Cable Techniques 15' Premium Low Profile Right-Angle XLR-3F to XLR-3M Mogami W2549 Microphone Cable, Gray Caps

What sets the 15' Premium Low Profile Right-Angle XLR-3F to XLR-3M Mogami W2549 Microphone Cable apart is its exceptional craftsmanship and meticulous design, tailored for the discerning audio professional. This durable and high-quality cable is hand-made in the U.S.A., utilizing the renowned Mogami W2549 Neglex Balanced Microphone Cable, known for its superior signal integrity and noise rejection capabilities.

The cable's low-profile right-angle connectors are expertly engineered to minimize cable stress and physical footprint, making it an ideal choice for cluttered mixer desks and racks. The XLR-3F to XLR-3M configuration ensures reliable and versatile connectivity between a wide array of professional audio equipment, including microphones and cameras.

Flexibility is at the forefront of this cable's design, with the ability to adjust the right-angle outlet orientation within a 120-degree range, allowing for precise cable management and direction. The gray caps are color-coded, offering a convenient solution for quick identification among multiple cables, which is essential in complex audio setups.

In addition to its functional advantages, this microphone cable is lighter and less obtrusive than standard cables, reducing the load on connected devices by up to 40%. This feature, combined with its flexible yet robust construction, makes it a preferred choice for on-stage and studio applications where space and weight are at a premium.

The connectors are not only of the highest quality but are also fully repairable, ensuring a long-lasting and cost-effective solution for audio professionals. This 15-foot cable strikes the perfect balance between length and manageability, providing ample reach without excess slack.

In summary, the 15' Premium Low Profile Right-Angle XLR-3F to XLR-3M Mogami W2549 Microphone Cable is a testament to superior audio engineering, offering unparalleled durability, flexibility, and performance for the most demanding audio environments.