From optimization to AI: The evolution of intelligent PCB analysis

PCB designers face a difficult reality: every generation of electronics demands more performance, tighter margins, and shorter development schedules. High-speed…

An image of a loaf of bread representing PCB simulation.

How to choose the best chainsaw to cut a loaf of bread?

Here is the truth that you need to hear: In PCB simulation, overkill is the ultimate bottleneck. You think that running a 3D solver on your board should close the inaccuracy gap, while, in reality, it opens a productivity gap.

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.

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.

An image of a PCB manufacturing line.

What’s new in HyperLynx 2604

HyperLynx 2604 release brings a comprehensive set of enhancements that make PCB design verification faster, more intelligent, and more accessible

Fig. 1: Voltage monitor schematic in Xpedition Designer.

Improving functional safety analysis

In safety-critical applications, engineers must perform functional safety analysis to ensure that their designs meet or exceed safety standards.

PCB designer working on Xpedition Standard using tokens for simulation.

Powering innovation: How Xpedition add-ons transform PCB design with HyperLynx signal integrity analysis

Xpedition offers flexible, token-based add-ons for seamless integration of pre-layout and post-layout signal integrity analysis.

Ad image of a simulation from HyperLynx Advanced Solvers

HyperLynx: A parallel reality

What if PCB designers today have ONE simulation and verification tool that connects all aspects of their design with unparalleled power and ultimate control of their universe?