EDA Evolution: How Python Automation is Redefining the Sigrity User Experience

In the world of electronic design automation (EDA), Sigrity tools such as PowerSI, PowerDC, and Clarity 3D solver are industry-standard solutions for power integrity, signal integrity, and 3D electromagnetic analysis. However, manual operation of these tools sometimes can be time-consuming and prone to errors. This is where Python automation comes in – a game-changer for Sigrity users. You can explore how Python can be used to automate Sigrity tools, increasing productivity and reducing manual labor.

Why Python?

Python is a popular, versatile, and easy-to-learn programming language that has become a de facto standard in the EDA industry. Its simplicity, and extensive libraries make it an ideal choice for automating Sigrity tools. With Python, you can create scripts that interact with Sigrity tools, automate tasks, and even integrate with other tools and workflows.

Python’s flexibility and rich ecosystem makes it a valuable API for engineers working in Signal Integrity (SI) and Power Integrity (PI) domains, thus enabling them to streamline design workflows, analyze complex data sets, and optimize designs for improved performance and reliability.

Cadence Sigrity support both Python and Tcl to automate your tasks. Python is an object-oriented programming language that offers the following advantages over Tcl:

• Ease of use: Python syntax is simpler and more consistent than Tcl.
• Extensive libraries: Wide range of libraries are available for use in Python, as required.
• Portability: Python programs can be run across platforms without modifying the program code.
• Readability: Python code is easy to understand and, therefore, easy to maintain and debug.
• Speed: Python is much faster than Tcl when running typical codes.

Python automation can significantly improve your productivity when working with Sigrity tools like PowerSI, PowerDC, and Clarity 3D Solver. By automating tasks such as simulation creation, execution, and result processing, you can focus on higher-level tasks and reduce manual labor. You can get started with Python automation for Sigrity tools and take your productivity to the next level.

Sample Python script:

In Sigrity, users can automate tasks using Python scripts by either browsing and selecting the script file and clicking ‘Play Python’ icon from menu, (or) by copying and pasting the script’s content directly into the Python Command window and then clicking the ‘Run’ button.

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Click here for more details on how to automate sigrity tools using Python in an easy and efficient manner.

Share your thoughts on the following statement:

“Python automation has the potential to transform the way I work with Sigrity tools. I'm excited to explore its possibilities and improve my productivity.”

Team SimTech

Cadence Design Systems