The trick is modeling just the discontinuities with 3D EM and correctly integrating those models with standard models for everything else. Modeling whole nets with an 3D EM solver requires huge amounts of memory and compute power, even though most of the net can be accurately and efficiently with standard methods. Highly accurate post-route simulation of PCB designs is a balancing act. Automated 3D EM extraction of your design for Power-Aware analysis is now more automated and easier than ever. Power-Aware simulations with HyperLynx accurately model voltage compression (SSN) at the driving device's I/O power rail and the behavior of high speed signals including their return paths (instead of idealizing return path behavior, as most SI tools do). Power Distribution Networks (PDNs) interact with high speed signals, reducing design margins.

It analyzes your design based on an impedance target using several different strategies, allowing you to pick the solution that best meets your unique design needs. The HyperLynx Decoupling Optimizer lets you improve the performance of your design's Power Distribution Network (PDN) while reducing component count and costs. Note: The following is a condensed summary of the HyperLynx release highlights. What's new in HyperLynx VX.2.6 - Date: September 2019 The latest release address the increasing complexity of today's advanced system designs through an emphasis on both ease-of-use and team productivity. Mentor Graphics announced the new release HyperLynx VX.2.6. Mentor Graphics HyperLynx VX.2.6 | 3.7 Gb

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