HyperLynx is an integrated family of analysis tools for high-speed digital design and verification. It makes state-of-the-art simulation available to a broad audience by combining advanced modeling and simulation techniques with automated flows that guide through the analysis process step by step.
New Capabilities Overview
The VX.2.10 release of HyperLynx provides significant new capabilities for the design and verification of high-speed serial (SerDes) links, DDRx interfaces, and board level Power Delivery Networks (PDNs). This video provides a high-level overview, with more detail found in the videos below.
HyperLynx SI - Signal Integrity
HyperLynx SI VX.2.10 provides significant new capabilities for the design and verification of both high-speed serial (SerDes) links and DDR4/5 interfaces, along with improvements for general-purpose Signal Integrity.
HyperLynx PI - Power Integrity
HyperLynx PI VX.2.10 provides significant new capabilities for the design and verification of board-level Power Delivery Networks (PDNs), including board-level thermal co-simulation.
HyperLynx Advanced Solvers (3D EM)
HyperLynx Advanced Solvers VX.2.10 provides significant new capabilities for accurate 3D EM modeling of critical areas in high-speed systems designs.
HyperLynx DRC - Electrical Rule Checks
HyperLynx DRC VX.2.10 provides significant new capabilities for rapid checking of high-speed designs, including the ability to accelerate runs by distributing the verification task across multiple processors.
Download the release
Note: The following is a condensed summary of the release highlights. Siemens customers should refer to the Release Highlights on Support Center for detailed information regarding all new features and enhancements.
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The latest releases of HyperLynx address the increasing complexity of today’s advanced system designs through an emphasis on both ease-of-use and team productivity.Release Xpedition VX.2.10
Xpedition VX.2.10 brings significant improvements to design reuse, supply chain integration, multi-board systems design, and high-speed design, including constraints, routing, and verification. Productivity-enhancing design aids and increased performance are available across the flow.