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Enhancing the UART's functionality to ensure the completion of byte transmission, even if the UART TX is disabled mid-transmission, would significantly improve system reliability. Currently, if the UART is disabled during transmission, it resumes once re-enabled, potentially leading to confusion at the receiver's end. An alternative improvement could be the introduction of a mechanism to either flush the partially transmitted byte upon disabling the transmission or to completely reset the FIFO buffer. This would streamline communication and enhance data integrity.
The text was updated successfully, but these errors were encountered:
Enhancing the UART's functionality to ensure the completion of byte transmission, even if the UART TX is disabled mid-transmission, would significantly improve system reliability. Currently, if the UART is disabled during transmission, it resumes once re-enabled, potentially leading to confusion at the receiver's end. An alternative improvement could be the introduction of a mechanism to either flush the partially transmitted byte upon disabling the transmission or to completely reset the FIFO buffer. This would streamline communication and enhance data integrity.
The text was updated successfully, but these errors were encountered: