AudioQuest - Mackenzie (XLR, 2.0m) Pair

Description

New connectors and pins, all big improvements. Introducing Mackenzie. Mackenzie uses Surface Copper+ (PSC+), which has less grain structure and a polished surface to reduce distortion. AudioQuest Mackenzie Interconnects AudioQuest spent the last several years designing new replacements for its high-performance and high-value interconnects. AudioQuest Mackenzie Interconnects AudioQuest spent the last several years designing new replacements for its high-performance and high-value interconnects. Mackenzie uses Surface Copper+ (PSC+), which has less grain structure and a polished surface to reduce distortion. Mackenzie uses Perfect Surface Copper+ (PSC+), which has less grain structure and a polished surface to reduce distortion. This cable is a magnificent performer and worthy of recommendation. AudioQuest Mackenzie Interconnects AudioQuest spent the last several years designing new replacements for its high-performance and high-value interconnects. Introducing Mackenzie. This cable is a magnificent performer and worthy of recommendation. New connectors and pins, all big improvements. A triple-balanced design, Mackenzie has a separate ground conductor to keep noise at bay. Polyethylene foam or air tubes insulate the conductors. And a new triple-layer noise dissipation system further protects the delicate signal from RF interference. Mackenzie uses Surface Copper+ (PSC+), which has less grain structure and a polished surface to reduce distortion.

Key Features

• A triple-balanced design, Mackenzie has a separate ground conductor to keep noise at bay.
• Polyethylene foam or air tubes insulate the conductors.
• This cable is a magnificent performer and worthy of recommendation.
• Mackenzie uses Surface Copper+ (PSC+), which has less grain structure and a polished surface to reduce distortion.
• And a new triple-layer noise dissipation system further protects the delicate signal from RF interference.
• AudioQuest Mackenzie Interconnects AudioQuest spent the last several years designing new replacements for its high-performance and high-value interconnects.