Table of Contents
What is one significant difference between star topology and bus or ring topologies?
In star topology, the information is travel from central hub or router to all the nodes. In ring topology, the information is travel from nodes to nodes in ring manner in one direction. 5. The cables are required in star topology more than the ring topology.
What are the similarities and differences between bus and star topologies?
Difference between Star topology and Bus topology
| Star topology | Bus topology |
|---|---|
| Data is serially delivered from one device to another when devices are coupled as a result, data transfer speed is quite slow. | The hub sends data straight to the relevant peripheral device, resulting in very fast transmission. |
What is the difference between bus backbone and star backbone?
In above the Bus backbone structure is used as a distribution backbone for connecting different buildings in an organization. each building may have either a single LAN or another backbone which comes in star backbone. the structure is a bridge based (bridge is the connecting device) backbone with four LANs.
What is star bus topology?
Star Bus is a networking topology in which hubs for workgroups or departmental local area networks (LANs) are connected by using a network bus to form a single network. Star bus topology is a combination of star topology superimposed on a backbone bus topology. Crossover cables for regular (host) ports on the hub.
What is the difference between gateway and backbone?
A “gateway” operates on all the seven layers of the OSI model. Answer: Bridge and gateway, are the backbone devices of the networking. A “bridge” operates on two layers, a physical layer, and a data link layer.
What is the main purpose of topologies and explain Ring bus and star topologies?
Summary
| Topology | What it is |
|---|---|
| Ring | Every device has exactly two neighboring devices for communication purpose |
| Star | All the computers connect with the help of a hub. |
| Mesh | The mesh topology has a unique network design in which each computer on the network connects to every other. |