2.4mm Female to GPPO Mini-SMP Female Adapter | DC-50GHz
The Mini-SMP adapter connects a 2.4mm female interface to a GPPO Mini-SMP female connector, covering a frequency range from DC to 50 GHz. Its compact, snap-on design makes it well suited for high-density board layouts and blind-mate applications where space is limited. Built with gold-plated contacts and a stainless steel body, it maintains low insertion loss and stable VSWR across repeated mating cycles.
This Mini-SMP adapter is a practical choice for satellite communication systems, phased array modules, and millimeter wave test setups that need a reliable transition between standard coaxial and miniature interfaces. Flexi RF Inc ships all orders the same day, with support from experienced RF engineers to help confirm the right configuration. Read more: https://flexirf.com/products/2....-4mm-female-to-gppo-

**1.85mm DC Block for RF Signal Isolation up to 67 GHz**

Protect sensitive RF components by blocking DC while maintaining clean signal transmission with a precision 1.85mm DC Block from Flexi RF Inc. Engineered for low insertion loss across 10 MHz to 67 GHz microwave applications.

https://flexirf.com/products/d....c-block-on-inner-con

Reliable RF systems depend on accurate interfaces that protect signal quality at every connection point. An SMPS adapter is a critical component in maintaining stable electrical performance across testing, measurement, and integration environments. At high frequencies, even minor mechanical variations can affect results, which is why carefully engineered adapters matter. For more info - https://pdfhost.io/v/FVMLUPqQW....a_Precision_RF_Conne

The horn antenna is popular for the transmission and reception of microwave signals in testing, communication, and measurement systems. It operates by directing electromagnetic waves in a flared metal waveguide, which is effective in converting energy in a waveguide to radiation in free space. The design minimizes loss and distortion, making it suitable in situations where accuracy and gain are key considerations. For more info - https://shorturl.at/GW3gd