Design Compiler Tutorial 2021 Best — Synopsys

[ RTL Code (.v / .sv) ] + [ Target Libraries (.db) ] | v [ 1. Translation ] --> GTECH Format | v [ 2. Optimization ] --> Applies Constraints | v [ 3. Mapping ] --> Technology Gates | v [ Gate-Level Netlist / SDC / SDF ] 2. Setting Up Your Synthesis Environment

Registering the outputs of major design blocks makes predicting input/output delays much easier, which helps Design Compiler optimize boundary logic more effectively.

write -format verilog -hierarchy -output ./results/top_synth.v synopsys design compiler tutorial 2021

. It uses physical information from the floorplan to provide more accurate timing estimates, reducing the "correlation gap" between synthesis and physical placement. Looking for more VLSI tools?

In our next post, we will provide a more advanced tutorial on Synopsys Design Compiler, covering topics such as: [ RTL Code (

For this tutorial, we use for reproducibility.

set_optimize_registers true -design my_design compile_ultra -retime Use code with caution. High-Fanout Net Synthesis Mapping ] --> Technology Gates | v [

Use compile_ultra for high-performance optimization. In 2021, compile_ultra -spg (Synopsys Physical Guidance) is recommended to pass physical data to IC Compiler. compile_ultra -spg Use code with caution. Step 5: Generate Reports

Mastering Design Compiler is essential for any digital chip designer or CAD engineer, and the skills you build from this 2021-era foundation will serve you well on any modern version, including the latest DC NXT.

report_area > ./reports/area.rpt