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HyperLynx Full-Wave Electromagnetic Simulation

Fast and accurate Full Wave Electromagnetic Simulation

HyperLynx Full Wave Electromagnetic Simulation solves from small, critical structures up to very high frequencies, typically for SerDes channels. Solver jobs can be distributed across all the cores in a computer and across multiple machines.

Full Wave Electromagnetic Simulation is built from the ground up to exploit multi-core and hybrid computing architectures with its best-in-class fast solver technology enabling you to achieve faster time results to quickly solve your most challenging SI, PI, SSN, and EMI problems.

Why choose HyperLynx for Full Wave Electromagnetic Simulation?

Speed and Accuracy together

Based on proprietary accelerated boundary element technology, HyperLynx Full-Wave Solver by Siemens provides unprecedented speed for Full-Wave Electromagnetic Simulation and capacity, while preserving gold-standard Maxwell accuracy.

Offer a complete analysis

Full-Wave Solver HPC adds extraction and partitioned full-wave/hybrid solve capability as well as a rapidly distributed solve scaling for 3D full-wave high-performance computing requirements. Both Full-Wave Solver and Full-Wave Solver HPC offer integration with HyperLynx BoardSim and LineSim for maximum efficiency, ease of use, and world-class capability.

Easy to use

HyperLynx Full-Wave Solver allows automation in complex flows and repetitive tasks in Full-Wave Electromagnetic Simulation. Analysis results are easily viewed and archived using detailed HTML signoff reports.

High Compatibility

HyperLynx Full-Wave Solver Directly imports chip, package, and board geometry in widely used CAD formats and produces output models that are compatible with standard circuit simulation engines. It is fully integrated with Xpedition Package Designer.

HyperLynx Full Wave Electromagnetic Simulation handles the widest frequency range

What is the maximum frequency that you can simulate in HyperLynx? Different components of HyperLynx have different degrees of accuracy, but the combination of our built-in trace models and the Full-Wave Solver allows for accuracy up to the 50GHz range for your PCB structures, while also allowing for the most efficient analysis time. Typically there are three frequency bands a simulator can handle: DC to low frequency; low frequencies to intermediate frequency; high-frequency range. Conventionally one simulator can only handle one of the frequency bands. HyperLynx Full-Wave Solver can provide a result set from DC to a very high-frequency point.

In the 3 graphs above, measurements of IL & RL, Phase and TDR. The black line shows the measured value, the blue line the value calculated by HyperLynx Full-wave Solver. Click on one of the graphs to enlarge.

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