Finalizing the gate-level netlist based on constraints. 2. Setting Up Your Environment
After elaboration, you must resolve references and check the design structure.
To help tailor further synthesis optimization advice, tell me: synopsys design compiler tutorial 2021
# 3. Read Design analyze -format verilog [glob ./rtl/*.v] elaborate top_module current_design top_module link check_design
Converting the RTL description into an intermediate, technology-independent format (GTECH library blocks). Finalizing the gate-level netlist based on constraints
With low-power design being ubiquitous, DC supports UPF for defining power domains, isolation cells, and level shifters.
set search_path "./rtl ./cons ./libs $search_path" set target_library "saed32nm_tt.db" set synthetic_library "dw_foundation.sldb" set link_library "* $target_library $synthetic_library" To help tailor further synthesis optimization advice, tell
Continuing education is vital to mastering Design Compiler. Multiple community-driven resources provide structured learning, from basic to advanced concepts. One notable example is a GitHub workshop titled "Advanced Synthesis and STA with DC," which offers detailed labs on everything from DC setup to analyzing netlist quality. Another valuable resource is the course from Cornell's ECE 5745 class, which provides a deep dive into the ASIC block flow using the tool.
The core of logic synthesis lies in correctly applying constraints. is the Tcl-based industry-standard format for specifying these requirements, used across nearly all EDA tools.
# Analyze Verilog files analyze -format verilog module1.v module2.v top_module.v