'Synchronous time division multiplexing' presentation slideshows

Chapter Five

Chapter Five. Making Connections Efficient: Multiplexing and Compression. Objectives. Describe frequency division multiplexing and list its applications, advantages, and disadvantages Describe synchronous time division multiplexing and list its applications, advantages, and disadvantages

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Lecture 05

Lecture 05. Making Connections Efficient: Multiplexing and Compression. Making Connections Efficient. Under simplest conditions, medium can carry only one signal at any moment in time But, this approach is not efficient. In practice, multiple signals share a medium.

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7-Transmission Media

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7-Transmission Media

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7-Transmission Media

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Multiplexing

Multiplexing. Chapter 8. Multiplexing. Multiplexing process allows several transmission sources to share a larger transmission capacity . multiple links on 1 physical line Most common use of multiplexing is in long-haul communication using coaxial cable, microwave and optical fibre.

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Data Communication and Networks

Data Communication and Networks. Lecture 5 Link Protocol Performance, Bit Stuffing, Multiplexing October 6, 2005. Data Link Performance Issues.

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Data Communication and Networks

Data Communication and Networks. Lecture 5 Link Protocol Performance, Bit Stuffing, Multiplexing October 6, 2005. Data Link Performance Issues.

261 views • 25 slides

Multiplexing

Multiplexing. Multiplexing is the set of techniques that allows the simultaneous transmission of multiple signals across a single data link. A Multiplexer (MUX) is a device that combines several signals into a single signal.

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Chapter 5 and 6 Handout #5

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Chapter 5 and 6 Handout #4 and #5

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