What’s new in Valor NPI v11.5
Valor NPI 11.5 continues to introduce new and existing capabilities in MRA-Revolution, with a more complete Classification set which includes design preparations and analysis use of copper reference layers. Comparing an ODB++ to fabricator changes becomes easy and precise with the new CAM Compare flow and the first connection to stackup setup is established with Z-Planner integration.
Proactive Design for Test (DFT) best practices
The process of PCB DFT needs to be considered sooner and more proactively in our PCB design process, incorporated in the schematic phase, not during the layout phase. A designer should determine what nets will be needed to be tested based on their likelihood of failure and position those pins in open, accessible real-estate.
What is New Product Introduction (NPI) and How Does it Apply to PCBs?
The pace of PCB new product introductions has increased exponentially over the past few years – and with it the need for a proper NPI process. It’s not just that PCBs are used in more and more products across numerous industries; it’s also that more PCBs are needed in those products. For example, consider how many PCBs are used in even the lowest-end cars today versus how many were used years ago. As new-model cars become increasingly connected to online services, the need for PCBs will continue to grow.
Creating Custom Automation in Valor NPI Using Scripting Languages
The most modern language supported and delivered with Valor NPI is Python. If Perl is your language of choice then an additional module needs to be acquired through Active State. When all else fails there is the legacy C-Shell that is also included with Valor NPI.