Why Great High-Power PCB Designers Are Hard to Find

High-power PCB design is more than connecting components. It requires balancing thermal management, EMC, signal integrity, power integrity, component placement, and routing—all within tight space and cost constraints. This article explains why engineers with this combination of skills are rare, and what manufacturing-side factors they need to understand.

2026.10.13

Why 30% of Your BOM Can Be Replaced: A Manufacturer's Guide to Component Optimization

Most BOMs contain components that exceed actual design requirements—over-specified parameters, brand preferences, and packaging choices that add cost, extend lead times, and narrow supply options. This article explains where these optimization opportunities come from and how to evaluate whether a component should be replaced.

2026.10.10

The Global Rebalancing of Electronics Manufacturing: What Hardware Engineers Need to Know in 2026

Electronics manufacturing is shifting from a cost equation to a strategic asset. This article examines how Europe, North America, and Asia are rebalancing PCB and semiconductor supply chains in 2026—and what it means for hardware engineers and procurement teams planning their next project.

2026.10.09

Will AI Replace PCB Engineers? What AI Really Means for Hardware Design

AI is starting to enter EDA tools and take on real PCB design tasks. This article explores what AI can and cannot replace, why engineering judgment still matters, and how the role of PCB engineers is being redefined.

2026.10.08

AI Servers & EVs: How PCB Supply Chains Are Changing in 2026

AI servers and electric vehicles are driving unprecedented demand for high-layer PCBs, HDI, heavy copper, and high-frequency materials. This article breaks down what’s changing in the PCB supply chain—capacity, materials, lead times, and cost—and what it means for hardware engineers and procurement teams.

2026.09.24

Why Small-Batch PCB Manufacturing Is Becoming a Strategic Asset – AnyPCBA

Small-batch PCB manufacturing is becoming a strategic asset in 2026. Learn why fast prototyping, supply chain resilience, and design-manufacturing collaboration are reshaping the electronics industry.

2026.09.21

The Second Skill for Hardware Engineers in 2026: Why Manufacturing Knowledge Matters – AnyPCBA

Manufacturing knowledge is becoming a core competency for hardware engineers in 2026. Learn why DFM, material properties, and supply chain awareness matter — and how to build these skills.

2026.09.20

The PCB Industry's Next Big Thing Isn't a Chip – It's the Board Itself – AnyPCBA

The PCB is no longer a passive carrier. As AI hardware demands 20-40+ layers and semiconductor-grade precision, the board is becoming a performance-critical component. Here's what hardware engineers need to know.

2026.09.17

AI Is Reshaping EDA Tools: The 10x PCB Design Efficiency Era – AnyPCBA

AI is transforming EDA tools from rule executors to autonomous decision assistants. Learn how AI agents, automated routing, and design closure are reshaping PCB design efficiency in 2026.

2026.09.16

How AI Is Reshaping PCB Value – Market Trends and Technology Drivers – AnyPCBA

An in-depth analysis of how AI is reshaping the PCB industry. Covers demand drivers from AI servers and intelligent vehicles, material breakthroughs, and the new competitive landscape for high-end PCBs.

2026.09.10

Why PCB Prototyping Matters – From Design to Mass Production – AnyPCBA

Understand why PCB prototyping is essential before mass production. Learn the risks of skipping prototypes, the typical prototyping process, and how to validate your design for manufacturing.

2026.09.09

PCB Through-Hole Component Hole Size Design Guide – IPC Standards & Best Practices – AnyPCBA

A practical guide to through-hole PCB hole size design. Covers IPC-2221 standards, hole size calculation, non-round pin handling, pad diameter design, and common manufacturing defects.

2026.09.07