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What is HyperLynx DRC Design Rule Check?
HyperLynx DRC Design Rule Check is a tool from Siemens that enables rapid, automated checking of electrical design rules and supports iterative design inspection. Designers can perform complex checks for problems that cannot be easily simulated, such as traces crossing splits, signal return problems, and conformance to electrical safety requirements.
Hyperlynx DRC Design Rule Check è superior to the DRC tools included in the PCB layout, and ensures compliance of design rules with analog, EMI, IC, power integrity, signal integrity and electrical safety requirements.
Hyperlynx DRC is part of HyperLynx, a comprehensive family of analysis and simulation tools for high-speed electronic design created by Siemens.
Why use Hyperlynx DRC for design rule check?
USABLE BY ALL Hyperlynx DRC Design Rule Check provides a quick and comprehensive electrical design check for all PCB layout workers, hardware engineers, and SI/PI/EMC experts, regardless of their layout tool or experience level.
GRAPHICAL ERROR REPORTING The results are presented in spreadsheet format, linked by a layout view that automatically zooms in and highlights the issues to be shown in detail. Problem lists can also be exported to popular CAD tools.
POWERFUL BUILT-IN RULES Hyperlynx DRC includes 85 rules integrated into 6 groups to support multi-domain design verification. Each rule is parameterizable and can be configured according to the unique requirements of the project.
CREATION OF CUSTOM RULES Hyperlynx DRC enables the creation of new rules that leverage the powerful internal geometry processing engine to verify custom requirements. Customized rules can be shared with other members of the organization.
How to complete the project in advance with the "Shift-Left" design verification paradigm
Using Hyperlynx DRC during every step of the PCB design process, such as during planning, routing of critical nets, etc., it is possible to reduce the probability of design errors and the cost associated with PCB redesign. With the ability to save and distribute rule parameters, PCB designers can perform design verification earlier in the PCB design process, relieving pressure on more experienced individuals and mitigating process bottlenecks.
By helping designers and engineers analyze and verify designs as they are built, Hyperlynx DRC facilitates the implementation of the "Shift-Left" design verification paradigm that permeates the market.
Learn about all the features of the HyperLynx family for PCB simulation and analysis
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