Audix CBLM325 82' M3 Interface Cable for M3 Microphone

An essential component for audio professionals and enthusiasts alike, the CBLM325 82' M3 Interface Cable is meticulously engineered to seamlessly connect your M3 microphones to mixers, ensuring high-quality audio transmission for a variety of applications. This robust cable is available in an 82-foot length, providing ample reach for complex studio setups or large venues, allowing for flexible microphone placement without compromising sound integrity.

Each cable is constructed with a durable female RJ45 connector, ensuring a secure and stable connection to your equipment. The cable features four twisted shielded pairs, designed to minimize interference and maintain signal clarity even in environments with substantial electronic noise. The use of shielded pairs is crucial for preserving the pristine quality of the audio signal, especially over longer cable runs.

The plenum cover that encases the cable is made from high-grade materials, offering additional protection against physical damage and the potential risks associated with installation in air handling spaces. This cover not only safeguards the internal components of the cable but also contributes to the cable's compliance with building codes and safety standards.

For those who demand the highest level of connectivity, the CBLM325 is built with bulk CAT 7 cable options. CAT 7 cables are known for their superior transmission performance, supporting higher frequencies and faster data rates. This makes the CBLM325 an ideal choice for use with the M3 ceiling microphone series, which is often utilized in professional recording, broadcasting, and sound reinforcement scenarios.

The CBLM325 82' M3 Interface Cable is a testament to high-quality craftsmanship and attention to detail, ensuring that your M3 microphone setup delivers exceptional audio performance. Whether you're outfitting a conference room, recording studio, or live event space, this interface cable is a reliable choice for achieving optimal sound quality and system reliability.