Pig Hog 10' 3.5mm Stereo to Dual 1/4" Mono (Male) Breakout Cable

The Pig Hog Solutions 10' 3.5mm Stereo to Dual 1/4" Mono (Male) Breakout Cable is a versatile and essential audio tool for professionals and enthusiasts alike. Engineered with precision, this durable cable ensures a transparent and authentic audio signal transfer, free from coloration or distortion, making it ideal for a variety of audio interfacing needs.

Crafted with the utmost attention to detail, the cable features a robust construction that stands up to the rigors of studio and stage use. The high-quality connectors are designed to maintain a secure and stable connection, ensuring reliable performance during critical recording sessions or live performances.

This stereo breakout cable expertly splits a single 3.5mm headphone jack into two 1/4" mono connectors, seamlessly interfacing your mobile devices, such as tablets and smartphones, with DJ mixers, audio interfaces, and professional sound equipment. The extended 3.5mm plug is thoughtfully designed to accommodate your devices even when encased, eliminating the hassle of removing protective cases or sleeves.

Pig Hog, a brand synonymous with high-quality audio solutions, has tailored this cable to meet the needs of musicians and audio professionals who demand excellence without compromise. The 10-foot length offers ample reach, providing flexibility and freedom in equipment placement that shorter cables simply cannot match.

Embodying the Pig Hog ethos of delivering superior performance at an affordable price, this breakout cable is a testament to the brand's commitment to value. With a Limited Lifetime Warranty, Pig Hog stands behind the enduring quality of their products, ensuring that this cable will be a reliable addition to your audio setup for years to come.

Whether you're recording in a home studio, performing on stage, or setting up for a DJ gig, the Pig Hog Solutions 10' 3.5mm Stereo to Dual 1/4" Mono (Male) Breakout Cable is the professional's choice for dependable, high-fidelity audio connectivity.