Abstract: A desynchronizer for smoothing gapped data signal and a gap clock signal extracted from a synchronous message is disclosed. A gap regulator module first re-maps the gapped data signal into a B-frame format and distributes the gaps in the data uniformly throughout the gapped data signal. A pointer leak logic module determines the bit leak rate as a function of received increment and decrement pointer adjustment signals. The pointer leak logic module determines the bit leak rate using separate algorithms. If the increment and decrement pointer adjustment signals are periodic in nature the bit leak rate is determined by dividing the periodic rate interval between two successive pointer adjustment signals by eight (8) and form a leak rate lookup table to account for any additional or missed pointer movements by looking up the incremental leak rate as a result.

Abstract: A desynchronizer for smoothing gapped data signal and a gap clock signal extracted from a synchronous message is disclosed. A gap regulator module first re-maps the gapped data signal into a B-frame format and distributes the gaps in the data uniformly throughout the gapped data signal. A pointer leak logic module determines the bit leak rate as a function of received increment and decrement pointer adjustment signals. The pointer leak logic module determines the bit leak rate using separate algorithms. If the increment and decrement pointer adjustment signals are periodic in nature the bit leak rate is determined by dividing the periodic rate interval between two successive pointer adjustment signals by eight (8) and form a leak rate lookup table to account for any additional or missed pointer movements by looking up the incremental leak rate as a result.