Flexi RF Inc | WSMP Adapter | G3PO, SMPS, MicroSMP and WSMP Adapters

A WSMP adapter is part of a family of ultra-miniature RF interfaces built for compact, high-density board-to-board and blind-mate use. It uses a snap-on mating action instead of threads, so connections go together fast and hold up through repeated use. Gold-plated contacts help keep VSWR low and insertion loss small. Explore the WSMP adapter range from Flexi RF Inc, made for satellite communication systems, phased array modules, and dense RF test setups. Read more: https://flexirf.com/collections/g3po-adapters
Flexi RF Inc | WSMP Adapter | G3PO, SMPS, MicroSMP and WSMP Adapters A WSMP adapter is part of a family of ultra-miniature RF interfaces built for compact, high-density board-to-board and blind-mate use. It uses a snap-on mating action instead of threads, so connections go together fast and hold up through repeated use. Gold-plated contacts help keep VSWR low and insertion loss small. Explore the WSMP adapter range from Flexi RF Inc, made for satellite communication systems, phased array modules, and dense RF test setups. Read more: https://flexirf.com/collections/g3po-adapters
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G3PO Adapters
Flexi RF offers an elite selection of ultra-miniature interconnect solutions, featuring the high-precision G3PO adapter designed for the most demanding high-density environments. Also known as the SMPS adapter, these components are approximately 45% smaller than standard SMP designs and 30% smaller than the MicroSMP adapter, making them the industry standard for high-speed board-to-board and blind-mate applications. Our collection provides a wide choice of WSMP adapter designs that handle frequency ranges from DC to 65 GHz and beyond, offering superior signal integrity with a dependable snap-on mating mechanism. Each adapter is designed with gold-plated beryllium-copper contacts that ensure low VSWR and minimal insertion loss over thousands of mating cycles. Whether you're switching from G3PO to 2.4mm, 2.92mm, or SMA interfaces, Flexi RF has the ruggedized, space-saving hardware you need for next-generation satellite communications and advanced millimeter-wave testing.
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