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Usually, a multiplexer or central controller oversees the time slot distribution, coordinating timing and guaranteeing that each signal stays within its designated interval. Data loss or corruption could result from any overlap or misalignment, so this synchronization is essential for preserving the integrity of the data being transmitted. Synchronous TDM (STDM) and asynchronous TDM (ATDM) are two examples of TDM implementations that can be used in practice, each with a unique approach to time slot management.

Usually, a multiplexer or central controller oversees the time slot distribution, coordinating timing and guaranteeing that each signal stays within its designated interval. Data loss or corruption could result from any overlap or misalignment, so this synchronization is essential for preserving the integrity of the data being transmitted. Synchronous TDM (STDM) and asynchronous TDM (ATDM) are two examples of TDM implementations that can be used in practice, each with a unique approach to time slot management.

Usually, a multiplexer or central controller oversees the time slot distribution, coordinating timing and guaranteeing that each signal stays within its designated interval. Data loss or corruption could result from any overlap or misalignment, so this synchronization is essential for preserving the integrity of the data being transmitted. Synchronous TDM (STDM) and asynchronous TDM (ATDM) are two examples of TDM implementations that can be used in practice, each with a unique approach to time slot management.

Usually, a multiplexer or central controller oversees the time slot distribution, coordinating timing and guaranteeing that each signal stays within its designated interval. Data loss or corruption could result from any overlap or misalignment, so this synchronization is essential for preserving the integrity of the data being transmitted. Synchronous TDM (STDM) and asynchronous TDM (ATDM) are two examples of TDM implementations that can be used in practice, each with a unique approach to time slot management.

Usually, a multiplexer or central controller oversees the time slot distribution, coordinating timing and guaranteeing that each signal stays within its designated interval. Data loss or corruption could result from any overlap or misalignment, so this synchronization is essential for preserving the integrity of the data being transmitted. Synchronous TDM (STDM) and asynchronous TDM (ATDM) are two examples of TDM implementations that can be used in practice, each with a unique approach to time slot management.

Usually, a multiplexer or central controller oversees the time slot distribution, coordinating timing and guaranteeing that each signal stays within its designated interval. Data loss or corruption could result from any overlap or misalignment, so this synchronization is essential for preserving the integrity of the data being transmitted. Synchronous TDM (STDM) and asynchronous TDM (ATDM) are two examples of TDM implementations that can be used in practice, each with a unique approach to time slot management.

Usually, a multiplexer or central controller oversees the time slot distribution, coordinating timing and guaranteeing that each signal stays within its designated interval. Data loss or corruption could result from any overlap or misalignment, so this synchronization is essential for preserving the integrity of the data being transmitted. Synchronous TDM (STDM) and asynchronous TDM (ATDM) are two examples of TDM implementations that can be used in practice, each with a unique approach to time slot management.

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Usually, a multiplexer or central controller oversees the time slot distribution, coordinating timing and guaranteeing that each signal stays within its designated interval. Data loss or corruption could result from any overlap or misalignment, so this synchronization is essential for preserving the integrity of the data being transmitted. Synchronous TDM (STDM) and asynchronous TDM (ATDM) are two examples of TDM implementations that can be used in practice, each with a unique approach to time slot management.