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Rugged High Speed Connectors: Designing Reliable Multi‑Gigabit Links for Harsh Environments 2026-01-13 Blog Richmon Multi‑gigabit links are now required far beyond the data center. From autonomous...
Robotic Knights Need Rugged Interconnects: Designing Connectors for Harsh‑Environment Robots 2026-01-08 Blog Richmon Industrial and defense robots are no longer limited to clean and stable factory...
Slim, High-Density Connectors: New Stack Heights and Pin Counts 2026-01-08 Blog Richmon As electronic devices become thinner, faster, and more functionally integrated, board-to-board connectors must...
PCI Express: Is 85 Ohms Really Needed, or Just a Myth? Here’s What Engineers Should Know 2025-01-08 Blog Richmon PCI Express system design often centers around a specific number: 85 Ohms. It’s in the...
Why Low Level Contact Resistance (LLCR) Matters for Connector Reliability – A Must-Know for Every Engineer 2026-01-07 Blog Richmon You may not see it. You may not feel it.But Low Level Contact...
Dissimilar Metals and the Risk of Galvanic Corrosion in Mating Connectors – 7 Design Pitfalls and How to Avoid Them 2026-01-06 Blog Richmon One faulty connection. One corroded contact. That’s...
What Plating Option Is Best For My Connector? – Cost vs. Performance Breakdown for Engineers 2026-01-07 Blog Richmon Choosing the right plating option for your connector affects reliability, signal...
Latest Blog
- Sourcing High-Speed Connectors for Core Network Switches in 2026
- Board-to-Board Interconnects for Modular Switch Architectures
- Connector Reliability in Enterprise Networking Hardware: What to Verify
- High-Density Stacking Connectors for 48-Port Ethernet Switches
- Networking Switch PCB Layout: Board-to-Board Connector Placement Best Practices
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