Hybrid out of context hierarchical design flow for hierarchical timing convergence of integrated circuits for out of context signoff analysis
Abstract:
A computer-implemented method for a hierarchical design flow for deterministic or statistical timing convergence of VLSI circuits enabling design reuse, concurrency and out of context signoff analysis includes: defining, by a computing device, component clock definitions; performing static timing analysis on a lower level component of a circuit design; performing a timing closure for the lower level component based on performing the static timing analysis; generating a timing abstract associated with the lower level component; performing static timing analysis on a higher level component of the circuit design using the timing abstract and the results of the out-of-context timing analysis of the lower level component; generating smart guidance assertions based on performing the static timing analysis on the higher level component; and storing the smart guidance assertions for performing a subsequent timing analysis on the lower level component.
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