Tutorial 2021 //free\\ | Synopsys Design Compiler

Replaces the generic GTECH gates with real, physical standard cells from your semiconductor foundry’s target library. 2. Setting Up the Synthesis Environment

A standard synthesis flow in DC, as outlined in Synopsys training materials, follows a sequence of steps:

The setup timing report determines whether your design can run at its target clock frequency. Below is a breakdown of a standard report profile: synopsys design compiler tutorial 2021

This critical file tells DC where to find libraries. Key variables include: search_path : Directories for RTL and libraries.

set_clock_uncertainty 0.05 -setup clk set_clock_uncertainty 0.02 -hold clk Replaces the generic GTECH gates with real, physical

Synopsys Design Compiler 2021 remains the gold standard not because of revolutionary changes, but due to its relentless refinement of and automation . The tutorial above—from read_verilog to write_sdc —can be templated for any ASIC project.

What is your ? (e.g., TSMC 65nm, 28nm, 7nm) Below is a breakdown of a standard report

Before launching Design Compiler, you must configure your Linux environment variables and organize your project workspace. Environment Variables

Before starting DC, you must set up the environment correctly. The configuration is largely controlled by a file named .synopsys_dc.setup in your working directory. This hidden file tells DC where to find all the necessary design data and libraries. The key libraries you need to define are:

Always run link after elaboration to ensure all modules are found.

After compilation, save the structural netlist and design constraints for the downstream Place and Route (P&R) tools.