Calibre DesignEnhancer design-stage layout modification improves power management faster and earlier

In today’s IC designs, effective power management through layout optimization is crucial for achieving PPA targets. This paper, written by Jeff Wilson, describes how the Calibre DesignEnhancer platform, is used to specifical tackle the EMIR components of power management. DesignEnhancer offers P&R and custom/analog design teams a fast, integrated environment for implementing Calibre-clean design modifications to reduce IR drop and EM, during physical implementation stage. DesignEnhancer is one of a growing suite of Shift left tools in the Calibre nmPlatform, moving physical verification and layout optimization earlier in the design process, ensuring Calibre signoff-quality results.

What You'll Learn:

• Understand the significance and challenges of achieving EMIR goals in IC design
• Discover how to optimize layouts for IR drop and electromigration issues
• Implement effective power grid optimization using Calibre DesignEnhancer
• Leverage automated via insertion to enhance manufacturing robustness
• Utilize parallel run lengths to lower resistance on power grid structures
• Prepare layouts for physical verification with correct-by-construction filler and DCAP cell insertion.

"The Calibre DesignEnhancer tool bridges the gap between design implementation and physical verification, providing automated solutions that ensure power management issues like IR drop and electromigration are addressed efficiently, enhancing overall design quality and reliability."

-Jeff Wilson, Author

Who Should Read This:

• IC and SoC designers and engineers seeking to enhance the efficiency and accuracy of their design process
• P&R engineers, SOC designers, and analog layout engineers
• CAD engineers and engineering managers looking to streamline verification processes
• Anyone interested in staying up to date with the latest advancements in design automation