XRDS - RF SMA Male to SMA Male Cable 15FT | 50 Ohm RG316 Low-Loss Extension for RTL-SDR, ADS-B & VNA

XRDS - RF SMA Male to SMA Male Cable: 15FT of Reliable RF Extension

The XRDS - RF SMA Male to SMA Male Cable is a purpose-built extension designed to help you position antennas, receivers, and test gear exactly where you need them. At 15 feet, this extension offers flexibility without forcing you to juggle multiple adapters. Built with a 50 ohm impedance and a copper-core RG316 exterior, it aims to preserve signal integrity across longer runs in real-world environments.

Key features at a glance

• Connector: SMA male; Cable Length: 15FT; Impedance: 50 Ohm
• Cable Type: RG316 coax with a pure copper inner conductor for flexibility and low loss
• Low-loss performance over longer distances, suitable for higher frequency use
• Heat shrink and lined adhesive fusion for durable, secure connections that resist detachment
• Versatile across networks and test setups, including LNA, RTL-SDR dongles, ADS-B receivers, VNA, spectrum analyzers, Wi‑Fi routers, GPS antennas, and more

Real-world uses and scenarios

In hobbyist labs or field setups, this cable helps you position an RTL-SDR dongle nearer to a window for better reception, or place an ADS-B antenna on a mast for wider sky coverage. It can also facilitate testing of routers and antennas at different heights to compare performance and signal behavior.

• Extend GPS or WLAN antennas to optimal spots for clearer reception and testing
• Connect a VNA or spectrum analyzer for bench work with minimal loss across common bands

Durability and build quality

The outer jacket employs heat shrink tubing and a lined adhesive approach to create solid, bonded joints that resist loosening. The RG316 design maintains flexibility in tight spaces while preserving impedance consistency for dependable results.

Why XRDS - RF

XRDS - RF focuses on practical RF accessories built for hobbyists and professionals. This SMA extension cable blends reliability with straightforward usability, helping you explore signals with greater confidence—while keeping expectations realistic about results.