Features

Flex PCBs are enabling smaller, lighter and more reliable electronic systems by improving packaging efficiency, mechanical durability and electrical performance.

In today’s fast-changing electronics industry, new technologies play an important role in improving performance and functionality. One major advancement is the flex circuit board, which has transformed modern electronic design. Flex circuit boards not only save space and reduce weight but also provide exceptional design flexibility, expanding what electronic devices can achieve. That’s why flex circuit boards are widely used today, as their unique features support smaller, lighter and more efficient products.

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Moving from personal AI habits to standardized workflows can help manufacturing teams save time, improve consistency and scale practical AI use across operations.

It's 6:47 a.m., and Robert is doing what he does every morning before the production standup. He opens his AI chat, pastes in last night's shift handoff notes and types the same prompt he's typed every day for three weeks: "Summarize these production notes. Flag anything that needs immediate attention. Prioritize by customer impact."

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PCB East 2026 celebrated its move to Worcester with an increase in conference classes, exhibitors and attendance.

I’ve always enjoyed attending PCB East, but this year was even better because I was there as a PCEA staff member.

As some of you may recall, I worked with Mike Buetow and Frances Stewart years ago as editor of PCD&F and conference chair for PCB East and PCB West. The show felt like Homecoming Week. It’s funny how the old “show mentality” kicked back in after I spent years away from putting on shows and conferences.

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PCB East 2026 combined nonstop show-floor traffic, technical learning and after-hours networking into one of the event’s busiest and most connected years yet.

Trade shows have always had two versions of themselves.

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Capturing design intent is critical for AI to function as a true partner in PCB design.

For the past several years, the discussion around artificial intelligence in PCB design has largely focused on capability. How fast can AI route? How many rules can it process? How well can it replicate known good designs? These are reasonable questions, but they are increasingly the wrong ones.

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Ultra HDI success depends on designing within production limits, not pushing minimum capabilities.

There’s a point many design teams reach where routing density that once seemed impossible becomes routine. Then the design hits the fabrication floor, and questions begin.

Stackup choices. Mask clearances. Registration tolerances. Individually, these may seem like small details. But in ultra HDI (UHDI), small decisions compound quickly – impacting yield, cost and timelines.

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