Coaxial cable Rangeful SMA Male to SMA Female RG58 50 Ω, 10 m

Rangeful 10 m coaxial cable with SMA male to SMA female connectors uses RG58 50 Ω construction to provide a flexible link for RF signal transmission. The cable is intended for antenna connections, radio equipment, modems and test setups where a 50-ohm impedance and SMA interfaces are required. The 10-meter length allows placement of antennas or measurement equipment at a distance from the device while maintaining consistent signal characteristics across the run.

Advantages

This RG58 coaxial assembly combines standard 50 Ω impedance with SMA male-to-female terminations to ensure compatibility with a wide range of RF devices and accessories. The cable offers flexibility suitable for routing in test benches and installations without excessive stiffness. SMA connectors provide reliable threaded coupling for secure mechanical and electrical contact, and the cable's construction supports typical RF frequency ranges used in amateur radio, wireless networking and instrumentation.

Suitable for

• Antenna connections for radio equipment and receivers
• Laboratory and test bench RF signal routing
• Modems, routers and wireless devices with SMA ports
• Temporary installations where a 10 m flexible lead is needed

Key specifications

• Cable type: RG58 coaxial
• Characteristic impedance: 50 Ω
• Connector A: SMA male (threaded)
• Connector B: SMA female (threaded)
• Length: 10 m
• Construction: flexible jacket suitable for indoor and controlled-environment routing

How to use

Connect the SMA male end to the device requiring an external antenna or RF input and secure the SMA female end to the antenna or measurement instrument, ensuring threaded coupling is hand-tightened for reliable contact. Route the cable to avoid sharp bends and heavy compression; maintain gentle bend radii consistent with RG58 construction to preserve impedance and limit signal loss. For test setups, label each end to prevent accidental disconnects and verify continuity with an RF analyzer or continuity tester before finalizing the installation.

Usage recommendations

Use the cable indoors or in sheltered environments to avoid prolonged exposure to moisture and UV. Avoid routing near large sources of electrical interference and minimize connector torque beyond hand-tight to prevent damage. For high-frequency critical measurements, consider using short jumper leads or calibrated test cables to reduce loss; use this 10 m cable where distance and flexibility are required.