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The DDR5 specification requires 1e-16 probability level, which is not always possible for IBIS or IBIS-AMI models. Generation of a SerDes compliance short reportĭDR5 Eye Diagram Results Prediction to Probability of 1e-16.Additional DDR controller deskewing support.

DDR5 Eye Diagram Results Prediction to Probability of 1e-16.Sintecs, as an official specialized distributor of HyperLynx, is happy to make you familiar with the latest improvements already available for all the users of HyperLynx SI and PI bundles. The updated package includes, of course, a refreshed set of HyperLynx solutions for signal and power integrity.

To learn more about HyperLynx DDRx, visit.Siemens EDA (ex-Mentor Graphics) released days ago a new version of the VX toolset under the index 2.12. Pre-route analysis to drive design restraints Post-route analysis / full interface level verification

Benefits include:Īutomated workflow using wizards to guide through process HyperLynx DDRx provides powerful integrated signal integrity, crosstalk, and timing analysis that significantly reduces design and debug cycles for PCBs with DDR memory. Powerful, automated HyperLynx DDRx simulation With HyperLynx DDRx, you can fast track design decisions, improve engineering efficiency, and accelerate time to market. HyperLynx streamlines DDRx design by dramatically reducing simulation setup time while providing accurate detailed results that include the effects of lossy transmission lines, reflections, impedance changes, vias, ISI, crosstalk, via-tovia coupling, SSN, and timing delays. Traditional signal integrity batch-mode tools just aren’t up to the task. Complete validation of DDRx interfaces requires hundreds of signal integrity simulations and thousands of detailed measurements, followed by a comprehensive analysis of all signal quality requirements and signal/group timing relationships. DDR interfaces are some of the most complicated parallel interfaces in use today.