MX SMA Male To SMA Male Connector MX-1363

MX SMA Male To SMA Male Connector MX-1363

– High-Fidelity RF Cable Jointer for Robust Signal Transmission

The MX SMA Male to SMA Male Connector MX-1363 is a compact, high-performance cable jointer designed to connect two SMA female interfaces with maximum electrical integrity and mechanical security. As part of MX’s premium series of RF interconnect solutions, this MX SMA Male to SMA Male Connector is ideal for a variety of applications where signal clarity, connection stability, and structural durability are paramount.

This specialized connector type—a male-to-male SMA cable jointer—serves as a reliable bridge between devices or cables requiring extended reach or adaptation. Whether you’re working with RF test equipment, wireless infrastructure, antenna systems, or advanced IoT modules, the MX-1363 provides a direct and efficient link with minimal signal degradation.

Central to its design is the threaded coupling interface, a critical feature that ensures a secure connection between mating SMA female connectors. Once engaged, the thread-locking mechanism creates a tight, reliable fit that won’t de-couple—even under conditions of constant vibration or repeated movement. This makes the MX SMA Male to SMA Male Connector Cable Jointer especially suitable for mobile communication units, field-deployable gear, automotive RF installations, and other dynamic environments.

The MX-1363 also features a threaded coupling nut on both ends of the jointer, adding an additional layer of mechanical stability. These nuts help maintain tension between connected interfaces, preventing signal interruptions or physical disconnects caused by external forces. The enhanced physical lock guarantees continuous signal flow and improves long-term connector durability.

From an electrical standpoint, the MX SMA Male to SMA Male Connector Cable Jointer is built for performance. It ensures a clean connection between devices, supporting strong and reliable signal transmission across the frequency spectrum. The connector is designed to minimize insertion loss and return loss, which are critical in preserving signal integrity—especially in high-frequency and low-noise systems where even minor interference can impact performance.

The internal build of the MX-1363 incorporates high-quality materials that offer superior signal conduction and resistance to environmental wear. Its insulation, centered around precision dielectric elements, maintains consistent impedance matching, which is essential for RF communication systems. While this model doesn’t include Teflon by default, it maintains MX’s standard of dielectric precision and mechanical reliability.

Another important advantage of this jointer is its Wi-Fi equipment compatibility. The MX SMA Male to SMA Male Connector is widely adopted by Wi-Fi equipment manufacturers who rely on SMA connectors to meet international performance benchmarks and adhere to specific local regulations governing wireless hardware. Whether used in commercial routers, repeaters, wireless antennas, or RF-based surveillance systems, the MX-1363 complies with industry standards and ensures seamless system integration.

Compact, efficient, and highly reliable, the MX SMA Male to SMA Male Connector Cable Jointer is ideal for RF enthusiasts, professionals, and manufacturers looking to extend or adapt SMA-based connections. Its rugged design and signal-centric engineering make it a must-have accessory in any RF toolkit, ensuring quick installation and consistent performance in the field or lab.

In summary, the MX SMA Male to SMA Male Connector MX-1363 provides a robust and versatile interconnect solution, ideal for both temporary setups and permanent installations. With its threaded coupling interface, threaded coupling nut, and clean connection capabilities, it guarantees strong signal transmission and mechanical reliability across a broad range of use cases. Combined with proven Wi-Fi equipment compatibility, it remains a trusted choice for professionals seeking durable and precise RF connectivity.