Expert insights, guides, and engineering resources to help you design reliable connections for any application.
Compare SlimStack and SEARAY by pitch, stack height, I/O density, high-speed architecture, and application fit, then evaluate connector alternatives.
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A wide-temperature USB connector is not just a standard connector with a wider number printed on the datasheet. At low temperature, plastics, plating, and solder joints become less forgiving. At high...
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A stacked USB connector is an elegant way to put two ports into a narrow panel space. It is also a part that can create signal-integrity, mechanical, and thermal tradeoffs if it is selected only for...
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USB was not created as a high-vibration interface. It works well in stationary electronics, but the same connector can become unreliable on a DIN-rail controller, a vehicle gateway, a rail cabinet,...
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Two USB ports on an IoT gateway are usually not “extra I/O.” In most field products, each port has a job: one is reserved for service access, one is used for storage, a modem, commissioning, or...
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A stacked USB connector can be a good fit for medical equipment, but it does not make a device “IEC 60601 compliant” by itself. IEC 60601 compliance is evaluated at the device level. The connector...
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A complete guide to locking USB connector retention mechanisms — screw-lock, push-pull, snap-latch, and bayonet — covering retention force ratings, mating cycle durability, and selection criteria for medical, industrial automation, automotive, and server applications.
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Complete guide to data center server connectors — USB, RJ45, management ports, BMC, IPMI, stacked connectors, and edge data center requirements. Selection checklist included.
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A platform engineer's reference to server BMC USB connector requirements across ASPEED AST2500, AST2600, and AST2700 chip generations. Covers internal USB DOM headers, rear-panel connector selection, and stacked USB+RJ45 for data center 1U and 2U server I/O panels.
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USB 3.2 Gen 1 vs Gen 2 vs Gen 2x2 compared. Learn data rates, connector types, cable requirements, naming history, and how to identify your port's speed.
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