This blog is a place to learn about electronic systems design, from PCB design to simulation and verification, to manufacturability and manufacturing execution.

Learn more about electronic systems design.

Featured posts

Latest posts

Screen shot of software showing Modeling an SET in HyperLynx AMS

Single Event Effects (SEE) in Rad-Hard components with HyperLynx AMS

What makes SEEs particularly challenging is that they can’t be stopped by traditional physical shielding, making Radiation-Hardened (Rad-Hard) components essential for systems operating in harsh environments like space or military applications.

Two engineers working on PCB designs using Siemens software

Engineering concurrency: The future of collaborative PCB design

For decades, electronic product development followed a familiar sequence. System architects defined requirements, electrical engineers developed schematics, PCB designers created…

An image of the Xpedition software home screen.

30% more productive with PCB design: faster onboarding with intuitive software

In episode 33 of The Printed Circuit Podcast, host Steph Chavez welcomed Jerry Suiter, Senior Systems Architect Director at Siemens,…

A screen shot of design reuse in Xpedition standard

Design today, reuse tomorrow: mastering IP management for electronics teams

Learn how electronics teams can improve reuse, reduce respins, and optimize digital prototypes with better IP management, DFM integration, and connected PCB workflows.

An image dramatizing PCB design.

Revolutionizing PCB design: unlocking efficiency with PLM systems

Ever wondered how to banish version confusion, streamline collaboration, and ensure compliance with your PCB design workflow? In a world…

An image showing PCB Design reuse

Facilitating design reuse and IP management in PCB design: Transforming engineering knowledge into a scalable competitive advantage

Design reuse is often misunderstood as simply copying circuitry from previous projects. In reality, modern reuse strategies are far more strategic and far more valuable.

A screen shot of HyperLynx AMS and FMI

How HyperLynx AMS and PartQuest Explore unlock FMI co-simulation

his blog highlights the integration of Functional Mockup Interface (FMI) co-simulation capabilities into Siemens’ HyperLynx AMS and PartQuest Explore simulation tools.

A dynamic gradient display featuring white to green hues against a black background. Vertical lines create a sense of depth and movement with smooth transitions. The glossy texture enhances the visual clarity, portraying a modern and sleek design reminiscent of glass. The interplay of light and dark provides a technological and fresh aesthetic.

Unleash the power of DDR5 & LPDDR5 parallel simulations

With the release of HyperLynx 2604, Siemens EDA is empowering engineers to do just that, thanks to the new DDRx Batch Wizard Parallelization Support.

A PCB manufacturing line

What’s new in Z-planner Enterprise 2604

This release focuses on delivering greater accuracy, improved efficiency, and expanded capabilities for engineers tackling today’s complex electronic designs. Let’s…