# Define path directories set project_path "/home/user/project/synthesis" set lib_path "/opt/foundry/tsmc/65nm/libs" # Configure search path set search_path [list . $project_path/rtl $lib_path/db $search_path] # Configure libraries set target_library [list tsmc65nm_ss_0v9_125c.db] set link_library [list * tsmc65nm_ss_0v9_125c.db sram_2kx32_ss.db] set symbol_library [list tsmc65nm.sdb] # Define work directory mapping define_design_lib WORK -path ./WORK echo "--- Synthesis Environment Setup Complete ---" Use code with caution. 3. Reading and Analyzing the Design
Generate reports to verify the design meets requirements and save the output.
Includes the target libraries plus any extra IP blocks, RAMs, or pad cells needed to resolve references in your design. synopsys design compiler tutorial 2021
Here is a step-by-step guide to get you started with Synopsys Design Compiler:
# Example: run_synthesis.tcl
Synopsys Design Compiler is an indispensable tool for any digital chip designer. This 2021-focused tutorial has covered the essential synthesis flow, from basic setup and Tcl scripting to mastering timing constraints. It has also delved into advanced techniques like topographical technology and low-power UPF flows, highlighting why mastering this tool is paramount.
While this tutorial covers the fundamentals, mastering Design Compiler requires deeper study. Here are resources that were popular in 2021 to help you on your journey. Reading and Analyzing the Design Generate reports to
DC applies optimization algorithms to the GTECH representation to meet your targeted timing, area, and power constraints.
DC 2021 recommends read_verilog with the -work library option. mastering Design Compiler requires deeper study.