XRDS -RF SMA Male to SMA Male Cable – 6 inch, 4-Pack RG316 Coaxial

XRDS -RF SMA Male to SMA Male Coaxial Cable: Compact, Flexible, Reliable

Meet the XRDS -RF SMA Male to SMA Male coaxial cable set, designed for tight spaces and demanding setups. Each cable uses high-quality RG316 coax and maintains a 50 Ohm impedance, delivering a balance of flexibility and signal integrity. The 6-inch length and dual SMA male connectors make it a versatile choice for short-range links in compact environments.

Crafted with care, these cables feature a black heat-shrink tube and adhesive, creating solid, durable connections that stay in place under movement or vibration. This attention to construction helps reduce connector slack and improves overall reliability in everyday use, whether you are routing cables behind a router, within a rack, or between small devices in a vehicle or remote installation.

Key features

• Connector: SMA male; Cable Length: 6 inch; Quantity: 4 pieces; Impedance: 50 Ohm
• Made with RG316 coax for excellent flexibility and stable signal transmission
• Low loss design supports higher frequency use and longer transfers for short-range links
• Ideal for connecting SMA female adapters or SMA devices across networks, ADS-B, GPS, and more
• Black heat shrink and adhesive heat shrink connection to secure the assembly

Performance, use scenarios, and compatibility

These cables are suited for compact installations where space is restricted yet signal quality matters. The RG316 core supports reliable transmission at 50 Ohms, helping minimize reflections and loss in short runs. They pair well with SMA female adapters or SMA devices, making them a practical choice for a range of setups.

• ADS-B receivers, GPS antennas, WLAN and Wi-Fi configurations
• 3G/4G LTE antennas, radio transmitters, network mini-rigs
• Small form factor deployments where routing flexibility is a priority

While results can vary by environment and equipment, these cables offer a dependable option for organized, clutter-free cable management and a tidy signal path in compact spaces. They provide the potential for stable connections without promising guaranteed outcomes in every scenario.