Scalable High-speed PCB Simulation Tools
HyperLynx is a complete family of Analysis and Simulation tools for High-Speed electronic design including electrical design rule checking (DRC/ERC), signal integrity (SI), power integrity (PI) with integrated 2D/2.5D/3D electromagnetic modeling (3D EM).
HyperLynx lets you discover and correct problems earlier in your design cycle using advanced simulation techniques to predict how your design will behave.
Why choose HyperLynx for PCB Simulation?
Easy to use
HyperLynx combines ease of use with automated workflows to make high-speed design analysis accessible to mainstream system designers. This allows problems to be identified and resolved early in the design cycle. HyperLynx works with multiple PCB tools and is an ideal addition to any PCB design flow.
Create a Digital Twin of the product
Building a “Digital Twin” of the product enables to validate product’s performance by means of simulation in respect to manufacturing tolerances and operating corner cases of semiconductor components. Simulation of a “Digital Twin” is an appropriate means to bring products to market which operate robust and reliable within the specified operating conditions and even beyond.
Increase your chance of first-pass
HyperLynx optimizes your design’s performance and reliability. Pre-route design simulation lets you explore alternatives to make informed design decisions, while post-route verification lets you perform detailed sign-off analysis before committing a design to fabrication.
The Most Complete for High-Speed PCB
The HyperLynx family is provided by Siemens Digital Industries and furnishes a complete analysis flow that combines best-practice design rule checking with comprehensive signal and power integrity simulation. Integrated 3D EM solvers create highly accurate interconnect models.
How early PCB Simulation saves you on project Time and Costs
With Hyperlynx PCB Simulation you can perform any kind of analysis you need earlier along the Design process. This takes great advantages in terms of costs, as well as in terms of time-to-market. A study quantified the cost of failure by looking at re-spins (redesigns forced when errors are found in physical prototypes or production boards). Chart below assumes 2 re-spins per project and shows the rapidly increasing cost when applied across multiple projects. This is cost (and time) that is currently ‘baked into’ existing schedule projections – it’s somewhat expected that designs will go through 2-4 re-spins. This is unreasonable and unnecessary. And it only gets worse…with added design complexity come problems never seen before, increasing the potential for even more re-spins as teams hunt in the dark for the cause of the problem.
Discover all the Features in the HyperLynx family for PCB Simulation and Analysis
Find out more about Hyperlynx
Download an Overview of the Hyperlynx Product Family
Find out more about PCB Simulation with the Hyperlynx Product Family
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