This is a comprehensive guide to Synopsys Design Compiler (DC), tailored for a 2021 context (covering the J-2014.09 through J-2015 through 2020/2021 environments often found in university and corporate servers).
In this tutorial, we provided a comprehensive overview of Synopsys Design Compiler, covering its features, setup, and usage. We hope this tutorial has provided a solid foundation for designing and optimizing digital circuits using Synopsys Design Compiler. With practice and experience, you can master the tool and create efficient digital designs. synopsys design compiler tutorial 2021
Setup File (.synopsys_dc.setup): This critical file tells DC where to find libraries. Key variables include: search_path: Directories for RTL and libraries. This is a comprehensive guide to Synopsys Design
# .synopsys_dc.setup
6. 2021-Specific Features
A. Topographical Mode vs. Wire Load Model
Do not useset_wire_load_model in 2021 Topographical mode.
Topographical mode uses virtual placement for better wire delay estimation.
This is a comprehensive guide to Synopsys Design Compiler (DC), tailored for a 2021 context (covering the J-2014.09 through J-2015 through 2020/2021 environments often found in university and corporate servers).
In this tutorial, we provided a comprehensive overview of Synopsys Design Compiler, covering its features, setup, and usage. We hope this tutorial has provided a solid foundation for designing and optimizing digital circuits using Synopsys Design Compiler. With practice and experience, you can master the tool and create efficient digital designs.
Setup File (.synopsys_dc.setup): This critical file tells DC where to find libraries. Key variables include: search_path: Directories for RTL and libraries.
# .synopsys_dc.setup
6. 2021-Specific Features
A. Topographical Mode vs. Wire Load Model
Do not useset_wire_load_model in 2021 Topographical mode.
Topographical mode uses virtual placement for better wire delay estimation.
