New bulkhead RF connectors for micro-coax cable support routing, mounting, and signal transmission in GPS, wireless communication, and IoT applications.
Amphenol RF’s MCX and MMCX bulkhead connectors for 0.81 mm micro-coax cable are built for engineers and manufacturers who need reliable RF connectivity in tight, high-density designs. Designed for applications such as GPS receivers, wireless communication systems, and IoT devices, these connectors make it easier to route signal paths through compact enclosures while maintaining strong mechanical stability and signal integrity.
The connectors use a rear-mount bulkhead design, allowing them to be installed from inside an enclosure for a more secure fit. This mounting style improves durability by reducing the risk of loosening or damage from vibration, movement, or exposure to harsh outdoor conditions. For equipment deployed in demanding environments, this added mechanical support can improve long-term performance and reliability.
Built with nickel-plated brass bodies and gold-plated beryllium copper contacts, the connectors are designed to withstand a wide operating temperature range while maintaining dependable electrical performance. The material combination provides corrosion resistance, durability, and stable signal transmission, which is critical for RF-based systems where performance consistency matters.
When paired with 0.81 mm micro-coax cable, the connectors offer greater routing flexibility compared to larger cable assemblies. This allows design teams to optimize internal layouts, reduce space requirements, and integrate antennas or RF modules more efficiently in compact devices. For OEMs and system integrators, that flexibility can simplify design challenges and support faster product development.
As electronic systems continue to shrink while adding more functionality, compact interconnect solutions like these are becoming increasingly important. By expanding its MCX and MMCX product range, Amphenol RF is addressing the growing demand for smaller, more adaptable RF connectivity options in next-generation designs.
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