Full-Duplex Mode is a communication system where data can be sent and received simultaneously, thus allowing a two-way communication. This bi-directional data flow is what makes Full-Duplex Mode an integral part of Computer Networks.
Understanding Full-Duplex Mode in Computer Networks
Full-Duplex Mode in Computer Networks refers to a communication system where both stations can transmit and receive data simultaneously. This mode allows signals traveling in opposite directions to share the link’s capacity. This sharing can take place in two ways:
The link could have two physically separate transmission pathways, one for transmitting and the other for receiving.
Alternatively, the signals moving in both directions could share the available capacity.
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Full-Duplex Mode is used when there is a need for continuous communication in both directions. However, the channel’s capacity must be divided between the two directions. For instance, imagine a live chat system where two users can send and receive messages simultaneously.
Channels in Full-Duplex Mode
In Full-Duplex Mode, there are two simplex channels, one with traffic going in one direction and the other in the opposite direction. This mode is considered the fastest way of device communication.
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An excellent example of Full-Duplex Mode is a router. A router is capable of sending and receiving data simultaneously.
Advantages of Full-Duplex Mode
The primary advantage of Full-Duplex Mode is that it allows both stations to send and receive data simultaneously.
Disadvantages of Full-Duplex Mode
A potential drawback of Full-Duplex Mode is that the capacity of a communication channel is divided into two parts if there is no dedicated path between the devices.
Full-Duplex Mode in Computer Networks is where both stations can transmit as well as receive at the same time. This mode allows signals travelling in opposite directions to share the link’s capacity.
What are the uses of Full-Duplex Mode in Computer Networks?
Full-Duplex Mode is used when constant communication in both directions is needed. However, the channel’s capacity needs to be split between the two directions.
What is an example of Full-Duplex Mode in Computer Networks?
Switches are the most typical example of the full-duplex mode. A switch can both send as well as receive data at the same time.
What is the advantage of Full-Duplex Mode in Computer Networks?
The advantage of Full-Duplex Mode is that data can be sent and received simultaneously by both stations.
What is the disadvantage of Full-Duplex Mode in Computer Networks?
The disadvantage of Full-Duplex Mode is that the capacity of a communication channel is split into two parts if there is no dedicated path between the devices.