RF Venue RG8X10 | 10ft Premium Low-Loss Coaxial Cable with BNC Connectors

RF VENUE RG8X10  (RF Venue RG-8X10)

Reliable RF Coaxial Cable for Wireless Audio Systems

The RF Venue RG8X10 is a professional-grade, low-loss 10-foot coaxial cable designed specifically for wireless audio applications. With BNC male connectors and a double-shielded braid-over-foil design, this USA-made cable delivers clean and consistent signal transmission with minimal loss, making it ideal for use with wireless microphone systems, antenna combiners, IEM systems, and more.

RF Venue RG8X10 Competitive Differences

• 10-foot (3 meter) length ideal for rack-to-antenna or system-to-system connections
• Low-loss 50Ω RG8X coaxial cable for optimal RF performance
• Double-shielded (braid over foil) for superior interference protection
• Factory-terminated BNC male connectors ensure reliable, secure connections
• Each cable is quality tested on calibrated Agilent network analyzers

RF Venue RG8X10 Description

Even the best wireless systems can underperform without proper cabling. The RG8X10 coaxial cable from RF Venue provides the reliable link between your wireless antennas and receivers or combiners. Engineered and assembled in the USA to exacting standards, it delivers low-loss signal transmission and robust physical durability, essential for maintaining wireless integrity in live sound, broadcast, installation, and touring environments. Whether used as part of a full RF Venue system or as an upgrade to an existing rig, the RG8X10 offers the perfect balance between flexibility and shielding performance. It’s built to withstand handling and routing in tight spaces while preserving signal clarity and preventing interference.

RG8X10 Features

• 10 ft (3 m) cable length
• 50Ω impedance
• RG8X low-loss coaxial design
• Double-shielded (braid over foil) for RF noise rejection
• BNC male connectors (pre-installed)
• Custom manufactured in the USA
• Individually tested for quality and performance

Ideal for wireless microphone systems, antenna combiners, IEM systems, and RF-over-fiber deployments.