Product Overview

The Kopul XRSM 3-Pin XLR Female to 3.5mm Right-Angle Stereo Mini-Plug Cable delivers exceptional audio quality and unparalleled versatility. Measuring 3 feet in length, this cable is designed to connect professional-quality microphones to the stereo mini-plug inputs of camcorders, DSLR cameras, and audio recorders. With its robust construction and high-quality components, it ensures reliable performance in any recording situation.

Technical Specifications

Benefits

• Noise Reduction: The cable’s copper spiral shielding provides over 90% coverage, effectively rejecting radio frequency (RF) and electromagnetic (EM) interference, ensuring clean audio signals.
• Durability: Featuring molded strain relief on the mini-plug and a chuck-style strain relief on the XLR connector, this cable is built to withstand rigorous use while maintaining signal integrity.
• Versatility: Compatible with both dynamic and self-powered XLR condenser microphones, making it ideal for a wide range of audio applications.

Authentic Use Cases

Whether you’re recording podcasts, interviews, or capturing audio for video projects, the Kopul XRSM cable excels in delivering studio-quality sound. Its compact size and right-angle connector make it easy to use in tight spaces, while its robust construction ensures longevity.

Frequently Asked Questions

• Can this cable be used with a condenser microphone?
  Yes, it’s compatible with both dynamic mics and self-powered XLR condenser microphones.
• How does the right-angle connector help?
  The right-angle design helps save space and reduces stress on the connector, making it ideal for crowded setups.
• Is this cable suitable for outdoor recording?
  Yes, its durable construction makes it suitable for various environments, including outdoor recording sessions.

Unique Features

The Kopul XRSM cable stands out with its gold-plated connectors, which enhance signal transfer and ensure a clear, uninterrupted audio experience. Its oxygen-free copper conductors are specifically designed to minimize attenuation, providing high fidelity audio for any recording scenario.