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In-Depth Guide to PCB Material Selection: Balancing High-Frequency, High-Speed, Thermal Resistance, and Manufacturability

In-Depth Guide to PCB Material Selection: Balancing High-Frequency, High-Speed, Thermal Resistance, and Manufacturability

With the rapid development of high-speed interconnects, 5G communication, AI servers, and optical modules, PCB design is no longer simply a matter of “choosing the best material if the budget allow...

High-Frequency and High-Speed PCB Material Selection Guide: RO4350B, Megtron 6, TU-872

High-Frequency and High-Speed PCB Material Selection Guide: RO4350B, Megtron 6, TU-872


With the rapid development of 5G, AI servers, optical modules, and data center switches, PCB material performance—particularly in terms of loss, stability, and manufacturability—has be...

High-Speed Signal Return Path Design: The 6 Most Overlooked Critical Issues by Engineers

High-Speed Signal Return Path Design: The 6 Most Overlooked Critical Issues by Engineers


In high-speed and high-frequency PCB design, many engineers focus on trace width, impedance, and differential spacing, yet overlook a more critical factor — the continuity of the retur...

10 Common Cost Traps in HDI PCB Design

10 Common Cost Traps in HDI PCB Design

In HDI PCB prototyping and mass production, more than 70% of rework, delays, and additional costs come from insufficient consideration of manufacturing capabilities during the design stage. B...

Seven Impedance Pitfalls Commonly Found in High-Speed and High-Frequency PCB Designs

Seven Impedance Pitfalls Commonly Found in High-Speed and High-Frequency PCB Designs


1. Ignoring the Actual Copper Thickness (Including Plating Growth) The finished copper thickness is often much higher than the nominal value, and outer-layer plating has a major ...