Coaxial cable Rangeful RG58/U 50Ω 10 m — RP‑SMA male to N male

Coaxial cable Rangeful RG58/U 50Ω 10 m — RP‑SMA male to N male is a 10‑meter RF lead constructed on RG58/U dielectric with a nominal impedance of 50 ohms. The cable is fitted with an RP‑SMA male connector at one end and an N‑type male connector at the other, providing compatibility between equipment using these common RF interfaces. It is intended for general-purpose RF signal transmission where a flexible coaxial line and standard connector types are required.

Advantages

The cable provides consistent 50Ω impedance along its length to minimise reflections in RF systems and supports reliable signal continuity between RP‑SMA and N‑type interfaces. Its RG58/U construction balances flexibility and mechanical stability for routing in confined spaces while maintaining adequate shielding for many radio frequency applications. The use of standard connectors simplifies integration with antennas, radios, and test instruments without the need for adapters.

Suitable for

• Connecting antennas to radio transceivers with RP‑SMA or N interfaces
• Linking test equipment and measurement devices in RF laboratories
• Temporary or permanent installations requiring a 10 m 50Ω lead
• Amateur radio setups, base station equipment, and wireless network devices

Key specifications

• Cable type: RG58/U coaxial
• Characteristic impedance: 50 Ω
• Length: 10 m
• Connector A: RP‑SMA male
• Connector B: N male
• Flexible construction suitable for installations with moderate bending
• Typical use: RF signal transmission in VHF/UHF and similar frequency ranges (subject to system limits)

How to use

Inspect connector threads and mating surfaces before connection to ensure clean, undamaged interfaces. Align the RP‑SMA male and N male connectors with the corresponding female connectors on your devices and engage by hand; do not cross‑thread. Tighten finger‑tight and, where applicable, finish tightening to the manufacturer’s recommended torque using suitable tools to ensure a secure mechanical and electrical connection. Route the cable to avoid sharp bends, kinks, or crushing points that could degrade impedance or shielding effectiveness.

Usage recommendations

For best performance, avoid running the cable parallel to high‑power mains or large current‑carrying conductors to reduce potential interference. Use proper strain relief at connector ends for permanent installations, and periodically check connections for corrosion or looseness. Verify system SWR or return loss where critical to confirm impedance matching and minimise signal loss.