MX SMB Male To N Female Connector MX-2621

MX SMB Male To N Female Connector MX-2621

Engineered for high-frequency, high-integrity RF signal transmission, the MX SMB Male To N Female Connector MX-2621 is a robust, versatile, and compact adaptor designed to meet the demanding requirements of professional communication, instrumentation, and RF system applications. Whether you are working with broadcast systems, test labs, or mission-critical telecommunications, this connector delivers exceptional reliability, frequency range, and mechanical durability.

One of the key features of the MX-2621 is its gold-plated pins, which provide superior conductivity and ensure optimal signal flow. Gold, known for its excellent electrical properties and resistance to corrosion, minimizes signal loss and maintains consistent contact over time. This makes the MX-2621 an ideal choice for environments where stable signal transmission and low resistance are essential, even under extended use or harsh environmental conditions.

The adaptor leverages a threaded RF connector on the N Female side, providing a secure and reliable joint for coaxial cable connections. This design ensures strong mechanical engagement between components, reducing the risk of disconnection due to movement or vibration. The MX N connector is well-regarded for its durability and performance, making it suitable for both stationary systems and mobile RF applications, including automotive, aerospace, and military-grade communication equipment.

Designed for flexibility and compatibility, the MX SMB Connector offers an impressive frequency response capability, enabling it to function effectively across a broad spectrum of frequencies. The SMB male side supports signals up to 4 GHz, making it suitable for a wide array of applications including wireless communication systems, RF signal analyzers, and digital broadcasting.

In addition, the MX N type connector included in this adaptor brings high-frequency handling capabilities, allowing it to support signals up to 11 GHz. This extended bandwidth makes the MX-2621 a reliable component in advanced RF environments such as radar systems, satellite communications, and high-frequency instrumentation. Whether used in lab testing or field deployment, this adaptor ensures accurate signal delivery without compromising integrity.

Specially tailored for RF signal interconnections, the MX SMB Male To N Female Connector bridges the gap between different connector formats, allowing seamless integration between devices and systems using SMB and N-type interfaces. Its compact design on the SMB side offers space efficiency, making it suitable for densely packed circuit boards or equipment panels, while the N Female side provides robust physical support and long-term performance.

The adaptor also includes a threaded coupling nut, which plays a critical role in securing the connector to its mating counterpart. This feature adds an extra layer of mechanical stability, preventing loosening and maintaining the integrity of the signal path. This added security ensures the adaptor remains firmly connected even under physical stress, such as in vibration-heavy or mobile environments.

Manufactured with high-grade materials and precise engineering, the MX-2621 is not only built for performance but also for longevity. Whether integrated into RF distribution panels, used in lab setups, or deployed in communication infrastructure, it withstands repeated use and ensures reliable, interference-free connections throughout its lifespan.

In conclusion, the MX SMB Male To N Female Connector MX-2621 offers a compact yet high-performing solution for bridging SMB and N-type RF interfaces. With gold-plated pins for enhanced conductivity, a threaded RF connector for secure cable connections, broad frequency response up to 4 GHz (SMB), and high-frequency handling up to 11 GHz (N type), this adaptor is ideal for RF professionals and engineers who demand precision, reliability, and versatility. The threaded coupling nut further strengthens its mechanical integrity, making it the perfect choice for stable and long-lasting RF signal interconnections across industries.