Trace Design Impact on Electrical Performance and Compliance
For manufacturers, trace design has a real effect on electrical performance and compliance testing. EMI failures, signal issues during interface testing, and thermal problems during qualification often trace back to simple layout choices like width, spacing, or routing paths. Bay …
Read MorePCB Circuit Traces & How They Determine Performance & Durability
Let us begin with the basics: PCB circuit traces are copper pathways that carry power / electrical signals between the components on a printed circuit board. Traces replace wires, enabling printed circuit boards to be manufactured at tiny scales. A …
Read MoreHow Advanced PCB Design Is Delivering Enhanced PCB Performance
Advanced PCB design is propelling PCB performance forward in 2025 through optimization, innovation, and AI implementation. Speed, precision, and complexity are all standard requirements of today’s electronic products, and by choosing the proper PCB board manufacturer, small- to medium-sized electronics …
Read MoreHow AI is Transforming the PCB Industry in 2025 & Beyond
In this long-form blog, we will outline the future of PCB design and manufacturing, with a specific focus on AI and how it is enabling high-speed PCB design. As is the case with virtually every conceivable industry, the landscape is …
Read MoreThe causes of PCB failure and how to mitigate against them
By their very nature, printed circuit boards are intricate, delicate electronic components that must be constructed and assembled by PCB board manufacturers to extremely high standards. The many ways that can lead to PCB failure are too numerous and varied …
Read MoreOvercoming Common (& less common) PCB Assembly Challenges
You’ve spent months developing your PCB layout, and now you are finally ready for the prototyping stage… or are you? In this blog, we are going to examine some of the most common hurdles you are likely to encounter, as …
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