Coaxial cable Rangeful RG58/U 50 Ω FME male to N male, 7 m

Rangeful RG58/U 50 Ω coaxial cable, 7 m long, fitted with an FME male connector at one end and an N male connector at the other. Designed for RF signal transmission where a compact FME interface must mate with a rugged N connector, this cable provides a short, low-loss link between antennas, radio transceivers and measurement equipment. The RG58/U dielectric and 50 Ω impedance make it compatible with typical VHF/UHF and cellular frequency ranges used in mobile broadband, telemetry and laboratory test setups.

Advantages

The cable combines the small footprint of an FME male connector with the mechanical strength and weather-resistant properties of an N male connector, enabling flexible installation in confined spaces while maintaining reliable external connections. The 7 m length offers a practical balance between reach and signal integrity for short runs, and the RG58/U construction ensures predictable characteristic impedance and consistent performance for RF systems operating at moderate frequencies.

Suitable for

• Antenna connections for mobile broadband and vehicle-mounted systems
• Connecting radio transceivers and base stations in short cable runs
• Laboratory and field test setups requiring matched 50 Ω cabling
• Telemetry and IoT gateways where a compact FME interface is preferred
• Temporary or permanent installations needing a durable N male external connection

Key specifications

• Cable type: RG58/U coaxial
• Characteristic impedance: 50 Ω
• Length: 7 meters
• Connector A: FME male
• Connector B: N male
• Typical use: RF signal transmission for VHF/UHF and cellular bands
• Construction: single coaxial conductor with dielectric and braided shield

How to use

Connect the FME male connector to the corresponding FME female port on the antenna or device, and secure the N male connector to the matching N female port on the transceiver, base station, or test instrument. Ensure threaded connections are hand-tight and not over-torqued; if used outdoors, check that connector mating surfaces are clean and, if required, sealed with appropriate weatherproofing materials. Route the cable to avoid sharp bends, kinks, and sources of excessive mechanical strain to preserve electrical performance.

Usage recommendations

For optimal RF performance, keep cable runs as short as practical, avoid tight bends (minimum bend radius based on cable construction), and periodically inspect connectors for corrosion or wear. When used in outdoor or vehicular environments, employ suitable sealing and strain relief to extend service life and maintain consistent signal transmission.