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Crosstalk Suppression Methods in High-Speed PCB Design
As high-speed digital designs become increasingly complex and compact, engineers face a critical challenge: crosstalk—an unwanted signal coupling between adjacent traces on a PCB. Crosstalk can distort signals, reduce system performance, and lead to costly EMI compliance failures. At SUNSOAR, our approach to high-speed PCB design emphasizes proven, engineering-first methods to suppress crosstalk and ensure signal integrity, even in the most demanding applications.
What Is Cr
Sunsoar engineer Mia
Jun 23 min read


5 Common PCB Design Mistakes That Could Be Costing You Time and Money
Designing a PCB isn’t just about getting the schematic right — it’s about ensuring your board is manufacturable, reliable, and...
SUNSOAR TE.
May 182 min read


High-Speed PCB Design: Optimizing Layer Stackup to Reduce Signal Loss
As electronic devices continue to demand faster speeds and higher frequencies, the importance of high-speed PCB design has never been...
Sunsoar engineer Mia
May 123 min read
Multilayer PCB vs Single/Double-Sided: How to Choose the Right Layer Count?
In today’s highly competitive electronics industry, PCB design choices can make or break the success of your product. One of the most...
Sunsoar engineer Mia
May 123 min read


PCB Material Comparison: FR4 vs High-Frequency vs Aluminum Base – Which is Best?
As electronics evolve toward faster speeds, smaller sizes, and higher power demands, choosing the right PCB material is no longer just an...
Sunsoar engineer Mia
May 123 min read
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