Daisy Chain Topology

PRESENTATION

Daisy Chain topology

Start

Index

Introduction

What is Daisy Chain Topology?

Why we use it.

Importance

DISADVANTAGES

CONCLUSION

VOTE OF Thanks

Introduction

The structure of the network is formed by connecting one or many nodes or computers. It depends on the requirement that any extra node is mandatory for the network arrangement. The addition of a node to a network topology based on the structure and requirement is termed as daisy-chaining. The name daisy chain is derived from the virus hoax. In this article, the importance and application of the daisy chain network are briefly discussed.

Q Ivyson

What is Daisy Chain Topology?

• In a daisy chain network, one network node is connected to the next node in a computer network. It is used to transmit the message down the line for a partway of a computer network.
• Once the message is transmitted from the node, it goes down the passage until the concerned message reaches the designated node. There are two types of daisy chain networks such as linear daisy chain and ring daisy chain. It can be connected in a linear structure or ring structure.

Why we use Daisy Chain Topology?

It doesn’t create any complex caballing networks and only limited wiring is needed for the function of multiple computers. It cleans up space by reduces the complexity of cluster formation. It uses only short cables that have a minimum length to connect ports and monitors.

So it reduces the total length of wire and only minimum PVC quantity is required which is cost-effective. The connection between monitors is easy to implement even though it is hosted in a remote area. Because only one display cable is required to connect the computer and port.

IMPORTANCE

The small computer system interface is the best example of a digital system that follows a daisy chain network which implies a structure of a bus. As it is a model of a bus, it should be terminated by using an interface option to internally terminate the device or it can be done by plugging a terminator to the last component of the system. The MIDI is usually implemented particularly as a daisy chain component.

The difference in the arrival of signals may get varied if the chain is long and there are chances of breakage which leads to the unreliable system and so some of the systems are built with daisy chain capability.

DISADVANTAGES

• The speed of the entire network can be reduced if the number of nodes increases. • It permits the station to transmit & receive the information in a two-way manner. Thus, all the computer needs two transmitters & receivers for communication. • As multiple segments are connected to a central bus, the network depends heavily on the bus. Its failure affects the entire network. • Owing to its size and complexity, maintenance is not easy and costs are high. • Configuration is difficult in comparison to that in other topologies

CONCLUSION

Hence the daisy chain network is a simple and reliable network that has its specified applications and deployment. The chaining of multiple components of the UART port to each other to behave cooperatively and helps to seize the activation of the bus at any time in case of an emergency preventing the rest of the network without impacting its productivity.

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