XRDS-RF RG-316 Coax Cable 50 ft – Flexible, Low-Loss RF Coax Cable, Brown

Overview

Discover the XRDS -RF RG-316 Coax Cable, a compact 50 ft coax designed for flexible routing and reliable performance in RF setups. The cable combines a very thin 0.1 inch diameter with durable internals, creating a lightweight option that’s easier to tuck into tight spaces without sacrificing signal integrity.

Key benefits at a glance

• Flexible and thin: a miniature RG-316 form factor that bends with ease, aiding discreet routing.
• Long reach: 50 feet of coax provides generous lay distance between equipment and antennas.
• Low loss, tight SWR: up to 6 GHz with attenuation ≤ 0.45 dB/ft at 3 GHz and VSWR ≤ 1.15.
• High-quality materials: silver-plated copper core and braid paired with a TEFLON jacket for durability and efficiency.
• Outdoor-ready: rugged jacket supports outdoor or harsh-environment use while maintaining flexibility.
• Easy to adapt: compatible with SMA connectors for straightforward antenna builds and expedient installations.

Real-world use cases

This cable is well-suited for building antenna runs, ham radio setups, and RF links that require a slim, flexible path from equipment to the antenna. It also suits Wi‑Fi backhaul, 4G LTE connections, and ADS‑B or balun interconnections where routing constraints matter.

• Antennas and baluns where space is constrained or routing must be tucked behind panels.
• VHF/UHF interconnections and compact links between transceivers and external antennas.
• Outdoor installations that benefit from a protective TEFLON jacket while maintaining ease of handling.

Tips for installation and performance

Plan routes to minimize sharp bends and avoid sharp edges that could wear the jacket. When crimping SMA connectors, ensure a snug, clean connection to help maintain signal quality. Remember that actual performance can vary with connectors, routing, and environmental factors.

What to expect

The RG-316 cable offers low signal loss over its length and practical flexibility for compact setups. You may notice smoother routing in confined spaces and reliable signal behavior across common RF bands, especially in short to medium runs with quality terminations.