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- C-slowing abstract "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 C registers (in series). 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.Increasing the number of registers allows optimization of the circuit through retiming to reduce the clock period of the circuit. In the best case, the clock period can be reduced by a factor of C. Reducing the clock period of the circuit reduces latency and increases throughput. Thus, for computations that can be multi-threaded, combining C-slowing with retiming can increase the throughput of the circuit, with little, or in the best case, no increase in latency.Since registers are relatively plentiful in FPGAs, this technique is typically applied to circuits implemented with FPGAs.".
- C-slowing wikiPageExternalLink cslowfpga.ppt.
- C-slowing wikiPageExternalLink zbakerFPGA.pdf.
- C-slowing wikiPageExternalLink 252report.pdf.
- C-slowing wikiPageExternalLink 7_2.pdf.
- C-slowing wikiPageExternalLink PipeRouteTCAD.pdf.
- C-slowing wikiPageExternalLink RapidArchExploreJ.pdf.
- C-slowing wikiPageID "4351011".
- C-slowing wikiPageRevisionID "574576314".
- C-slowing hasPhotoCollection C-slowing.
- C-slowing subject Category:Gate_arrays.
- C-slowing type Abstraction100002137.
- C-slowing type Arrangement107938773.
- C-slowing type Array107939382.
- C-slowing type GateArrays.
- C-slowing type Group100031264.
- C-slowing comment "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 C registers (in series). 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 label "C-slowing".
- C-slowing sameAs m.0bykzr.
- C-slowing sameAs Q5005961.
- C-slowing sameAs Q5005961.
- C-slowing sameAs C-slowing.
- C-slowing wasDerivedFrom C-slowing?oldid=574576314.
- C-slowing isPrimaryTopicOf C-slowing.