It’s okay to BRAG! The PCB Technology Leadership Awards Are Here!

It’s okay to BRAG! The PCB Technology Leadership Awards Are Here!

We’ve all dealt with one of “those” designs. You know, that design with the unrealistic schedule or the impossible to…

Designing PCB’s for IoT – Part 2: IoT Design Domains

Designing PCB’s for IoT – Part 2: IoT Design Domains

This is Part 2 in a blog series examining the unique aspects of IoT PCB design. Click here to read…

Real-time Concurrent PCB Layout

Real-time Concurrent PCB Layout

In part one of this series on concurrent engineering, we reviewed the key features associated with a system that supports…

Finding the Problems that Simulation Can’t

Finding the Problems that Simulation Can’t

To deal with today’s high-speed technologies, many design engineers deploy a design process that includes simulation, but what they’re finding…

Concurrent Engineering – Part 2: Concurrent Schematic Design

Concurrent Engineering – Part 2: Concurrent Schematic Design

In part one of this series on concurrent engineering, we reviewed the key features associated with a system that supports…

Change is in the air, and it feels good

Change is in the air, and it feels good

If you have the feeling that everywhere you look you see articles about IoT, you’re probably right. It’s not often…

Collaborative management of design constraints

Collaborative management of design constraints

Most design teams would agree that as circuit complexity continues to increase, so has the criticality for efficient rules-driven design…

The World Has Changed, Yet Again

The World Has Changed, Yet Again

The internet was never designed to be part of society’s central infrastructure. It was developed for military purposes, in a…

Accuracy in HyperLynx

Accuracy in HyperLynx

I frequently get asked, “what is the maximum frequency that you can simulate in HyperLynx?”  And I usually say that…