Expert insights, guides, and engineering resources to help you design reliable connections for any application.
High-Speed Board-to-Board Connector Design Guide A connector does not become “high-speed” because it has fine pitch. High-speed performance comes from a controlled contact/ground architecture, a repeatable PCB launch and measured channel data. The correct selection process starts with the interface and channel budget, then evaluates the connector’s S-parameters, pin map, stack height and breakout geometry. […]
Read More →
Key practices for designing and building cable assemblies that stand up to real-world conditions.
Read More →
"UL Listed vs cULus vs UR vs cUR — what each certification really means for terminal blocks shipped to the US and Canada. Avoid customs holds and OEM rejections."
Read More →
Understand IP ratings and how they affect connector reliability.
Read More →
A step-by-step guide to selecting sealed connectors for harsh industrial environments.
Read More →
Most USB connectors live in comfortable environments — offices, living rooms, server rooms where temperature and humidity are controlled. Stacked USB connectors in industrial and outdoor applications
Read More →
A good stacked USB connector from a reputable manufacturer handles the signal integrity inside the connector body. But everything that happens on your PCB — from the connector pad to the PHY chip — is
Read More →
If you're laying out a PCB with a stacked USB connector, the footprint is the first thing you need to get right — and the last thing you want to debug after the boards come back. A misaligned footprin
Read More →
When you're sourcing stacked USB connectors at production volumes, the choice between a catalog distributor and a direct manufacturer changes the economics of your entire product. A distributor gives
Read More →
If you've ever opened up a desktop PC, a medical monitor, or an industrial control panel and noticed two USB ports stacked vertically on the same connector body — that's a stacked USB connector. It's
Read More →