AudioQuest - Evergreen 3.5mm Mini M > M 16.4' Analog Audio Interconnect Cable - Green on Black
Model: EVERG05M
SKU: 2038693
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For wide-ranging use.
Help reduce distortion.
Minimize timing errors and soundstage smearing for enhanced clarity.
Delivers low impedance to provide rich, vibrant sound.
Helps limit RF and EMI noise for optimal performance.
The AudioQuest Evergreen 3.5mm Mini analog interconnect cable is perfect for connecting a variety of audio electronics like integrated amplifiers, AV receivers, laptops, and desktops. It provides high flexibility and versatility for everyday audio needs, creating an exceptional listening experience with your favorite devices.
Elevate your home audio setup with the Evergreen cables Solid Long-Grain Copper conductors and Foamed-Polyethylene insulation. These features minimize distortion and preserve dynamic contrasts, offering clearer and more vivid sound for streaming music or vinyl playback at home.
The Evergreen cable caters to audiophiles with its Asymmetrical Double-Balanced Geometry, which ensures low impedance for richer, more dynamic sound. Its Metal-Layer Noise-Dissipation shields RF noise for audiophile-level sound clarity and depth.
For surround sound systems, this cable connects effortlessly to receivers, soundbars, and speakers. Its build supports immersive audio formats, contributing to a more dynamic and enveloping soundstage for your home theater.
Crafted with Cold-Welded, Gold-Plated Terminations and robust materials, this cable promises long-lasting use. The thoughtful design simplifies installation, making it a breeze to connect to any compatible 3.5mm audio device.
Enhance your audio setup instantly with the AudioQuest Evergreen cable. With its outstanding performance and robust build, its an ideal choice for any music lover or audiophile eager to experience superior sound quality.
Easily connect devices with a 3.5mm interface using this AudioQuest Evergreen interconnect cable that features solid long-grain copper conductors and cold-welded terminations to help minimize distortion for clear signal transfer.
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