27 August 2025

 

HyperPI: Advanced Hybrid Solver Technology for High-Speed PCB Power Integrity and Power-Aware Signal Integrity Analysis

 

Overview

 

Join us at this free Expert Series Webinar to learn how HyperPI bridges the gap between traditional transmission-line based methods and full-wave solvers, providing an ideal solution for modern PCB design challenges.

 

 

 

HyperPI delivers a high-performance hybrid solver technology that sets new standards in power integrity and power-aware signal integrity analysis for complex PCB designs. This innovative solution combines the speed of traditional approaches with a high-level of accuracy, delivering up to 10X performance improvement for large, multi-layer PCB designs. The solver achieves its superior performance through specialized layer-by-layer adaptive meshing, advanced decomposition techniques, and efficient circuit model reduction. Designed for robust automated setup and extraction processes, the solver is ideal for high-volume analysis workflows. HyperPI bridges the gap between traditional transmission-line based methods and full-wave solvers, providing an ideal solution for modern PCB design challenges.
 

What You Will Learn:

  • Comprehensive performance benchmarks comparing the new hybrid solver against traditional solutions
  • Accuracy comparisons across various PCB design complexities and layer counts
  • Memory optimization and scalability for large designs
  • Real-world case studies demonstrating simulation time improvements
  • Best practices for implementing the hybrid solver in your design workflow
  • Integration with existing SI analysis processes for Power-Aware SI modeling


Who Should Attend:

  • PCB Design Engineers
  • Signal & Power Integrity Engineers
  • Hardware Design Engineers
  • Design Verification Engineers
  • PCB Project Managers
  • Electronic Design Team Leaders

 

Details

 

What

Customer Technical Webcast: HyperPI: Advanced Hybrid Solver Technology for High-Speed PCB Power Integrity and Power-Aware Signal Integrity Analysis

When

Wednesday August 27, 2025

 

Where
Online

 

Time
18:00 hr CEST