Category: Design

Learn what a thick PCB board is, how it compares with standard PCB board thickness, and when thicker boards are the better choice. This guide covers key applications, design factors, manufacturing challenges, and how to choose the right PCB thickness for strength, reliability, and performance.

Flex PCBs bend, but connector ends and SMT areas often need extra support. This quick guide explains what a PCB stiffener does, how to choose FR4 vs polyimide, the right thickness, and the best placement for reliable assembly and long-term durability.

Design a high-performance PCB LED and LED PCB board with practical rules for layout, routing, thermal control, and long-term stability.

Learn how to design a reliable BGA PCB board with proven best practices for placement, fanout, routing, stack-up, and DFM—avoid re-spins and assembly failures.

Learn how to correctly use GKO, mechanical and keep-out layers in Gerber files, avoid PCB outline mistakes, and prevent costly PCB fabrication delays.

Learn what Conductive Anodic Filament (CAF) is, why it causes hidden PCB failures, and how smart layout, spacing, and materials can prevent CAF and boost long-term reliability.

Learn when controlled impedance is required for custom PCBs, step-by-step design & routing best practices, and exactly what to specify to your PCB manufacturer.