PCB Design Layout Guide – Complete PCB Layout Best Practices – AnyPCBA

A complete guide to PCB design layout best practices. Covers design rules, component placement, routing strategies, power/ground planes, thermal management, and DFM for manufacturable PCB designs.

2026.09.04

What Is a Gerber File in PCB Manufacturing? Complete Guide – AnyPCBA

A complete guide to Gerber files in PCB manufacturing. Learn about Gerber file structure, formats (RS-274X), generation process, validation, and common challenges for hardware engineers.

2026.09.03

RF PCB Design Guide – Practical Tips for Layout, Routing, and High-Frequency Circuits – AnyPCBA

A practical guide to RF PCB design covering layout principles, routing best practices, impedance control, material selection, and thermal management for high-frequency circuits up to 28GHz and beyond.

2026.09.03

PCB Jumper Design Guide – Types, Applications, and Best Practices – AnyPCBA

A comprehensive guide to PCB jumper design. Learn about jumper types (wire, resistor, solder, PCB), common pitfalls, and design rules for reliable circuit connections.

2026.09.02

Why High-Speed PCBs Can't Be Fully Auto-Routed – A Practical Guide – AnyPCBA

A practical guide to high-speed PCB routing. Learn why auto-routing fails for high-speed designs, which signals require manual routing, and how to balance efficiency with signal integrity.

2026.09.01

I3C Bus Technology and PCB Design Guide – MIPI I3C Overview – AnyPCBA

A practical guide to MIPI I3C bus technology for hardware engineers. Covers dynamic addressing, hot-joining, in-band interrupt, I2C comparison, and PCB layout guidelines for I3C bus design.

2026.08.31

Low-Loss Material Selection for High-Layer-Count PCBs – A Practical Guide – AnyPCBA

Understanding low-loss material selection for high-layer-count PCBs. This guide covers the physics of conductor and dielectric loss, glass weave effects, material consistency, and practical selection strategies for high-speed designs.

2026.08.31

PCB Manufacturing Processes: Subtractive vs Additive – A Complete Comparison Guide – AnyPCBA

A comprehensive comparison of subtractive and additive PCB manufacturing processes. Learn about technical principles, cost structures, application scenarios, and how to choose the right process for your project.

2026.08.28

8-Layer PCB Lamination Technology Guide – Stackup, Materials & Process Control – AnyPCBA

An in-depth technical guide to 8-layer PCB lamination technology. Covers stackup design, material selection (Rogers, FR-4), lamination parameters, and manufacturing control for high-reliability applications.

2026.08.27

AI-Driven PCB Price Surge: 300% Increases and Orders Through 2027 – AnyPCBA

AI server demand is driving PCB prices up 300%+ with orders booked through 2027. Learn what this means for hardware engineers, supply chains, and high-end PCB design.

2026.08.26

High-Speed PCB Design: Return Via Placement for Signal Layer Transitions – AnyPCBA

Learn why return vias must be placed close to signal vias during layer transitions in high-speed PCB design. This guide covers loop inductance, reference plane changes, and practical layout review steps.

2026.08.26

CoWoS Advanced Packaging and PCB Design – What Hardware Engineers Need to Know – AnyPCBA

TSMC's 5.5x reticle CoWoS packaging achieves 98-99% yield, but what does this mean for PCB design? This article explores the impact of advanced packaging on PCB layout, materials, and manufacturing.

2026.08.25