Which Topology Is Best?

by | Last updated on January 24, 2024

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A full mesh topology

provides a connection from each node to every other node on the network. This provides a fully redundant network and is the most reliable of all networks.

Which topology is fastest?

Data can be transferred at fastest speed in

star topology

.

Which topology is most important?


Star topology

is by far the most common. Within this framework, each node is independently connected to a central hub via a physical cable—thus creating a star-like shape. All data must travel through the central node before it reaches its destination.

Which type of topology is best suited?

Explanation: The

star topology

is the best network topology for large businesses because it is simple to control and coordinate from the central computer.

Which topology is better star or bus?

Star topology has high implementation cost because of central hub and extra wires required for connection.

Bus topology

is less expensive than star topology. 6. Data transmission is faster in star topology.

Which topology is highest reliability?

  • A. bus topology.
  • star topology.
  • ring topology.
  • mesh topology.

Why star topology is fastest?

The big advantage of the star network is that it is fast. This is

because each computer terminal is attached directly to the central computer

(http://en.wikipedia.org/wiki/Star_network). 3.1.

What is topology diagram?

A network topology diagram is

a visual representation of a network’s devices, connections, and paths

, allowing you to picture how devices are interconnected and how they communicate with one another.

Which topology is best for schools?


Star networks

are usually the layout of choice in schools and offices because they tend to be the most reliable of the topologies.

Who uses ring topology?

Ring network topologies are most often found on

school campuses

, though some commercial organizations also use them. FDDI, SONET, or Token Ring technology are typically used. Data is transported bit by bit from each node until it reaches its destination.

Which is the cheapest network topology?

The

1-wire bus

is simple and inexpensive.

Why bus topology is best?

Advantages of Bus Topology :

It is the easiest network topology for connecting peripherals or computers in a linear fashion.

It works very efficient well when there is a small network

. Length of cable required is less than a star topology. … Very cost-effective as compared to other network topology i.e. mesh and star.

What is the best topology for a home network?


The star topology

, also called spanning tree, is the most common topology used in business networks, and is also very popular with home networks. This is because the star topology is used with the networking technology called Ethernet, which is also very popular.

Where is star topology used?

Star topologies tend to be found in large organisations, such as

educational establishments and businesses

, where high performance is a must. They are also found in home networks, especially those that are wireless. In this case, a router with a wireless access point (WAP) provides the central connection for all nodes.

Which topology is used in Ethernet?


Star and Extended Star Topologies


The star and extended star

are the most popular topologies for Ethernet networks. This type network is easy to setup, relatively inexpensive, and provides more redundancy than other topologies, i.e. bus topology.

What is topology and types?

In computer networks, there are mainly two types of topologies, they are:

Physical Topology

: A physical topology describes the way in which the computers or nodes are connected with each other in a computer network. … Logical Topology: A logical topology describes the way, data flow from one computer to another.

Charlene Dyck
Author
Charlene Dyck
Charlene is a software developer and technology expert with a degree in computer science. She has worked for major tech companies and has a keen understanding of how computers and electronics work. Sarah is also an advocate for digital privacy and security.