Description 400 Series Coaxial Cable Jumper – N-Female to N-Female (Low-Loss RF Cable for Wireless Systems) The 400 Series Coaxial Cable Jumper with N-Female to N-Female connectors delivers professional-grade RF performance for demanding wireless infrastructure projects. Designed with low loss characteristics and rugged construction, this cable jumper provides reliable, high-integrity signal transmission between antennas, radios, surge protectors, and outdoor network equipment. Whether you’re deploying outdoor Wi-Fi, mesh backhaul links, point-to-point bridges, or antenna systems, this N-Female to N-Female cable offers consistent performance you can count on. Professional RF Performance You Can Trust Effective wireless installations require quality RF connections that preserve signal strength and minimize interference. This 400 Series coaxial cable jumper is engineered to: ✔ Maintain low attenuation across 2.4 GHz and 5 GHz bands ✔ Deliver superior shielding against noise and interference ✔ Provide secure, threaded connections that won’t loosen in outdoor environments ✔ Support high-frequency wireless and broadband applications From enterprise Wi-Fi networks to outdoor wireless bridges, this cable is a trusted choice for integrators and installers nationwide. Connector Configuration: N-Female to N-Female N-Female Connector (End A) – Rugged, threaded RF interface ideal for antennas, enclosure feed-throughs, and outdoor connectors N-Female Connector (End B) – Matches N-Male ports on access points, surge protectors, radios, and RF equipment The symmetrical N-Female to N-Female configuration is ideal when connecting two male N-terminated devices using an intermediary jumper — commonly seen in outdoor wireless systems. Technical Specifications Specification Description Cable Type 400 Series Low-Loss Coaxial Cable Impedance 50 Ohm Connector A N-Female Connector B N-Female Shielding High-grade dual/quad shielding Frequency Range 2.4 GHz, 5 GHz, sub-6 GHz broadband Jacket Material Flexible, weather-resistant PVC/PE VSWR Low VSWR for efficient RF transmission Application Outdoor wireless, antenna connections, RF systems RoHS Compliant Yes Ideal Use Cases This coax jumper is built for both professional and advanced wireless deployments, including: Outdoor Wi-Fi access point and antenna hookups Mesh network backhaul links Point-to-point and point-to-multipoint bridges Antenna to PoE surge protector links Wireless ISP (WISP) infrastructure Industrial and campus wireless systems Why 400 Series Matters for RF Signals Much like thicker cable series, the 400 Series coaxial design strikes a balance between flexibility and performance that is ideal for wireless systems: ✔ Lower signal loss than RG58 and similar cables ✔ Improved shielding to reduce electromagnetic interference (EMI) ✔ Threaded N-Female connectors that maintain mechanical and electrical integrity ✔ Suitability for high-frequency RF systems such as 2.4 GHz and 5 GHz wireless networks These characteristics make the 400 Series an excellent choice when your system depends on reliable connectivity and consistent throughput. Built for Wireless Professionals This cable jumper is often specified by: Network integrators WISP installers Security system installers Enterprise Wi-Fi architects Outdoor and industrial wireless deployments It’s a go-to RF jumper for applications where performance and reliability matter. Why Purchase From GNS Wireless? When you choose GNS Wireless, you get more than just components — you get: Expertise in outdoor wireless systems Product testing and performance validation Compatibility guidance and support Access to complete wireless solutions (antennas, surge protectors, enclosures) Fast service and knowledgeable technical support Ready for Reliable RF Connections? Add the 400 Series N-Female to N-Female Coaxial Cable Jumper to your cart today — and ensure your wireless network performs at its best. Have questions about compatibility, lengths, or system design? Contact our team of wireless specialists for expert guidance. �� Order Now �� Request Custom Lengths �� Speak to an Expert
