Kramer Electronics 95-1211035 Xlr Quad Cable Male Female 35 Ft

Product Description

The KRAMER ELECTRONICS 95-1211035 is an XLR quad cable with a male-to-female connector configuration and a 35-foot length. Quad cables use four internal conductors arranged in a star-quad geometry, which provides superior common-mode noise rejection compared to standard two-conductor balanced cables. This design makes the 95-1211035 well suited for environments with high electromagnetic interference. The cable is sold as a single unit and is used to carry balanced analog audio signals between professional AV and signal processing equipment.

This cable is used in professional AV installations where balanced audio signal integrity is critical. Typical applications include connecting microphones, preamps, mixing consoles, signal processors, and other balanced-line equipment. The male-to-female XLR termination is the standard configuration for microphone and line-level signal routing. It is commonly installed in permanent AV systems in commercial venues, houses of worship, broadcast environments, and touring audio rigs where long cable runs are required and noise pickup must be minimized.

Key Features

• Star-quad internal conductor geometry for enhanced rejection of electromagnetic and radio-frequency interference
• Male XLR to female XLR termination for standard balanced audio signal routing
• 35-foot length suitable for long cable runs between rack-mounted and stage equipment
• Carries balanced analog audio signals for noise-free transmission in professional AV systems
• Sold as a single cable unit for targeted replacement or system expansion

Compatibility

Designed for use with professional AV signal processing equipment that accepts standard 3-pin XLR balanced audio connections.

Installation Notes

Installation is performed by professional AV integrators or audio technicians. Power down or mute connected equipment before plugging or unplugging XLR connectors to prevent signal pops that can damage downstream speakers or amplifiers. Route cables away from AC power lines and high-voltage conduit to preserve the noise-rejection benefit of the quad geometry. Inspect connector shells and locking collars at installation to confirm positive engagement before system commissioning.