Better PCB manufacturing starts with better dataIn PCB manufacturing, throughput and quality are not determined by machines alone. The real difference often starts much earlier: with how well the production…
Testpoint management becomes much easierManaging test points is rarely as simple as it should be. In many projects, they are defined by different teams at different stages of development, which…
Why creepage matters in high-voltage PCB designOnce a design exceeds 30 V, safety requirements become much stricter. Standards such as DIN EN 60664 / VDE 0110, IPC-2221A, and UL60950-1 define…
The use of AI in the PCB domain is currently discussed intensively. Many demos promise faster layouts, automated reviews, or intelligent assistance. What is often missing, however, is a closer…
Why PCB analysis needs more than visual inspectionIn electronics development, project success rarely depends on a single component. It depends on how quickly engineering teams can detect issues, interpret layout…
Automation that fits real PCB workflowsRepeated CAM and analysis tasks still consume far too much time in many PCB engineering teams. PCBI Scripting in PCB-Investigator is designed to change that…
Try PCB-Investigator Free for 30 DaysWhen engineers evaluate PCB analysis software, a demo that only scratches the surface is rarely enough. What matters is how the tool performs in a…
Track PCB changes without the manual overheadIn PCB design reviews, the smallest change can trigger the biggest delays if it is not tracked properly. That is why Database Compare in…
Why manual PCB comparison slows down reviewsIn PCB development, design comparisons often become a bottleneck. When revisions, variants, or layout updates are checked manually, the process takes time and the…
When 2D PCB data is no longer enoughPCB layouts often start and end as 2D data, but product development rarely stays in one dimension. Once enclosure design, mechanical integration, or…