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C-slow retiming or C-slowing is a technique used in conjunction with retiming to improve throughput of a digital circuit. Each register in a circuit is replaced by a set of registers in series, where C is the number of registers in each of those sets. This creates a circuit with C independent threads, as if the new circuit contained C copies of the original circuit. A single computation of the original circuit takes C times as many clock cycles to compute in the new circuit. C-slowing by itself increases latency, but throughput remains the same.
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