"Typically, engineers roll their own stackups using spreadsheets—grabbing Dk and Df values from datasheets for simulations—ignoring resin content and frequency … Or relying heavily on third party fabricators to resolve final-implementation details with stackup and materials long after SI simulations were performed.
"Certainly, known tools have been around for years in this space, but no software on the market accessibly considered the major (known primarily by fabricators) issues surrounding stackup design combined with an accurate field solver and loss-planning environment, along with a complete dielectric materials library—and seamless interfaces to popular PCB signal integrity software—bundled in a powerful, affordably priced, easy-to-use tool … That’s how Z-planner was born."
Published Author
Author/co-author of dozens and dozens of articles on high-speed design … Hundreds of webinars, seminars, and workshops—including a “Fundamentals of High-Speed Design” course that has been taken by over 10,000 engineers in more than 30 different countries.
Professional Experience
“Survival in the world of high-speed design requires accurate prediction of electrical performance based on design and material properties. Z-zero’s focus on accurately modeling the detailed elements of PCB stackups is a valuable contribution to the industry.”
-Dr. Eric Bogatin is an industry pioneer; author of “Signal and Power Integrity–Simplified;" Co-author of the follow-on, “Principles of Power Integrity for PDN Design–Simplified: Robust and Cost Effective Design for High Speed Digital Products.”
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Z-zero, based in
Redmond, Washington, develops
PCB stackup planning and
material-selection software
for electronic-system design.
