Why precise PCB comparison matters in developmentIn PCB engineering, small design changes can have a major impact on manufacturability, quality, and release readiness. That’s why traceable comparisons between layout, development,…
Why ODB++ matters in modern PCB workflowsWhen PCB data moves between different CAM systems, the biggest risk is often not the design itself, but the way the data is interpreted.…
Direct data transfer instead of manual reworkIn PCB manufacturing, the quality of data handoff often determines efficiency, defect rates, and throughput. If you are connecting AOI, AXI, SPI, or pick-and-place…
See the actual connectivity behind a componentIn PCB analysis, a clean DRC is important—but it does not always answer the real engineering question: how is this component connected in context?…
Catch tombstone risk before it reaches the ovenTombstoning is one of those reflow defects that can look random on the shop floor, but in reality it often comes down to…
Why component editing matters in PCB designPCB workflows often slow down where iteration should be fastest: component placement, package reuse, and the handoff between analysis and design. The Edit Components…
Why creepage analysis matters in modern PCB designAs soon as your design goes above 30 V, creepage is no longer a side topic. Minimum distances between conductive parts become a…
Spot PCB safety risks before they become design problemsIn PCB development, safety and clearance issues often stay hidden until late in the process. PCB-Investigator’s Hazard Analysis plug-in changes that by…
Turning complex PCB data into engineering clarityIn electronics development, time is always limited. When PCB data, stackups, and layout details need to be reviewed quickly, engineers need a tool that…
Understand PCB data fasterIn electronics development, speed is often determined not by the design itself, but by how quickly technical questions can be answered. That is where PCB-Investigator comes in:…