Increase innovation through digitization

InnoFour News | February

Dear ,

The European Medtech industry has a decline in innovation: too complex regulatory systems, a digitalization that is far too slow and with a lack of data usage. Check our inspiring solution >

How Terma reduces design time and human error by automating tasks associated wit designing and building wire harnesses? We tell you how >

Do you want to work in a professional but informal working atmosphere
with many international contacts? Apply for PCB Application Engineer >

RICK STROOT MESSAGE AT MEDTECH EVENT 2024

At the Medische Elektronica Event of February 6, 2024, Rick Stroot gave a clear presentation on 'Digitalizing lifecycle processes in the Medical Device Industry with inspiring solutions’.

Thesis: The European Medtech industry has a decline in innovation due to too complex regulatory system for medical devices (MDR/IVDR) and a digitalization that is far too slow with a lack of data usage.

DOWNLOAD RICK’S PRESENTATION >

JOIN DON & MAX FOR
A LIVE EVENT ON FEBRUARI 29

We often think of Design for Manufacturing (DFM) as the sole responsibility of the fabricator. Over the years, many OEMs have implemented DFM as a final check in their release process. But that approach does not prevent issues within a design from piling up and being left for a DFM engineer to identify and communicate back to the designer for resolution.

Join Don Kost and Max Clark for a live discussion and demonstration of the recommended PCB design best practice of identifying and resolving DFM issues at the earliest possible stage in the PCB design process.

HOW TERMA REDUCES DESIGN TIME AND HUMAN ERROR

Since harness design is an overlapping or hybrid engineering discipline in both the mechanical and electrical domain, the ability of engineers to work in parallel leveraging the digital thread enhances collaboration and accelerates design cycles.

In this white paper Terma shows how to reduce design time and human error by automating tasks associated with designing and building wire harnesses.

THIS IS HOW YOU REDUCE TIME & ERRORS >

STEEN KAARE GRØNDAHL ABOUT FPGA/PCB CO-DESIGN

WATCH THE PREMIUM VIDEO >

For more than 30 years I have been designing all types of PCB’s. From 2 layers up to very complex PCB’s with 24 layers, microvias, DDR4 memory, LVDS signals, and…. high pincount FPGA’s. Have you ever tried to optimize the FPGA pinout to your design to get the best signal integrity? I bet you have! I have spent many, many hours on that. That means not just myself, but also a FPGA designer and the electrical engineer. It is so time consuming, and you always end up with a “good enough” solution.

What if I could show you how to get the best possible solution without spending endless nights on optimizing and swapping pins? If I could remove all error risk in the process? If I tell you that the solution I have for you, cost less than one respond of your PCB?

FPGA/PCB co-design bridges the gap between electrical engineers and PCB designers. One of the biggest advantages is earlier assignment of pins to nets by the EE (during the schematic creation phase) enabling more successful routing of BGAs within the design.

So, watch this 90 seconds video and ask me for a free, clarifying online demo >

ARE YOU THE PCB APPLICATION ENGINEER WE’RE LOOKING FOR?

As a PCB Application Engineer you are focused on EDA in a technical role for the entire region Benelux and Scandinavia. You are responsible for the technical part of the sales process. We offer the ability to work with the latest developments on tools for software and electronic design + sufficient training + learning opportunities + good salary + benefits + a professional but informal working atmosphere with many international contacts. Give your career a new boost!

APPLY FOR A NEW CAREER >