Coaxial cable Rangeful FME Male to FME Male RG58/U 50 Ohm 10 m

Rangeful FME Male to FME Male RG58/U 50 Ohm 10 m is a 10-meter coaxial cable assembly designed for RF signal transmission in systems that require FME terminations. Built on RG58/U construction with a characteristic impedance of 50 ohms, this cable provides a flexible connection between radios, modems, and antenna systems over short to medium distances. The FME male connectors at both ends allow direct mating with FME-female sockets on antennas, adapters, and equipment panels while maintaining consistent impedance for reliable performance.

Advantages

The cable combines a widely used RG58/U dielectric and shielding design with compact FME male terminations to deliver predictable RF characteristics and ease of installation. Its 50 ohm impedance matches standard VHF/UHF radio and data equipment, reducing reflection losses when properly connected. The 10 m length offers sufficient reach for many indoor and outdoor installations while remaining flexible for routing through conduits or behind panels.

Suitable for

• Extending antenna feedlines for car, base station, or portable radio installations
• Connecting radio transceivers, modems, and tuners to FME-equipped antennas
• Temporary or permanent RF test setups and measurements
• Mobile communications where compact FME connectors are preferred

Key specifications

• Cable type: RG58/U coaxial
• Impedance: 50 Ohm
• Connector type (each end): FME male
• Length: 10 meters
• Typical use: RF signal transmission for VHF/UHF frequencies
• Construction: flexible jacket suitable for indoor routing and light outdoor use

How to use

Verify that both mating devices accept FME male connectors or use the appropriate adapter if necessary. Route the cable avoiding sharp bends and tight radii to maintain cable integrity and consistent impedance. Connect one FME male end to the antenna or adapter and the other to the radio, modem, or test instrument. Tighten fittings by hand or with a suitable wrench if required, taking care not to over-torque connectors. After installation, check signal levels and VSWR with appropriate test equipment to confirm proper performance.

Usage recommendations

For best results, keep cable runs as short as practical and avoid coiling excess length tightly. Protect outdoor sections from prolonged exposure to water and UV by using additional weatherproofing or routing through protective conduit. When used at higher frequencies, verify loss characteristics for your application and, if necessary, consider higher-grade low-loss cable for longer runs.