Monolith XLR Balanced M/F Audio Cable – 2 Meter Premium Auxiliary Cord with 24K Gold Plated Connectors, Oxygen-Free Copper Conductors

Experience exceptional sound quality with the Monolith XLR Balanced M/F Audio Cable, a premium 2-meter, 24K gold-plated auxiliary cord that ensures optimal audio reproduction. Housed in a durable, nylon-braided jacket, this professional-grade cable features advanced, patented technology for superior performance. Its unique construction includes three different solid oxygen-free copper (OFC) conductor gauges that optimize bass and midrange frequencies, while Litz wire conductors provide crystal-clear treble without harshness. Double-shielding minimizes noise without sacrificing sound quality, thanks to an oxygen-free copper braided shield and aluminum foil shielding. With silver-content solder joints and precision-machined, die-cast connectors plated in 24K gold for optimal electrical contact, this cable delivers accurate musical reproduction with minimal distortion. Each conductor is individually insulated with a low dielectric constant polyethylene dielectric, ensuring maximum definition and signal transparency. Whether used in home audio systems or professional applications, the Monolith XLR cable is designed to provide uncompromising sound quality and reliability. Its premium construction and commitment to detail result in a superior audio experience that enhances any listening environment.

Product Highlights

• Patented cable technology utilizes three different gauges of solid oxygen-free copper conductors to optimize bass and midrange performance
• Litz wire technology maximizes treble clarity and precision while preventing harshness, with each conductor individually insulated for enhanced definition
• Double shielding, featuring an oxygen-free copper braided shield and an aluminum foil shield, minimizes noise without degrading sound quality
• Silver-content solder joints, along with 24K gold-plated, die-cast connectors, ensure superior durability and optimal electrical contact
• Each conductor is wrapped in a low dielectric constant polyethylene dielectric to maintain maximum signal integrity