peer networks allow individuals devices to share files between each other and not commonly used in large organisations, but is easier to implement security produces throughout a client server network than a peer network.