Coaxial cable Rangeful FME Male to FME Female RG58 50 Ω 5 m

Rangeful coaxial cable with FME male to FME female connectors is a 5 m RF patch cable built on RG58 coaxial core with 50 Ω impedance. It provides a flexible, shielded transmission line for connecting devices that use FME terminations. The cable is intended to carry RF signals between antennas, wireless routers, modems and test equipment where an FME male-to-female connection is required, offering a balance of mechanical flexibility and electrical performance for both temporary and semi-permanent installations.

Advantages

The cable combines RG58 construction with FME male and FME female terminations to ensure consistent 50 Ω matching and low signal reflection. Its flexible jacket and moderate diameter make routing through equipment racks and vehicle installations straightforward. The FME connectors provide secure screw-on coupling with compact profiles that minimize strain on connected devices. Shielding reduces susceptibility to external interference, supporting stable RF performance across typical VHF/UHF ranges used in mobile and stationary applications.

Suitable for

• Connecting external antennas to routers, modems and mobile terminals
• Laboratory and field test setups where a short, flexible RF link is required
• Vehicle installations and antenna extensions with limited routing space
• Temporary links in amateur radio and short-range wireless systems

Key specifications

• Cable type: RG58 coaxial
• Characteristic impedance: 50 Ω
• Length: 5 m
• Connector A: FME male
• Connector B: FME female
• Construction: flexible jacket with braided shielding

How to use

Connect the FME male connector to the corresponding FME female socket by aligning and tightening the screw-on coupling until secure; do not force beyond normal hand-tight torque. Route the 5 m coaxial cable avoiding sharp bends (maintain bend radius recommended for RG58) and kinks to preserve impedance and shielding. For outdoor or vehicle use, ensure connectors are protected from moisture and mechanical strain with appropriate boots or sealing tape. Inspect connections periodically for wear or corrosion and replace the cable if the jacket or connectors show damage.

Usage recommendations

For best RF performance, keep cable length as short as practical for your layout, avoid running parallel to power lines to reduce interference, and use quality grounding and strain relief at connector junctions. In test setups, verify continuity and SWR where applicable after installation.