Selective Parity Reception in FEC Receivers for Lower Power

The receiver dynamically adjusts its operation mode based on real-time error status detection. When errors are detected in application data, the receiver activates full parity data reception and processing mode. When no errors are detected, the receiver transitions to a low-power mode that skips parity data reception. This dynamic adaptation resolves the contradiction by making the system reliable only when necessary, thereby reducing overall power consumption.

The receiver performs partial error correction processing by first checking error status indicators in the received data. If the error status indicates no errors or uncorrectable errors, the receiver takes partial action by discarding the data without full parity processing. If errors are detectable and correctable, the receiver performs the full parity data processing. This partial action approach avoids unnecessary power consumption while maintaining reliability when needed.

The reception and processing workflow is segmented into distinct stages: error status detection, conditional decision-making, and selective parity processing. The receiver first segments the task by detecting error status in application data, then segments the parity data processing based on this detection. This segmentation allows the system to maintain full correction capability when needed while improving productivity by skipping processing when not needed.

The receiver performs preliminary error status detection on application data before committing to full parity data processing. This preliminary action of checking error indicators allows the system to anticipate whether full processing will be necessary, thereby improving productivity by avoiding unnecessary processing steps while maintaining the capability to correct errors when they occur.