RPN Connectors For Flexible Cable Manufacturer
Product Overview
The RPN flexible cable connector terminates standard and large-diameter flexible coaxial cables to the reverse-polarity N-type interface for outdoor WLAN access point antenna cables, wireless bridge feeder connections, and high-power WLAN infrastructure antenna assemblies where N-type's weatherproof, high-power capable interface is required with RP polarity protection.
Key Features
N-type threaded coupling with reversed center conductor gender providing weatherproof RP interface for outdoor WLAN equipment
Crimp, clamp, and solder termination options for the range of flexible coaxial cable types used in outdoor WLAN antenna assemblies
50 Ω matched impedance and low insertion loss across 2.4 GHz, 5 GHz, and 6 GHz WLAN frequency bands
Weatherproof all-metal body suitable for direct outdoor installation without additional protective housing
High RF power handling appropriate for the elevated transmit power levels of outdoor WLAN access points and bridges
Corrosion-resistant plating for long-term outdoor exposure on rooftop, pole, and tower installations
Straight and right-angle configurations for flexible antenna cable routing on outdoor equipment
RoHS-compliant
Typical Applications
Outdoor WLAN access point and mesh network node antenna cable connections
Point-to-point and point-to-multipoint wireless bridge antenna feed cables
High-power outdoor Wi-Fi antenna assembly terminations
Outdoor wireless repeater and signal booster antenna cable connections
CBRS and private LTE small-cell outdoor antenna cable assemblies
FAQ
Q: Why use RPN instead of standard N-type for outdoor WLAN applications?
A: When the WLAN equipment manufacturer has specified RP-N interfaces on their hardware — common in outdoor access points and bridges to enforce RP segregation — RPN cable connectors are required; using standard N connectors would physically prevent connection to the
RP-N equipment ports.
Q: Are your RPN connectors rated for long-term outdoor UV exposure?
A: Our RPN connectors use UV-stable plating and all-metal construction with no plastic body components that would degrade under UV exposure; they are suitable for long-term outdoor installation on rooftop and pole-mounted equipment.

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