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Time-division multiplexing TDM is a digital or in rare cases, analog technology which uses time, instead of space or frequency, to separate the different data streams.

TDM involves sequencing groups of a few bits or bytes from each individual input stream, one after the other, and in such a way that they can be associated with the appropriate receiver.

If done sufficiently quickly, the receiving devices will not detect that some of the circuit time was used to serve another logical communication path.

Consider an application requiring four terminals at an airport to reach a central computer. Each terminal communicated at baud , so rather than acquire four individual circuits to carry such a low-speed transmission, the airline has installed a pair of multiplexers.

A pair of baud modems and one dedicated analog communications circuit from the airport ticket desk back to the airline data center are also installed.

Carrier sense multiple access and multidrop communication methods are similar to time-division multiplexing in that multiple data streams are separated by time on the same medium, but because the signals have separate origins instead of being combined into a single signal, are best viewed as channel access methods , rather than a form of multiplexing.

Polarization-division multiplexing uses the polarization of electromagnetic radiation to separate orthogonal channels.

Orbital angular momentum multiplexing is a relatively new and experimental technique for multiplexing multiple channels of signals carried using electromagnetic radiation over a single path.

As of [update] it is still in its early research phase, with small-scale laboratory demonstrations of bandwidths of up to 2.

Code division multiplexing CDM , Code division multiple access CDMA or spread spectrum is a class of techniques where several channels simultaneously share the same frequency spectrum , and this spectral bandwidth is much higher than the bit rate or symbol rate.

One form is frequency hopping, another is direct sequence spread spectrum. In the latter case, each channel transmits its bits as a coded channel-specific sequence of pulses called chips.

Number of chips per bit, or chips per symbol, is the spreading factor. This coded transmission typically is accomplished by transmitting a unique time-dependent series of short pulses, which are placed within chip times within the larger bit time.

All channels, each with a different code, can be transmitted on the same fiber or radio channel or other medium, and asynchronously demultiplexed.

Advantages over conventional techniques are that variable bandwidth is possible just as in statistical multiplexing , that the wide bandwidth allows poor signal-to-noise ratio according to Shannon-Hartley theorem , and that multi-path propagation in wireless communication can be combated by rake receivers.

A multiplexing technique may be further extended into a multiple access method or channel access method , for example, TDM into time-division multiple access TDMA and statistical multiplexing into carrier-sense multiple access CSMA.

A multiple access method makes it possible for several transmitters connected to the same physical medium to share its capacity. Multiplexing is provided by the Physical Layer of the OSI model , while multiple access also involves a media access control protocol, which is part of the Data Link Layer.

Code-division multiplexing CDM is a technique in which each channel transmits its bits as a coded channel-specific sequence of pulses.

All channels, each with a different code, can be transmitted on the same fiber and asynchronously demultiplexed. The earliest communication technology using electrical wires, and therefore sharing an interest in the economies afforded by multiplexing, was the electric telegraph.

Early experiments allowed two separate messages to travel in opposite directions simultaneously, first using an electric battery at both ends, then at only one end.

In , the quadruplex telegraph developed by Thomas Edison transmitted two messages in each direction simultaneously, for a total of four messages transiting the same wire at the same time.

Several researchers were investigating acoustic telegraphy , a frequency-division multiplexing technique, which led to the invention of the telephone.

In telephony , a customer 's telephone line now typically ends at the remote concentrator box, where it is multiplexed along with other telephone lines for that neighborhood or other similar area.

The multiplexed signal is then carried to the central switching office on significantly fewer wires and for much further distances than a customer's line can practically go.

This is likewise also true for digital subscriber lines DSL. Fiber in the loop FITL is a common method of multiplexing, which uses optical fiber as the backbone.

Asynchronous Transfer Mode is often the communications protocol used. Cable TV has long carried multiplexed television channels , and late in the 20th century began offering the same services as telephone companies.

IPTV also depends on multiplexing. In video editing and processing systems, multiplexing refers to the process of interleaving audio and video into one coherent data stream.

In digital video , such a transport stream is normally a feature of a container format which may include metadata and other information, such as subtitles.

The audio and video streams may have variable bit rate. A demuxer is software that extracts or otherwise makes available for separate processing the components of such a stream or container.

