Time-division multiplexing (TDM) is a form of data transmission that allows multiple signals to be sent over the same line or medium. It works by dividing an input signal into different time slots and sending them in sequence, allowing for more efficient use of bandwidth. TDM is used extensively in telecommunications networks, particularly for voice communications such as telephone calls and digital audio streams.

The primary benefit of TDM is its ability to increase the amount of information that can be transmitted over a single link or channel without increasing its capacity requirements. By splitting up the signal into discrete parts and transmitting them separately, each part can have its own dedicated resources allocated to it rather than having all traffic compete for a limited shared resource pool like with traditional networking techniques. This makes it possible to send large amounts of data at once while still maintaining quality control measures such as error correction codes which help ensure reliability even when dealing with high volumes or long distances between sender and receiver points.

TDM also provides greater flexibility when designing communication systems since users are able to adjust how much space each individual stream takes up on their network connection depending on their needs at any given moment in time – something not possible with other methods like circuit switching where capacities must remain fixed regardless if they’re being fully utilized or not. As technology continues advancing this technique will become increasingly important due both increased demand from consumer applications as well improved technologies providing higher levels performance which make better use existing infrastructure investments already made by companies around world.

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