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Question: Advantages of cell relay are

Answer:

Two additional advantages of cell relay, such as ATM, are high-speed transmission and multiplexing capabilities:

  1. High-Speed Transmission: Cell relay networks, like ATM, are designed to support high-speed transmission. By utilizing fixed-size cells and dedicated hardware for cell switching, ATM networks can achieve high data rates, making them suitable for applications that require fast and efficient data transfer, such as multimedia streaming and high-speed data communication.
  2. Multiplexing Transmission: Cell relay networks excel at multiplexing different types of traffic onto a shared network infrastructure. By utilizing virtual channels or virtual paths, multiple data streams can be multiplexed and transmitted simultaneously over the same physical link. This multiplexing capability enables efficient utilization of network resources and allows for the integration of various types of traffic, such as voice, video, and data, within a single network infrastructure.

These advantages make cell relay technologies like ATM attractive for specific use cases that demand high-speed transmission and the ability to efficiently multiplex different types of traffic. However, it's important to note that ATM has seen limited deployment in recent years, with packet-switched technologies like IP (Internet Protocol) becoming more prevalent due to their flexibility, compatibility, and scalability.

MCQ: Advantages of cell relay are

Correct Answer: A. High-speed transmission

Explanation:

Two additional advantages of cell relay, such as ATM, are high-speed transmission and multiplexing capabilities:

  1. High-Speed Transmission: Cell relay networks, like ATM, are designed to support high-speed transmission. By utilizing fixed-size cells and dedicated hardware for cell switching, ATM networks can achieve high data rates, making them suitable for applications that require fast and efficient data transfer, such as multimedia streaming and high-speed data communication.
  2. Multiplexing Transmission: Cell relay networks excel at multiplexing different types of traffic onto a shared network infrastructure. By utilizing virtual channels or virtual paths, multiple data streams can be multiplexed and transmitted simultaneously over the same physical link. This multiplexing capability enables efficient utilization of network resources and allows for the integration of various types of traffic, such as voice, video, and data, within a single network infrastructure.

These advantages make cell relay technologies like ATM attractive for specific use cases that demand high-speed transmission and the ability to efficiently multiplex different types of traffic. However, it's important to note that ATM has seen limited deployment in recent years, with packet-switched technologies like IP (Internet Protocol) becoming more prevalent due to their flexibility, compatibility, and scalability.

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