Canare Star Quad Microphone Audio Cord with L-4E6S Cable and XLR3(M)-(F) Connectors, 5', Brown

What sets the Canare Star Quad Microphone Audio Cord apart is its meticulous construction and professional-grade performance. This 5-foot, brown audio cord features Canare's renowned L-4E6S cable, designed to deliver high-quality audio transmission with exceptional clarity. The cable's Star Quad configuration utilizes four conductors to effectively cancel out electromagnetically induced noise from common interference sources such as SCR dimmer packs, fluorescent lighting ballasts, and AC power transformers, ensuring that your recordings are crisp and free of unwanted noise.

Both ends of the cable are equipped with premium Neutrik XLR3 connectors, featuring black chrome shells and gold-plated contact pins that provide a reliable and sturdy connection for professional use. These connectors are hand-soldered with precision to ensure durable and high-quality audio connections that audio professionals can trust.

The Canare Star Quad Microphone Audio Cord is also engineered for ease of handling. It incorporates a cotton filler material to minimize handling noise, allowing for smooth and quiet operation during recording sessions. The special irradiated polyethylene insulation maintains an excellent frequency response by offering a low capacitance dielectric, which is essential for preserving the integrity of the audio signal.

Flexibility is another hallmark of this audio cord. A large number of thin wire strands are used in both the conductors and the overall shield, contributing to the cable's super flexibility. The special compound PVC outer jacket is designed to remain pliant even at extremely low temperatures, which means there's no delay between cold shipping and installation.

Whether you're connecting a microphone to a mixer or soundboard, the Canare Star Quad Microphone Audio Cord with L-4E6S Cable and XLR3(M)-(F) Connectors is the durable, high-quality, and reliable choice for professionals seeking pristine audio transmission in any setting.