In digital television systems, several variable bit-rate data streams are multiplexed together to a fixed bitrate transport stream by means of statistical multiplexing.

This makes it possible to transfer several video and audio channels simultaneously over the same frequency channel, together with various services.

The device that accomplishes this is called a statistical multiplexer. In several of these systems, the multiplexing results in an MPEG transport stream.

In digital radio , a multiplex also known as an ensemble is a number of radio stations that are grouped together. A multiplex is a stream of digital information that includes audio and other data.

On communications satellites which carry broadcast television networks and radio networks , this is known as multiple channel per carrier or MCPC.

Where multiplexing is not practical such as where there are different sources using a single transponder , single channel per carrier mode is used.

In FM broadcasting and other analog radio media, multiplexing is a term commonly given to the process of adding subcarriers to the audio signal before it enters the transmitter , where modulation occurs.

In fact, the stereo multiplex signal can be generated using time-division multiplexing, by switching between the two left channel and right channel input signals at an ultrasonic rate the subcarrier , and then filtering out the higher harmonics.

Multiplexing in this sense is sometimes known as MPX , which in turn is also an old term for stereophonic FM, seen on stereo systems since the s.

In spectroscopy the term is used to indicate that the experiment is performed with a mixture of frequencies at once and their respective response unravelled afterwards using the Fourier transform principle.

In computer programming , it may refer to using a single in-memory resource such as a file handle to handle multiple external resources such as on-disk files.

Some electrical multiplexing techniques do not require a physical " multiplexer " device, they refer to a " keyboard matrix " or " Charlieplexing " design style:.

In high-throughput DNA sequencing , the term is used to indicate that some artificial sequences often called barcodes or indexes have been added to link given sequence reads to a given sample, and thus allow for the sequencing of multiple samples in the same reaction.

From Wikipedia, the free encyclopedia. Method of combining multiple signals into one signal over a shared medium.

For multiplexing in electronics and signal processing, see Multiplexer. Eventually, your email gets dropped off at the correct destination in the correct city.

How do all of these messages get joined together and transmitted without getting mixed up? Several different types of multiplexing are employed in telecommunications applications.

Let's cover the basics of how multiplexing works and the different types of multiplexing that are used. Multiplexing basically involves taking multiple signals and combining them into one signal for transmission over a single medium, such as a telephone line.

The input signals can be either analog or digital. The purpose of multiplexing is to enable signals to be transmitted more efficiently over a given communication channel, thereby decreasing transmission costs.

A device called a multiplexer often shortened to "mux" combines the input signals into one signal.

When the multiplexed signal needs to be separated into its component signals for example, when your email is to be delivered to its destination , a device called a demultiplexer or "demux" is used.

Multiplexing was originally developed in the s for telegraphy. Today, multiplexing is widely used in many telecommunications applications, including telephony , internet communications, digital broadcasting and wireless telephony.

In time division multiplexing TDM , each input signal or data stream is assigned a fixed-length time slot on a communication channel. Each sender transmits a block of data during its assigned time slot.

Device 1 transmits a block of data during time slot 1, device 2 transmits a block of data during time slot 2, and device 3 transmits a block of data during time slot 3.

After device 3 transmits, the cycle begins again with each device transmitting in turn in its assigned time slot. A drawback to standard TDM is that each sending device has a reserved time slot in each cycle, regardless of whether it is ready to transmit.

This can result in empty slots and underutilization of the multiplexed communication channel. In STDM, if a sender is not ready to transmit in a cycle, the next sender that is ready can transmit.

This reduces the number of wasted slots and increases the utilization of the communication channel. STDM data blocks are known as packets and must contain header information to identify the receiving destination.

In frequency division multiplexing FDM , each signal is assigned its own frequency range or channel within a larger frequency band.

Frequency ranges for channels cannot overlap. Frequency bands are often separated by an unused block of the frequency spectrum to reduce interference.

FDM is used mainly for analog transmissions. It can be used over both wired and wireless mediums.

FM is a band that occupies the frequency range from 88 MHz to MHz within the larger radio frequency spectrum. Each radio station transmits at the frequency assigned to its channel for example,

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