Complete Audioquest Red River | Xlr Analog Interconnect Cables Gadget [zAJ8ZOac]

AudioQuest Red River: Premium XLR Analog Interconnect Cables

The AudioQuest Red River XLR Analog Interconnect Cables are the epitome of premium audio connectivity, designed to elevate your audio experience. With a pair of (x2) audio interconnects featuring XLR terminations (Female to Male), these cables are engineered to deliver superior sound quality and clarity. The Red River cables are crafted with Solid 'Perfect Surface Copper' (PSC) for enhanced analog performance, ensuring a pure and distortion-free listening experience. Their Metal-Layer Noise-Dissipation design effectively combats RFI, maintaining a clean and crisp signal.

Advanced Design and Specifications

Each Red River cable is built with meticulous attention to detail, featuring separate Ground-Reference conductors in addition to signal conductors. This unique design minimizes interference and maximizes the integrity of the audio signal. The gold-plated, cold-welded plugs (no solder) further reduce distortion, providing a seamless connection. The hard-cell foam polyethylene insulation helps maintain consistent impedance, ensuring optimal performance. Key specifications include solid PSC conductors, separate ground-reference conductors, hard-cell foam dielectric, metal-layer noise dissipation, red/black braid jacket, and cold-welded, gold-plated terminations.

Perfect for Audiophiles and Music Enthusiasts

The AudioQuest Red River XLR Analog Interconnect Cables are an ideal choice for audiophiles and music enthusiasts who demand the highest quality audio performance. Whether you're a professional sound engineer or a passionate music lover, these cables will significantly enhance your listening experience. Their premium build and cutting-edge technology make them perfect for use with high-end audio systems, ensuring a noise-free and distortion-free audio journey. Invest in the AudioQuest Red River cables and elevate your audio setup to new heights of clarity and performance.