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中文简体RPMMCX Connectors For Flexible Cable Manufacturer
Product Overview
The RPMMCX flexible cable connector terminates ultra-miniature coaxial cables to the reverse-polarity MMCX interface for the most space-constrained WLAN and IoT antenna pigtail connections, where MMCX's ultra-compact snap-lock body delivers RP interface segregation in a footprint smaller than any threaded RF connector alternative.
Key Features
Ultra-miniature MMCX body — the smallest snap-lock RF interface — with reversed center conductor gender per RP convention
Snap-on mating mechanism enabling fast, tool-free antenna cable connection in ultra-compact device enclosures
Crimp termination for ultra-miniature coaxial cables used in embedded WLAN and wearable IoT antenna assemblies
50 Ω impedance for transparent integration into WLAN and Bluetooth RF signal paths
Low-mass connector body minimizing mechanical load on ultra-miniature device antenna ports
Gold-plated contacts maintaining reliable connection in miniaturized high-density antenna array boards
Straight body orientation standard; right-angle available for PCB-edge antenna routing
RoHS-compliant
Typical Applications
Embedded WLAN module internal antenna pigtail connections on laptop and tablet mainboards
Wearable IoT device ultra-miniature antenna cable assemblies
M2M communication module antenna connections in industrial IoT equipment
Miniaturized wireless sensor node antenna pigtail assemblies
Compact Bluetooth and Zigbee module antenna cable connections
FAQ
Q: What is the difference between RPMMCX and RPMCX?
A: RPMMCX uses the MMCX ultra-miniature body — smaller and lighter than MCX — making it the choice for the most space- and weight-constrained applications such as laptop embedded WLAN modules and wearable devices, while RPMCX suits slightly less constrained IoT gateway and compact router applications.
Q: Can RPMMCX connectors handle 5 GHz Wi-Fi frequencies?
A: Yes — the MMCX interface operates comfortably through 5 GHz and beyond, covering both 2.4 GHz and 5 GHz Wi-Fi bands in a single connector format; please confirm your frequency requirement with our team for specific insertion loss data.
