Synopsys Design Compiler Tutorial 2021 Jun 2026

Save your optimized gate-level assets to hand off to the Physical Design (Place and Route) team.

In 2021 flows, you typically have two options:

Load your constraints to define clock speed, input delays, and output loads. synopsys design compiler tutorial 2021

# 6. Reports redirect -tee ./reports/timing.rep report_timing redirect -tee ./reports/area.rep report_area -hierarchy redirect -tee ./reports/power.rep report_power

: read_verilog design.v or analyze followed by elaborate . Save your optimized gate-level assets to hand off

report_constraint -all_violators > reports/violators.rpt

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compile -map_effort high -area_effort high

Design Compiler (DC) translates high-level RTL (Verilog or VHDL) into an optimized gate-level netlist. It doesn't just "map" gates; it performs concurrent optimization for: Meeting setup and hold requirements. Minimizing the silicon footprint. Reducing both leakage and dynamic consumption. Integrating DFT (Design for Test) structures. The Core Synthesis Workflow Develop Your Library: Ensure you have your files (Target, Link, and Symbol libraries) ready. Read the Design: read_verilog commands to bring your HDL into the DC environment. Define Constraints:

Are you encountering specific in your design?

Real-world chips operate under specific physical conditions. You must define these parameters before optimizing.