Yorkville A810PP 10FT Fan Snake

Professional Fan Snake For Multi Channel Connections

The Yorkville A810PP is a 10-foot fan snake designed to simplify multi-channel connections in both live sound and studio recording environments. With eight mono 1/4-inch male connectors on each end, this cable provides an efficient and organized way to route multiple signals through a single rugged cable assembly.

Designed For Stage And Studio Use

Built to handle demanding conditions, the A810PP is equally at home on stage or in the studio. It reduces cable clutter by replacing multiple single cables with one neat fan snake, making setup and teardown much faster and more efficient. This cable is particularly useful for patching between stage gear, mixing consoles, or recording interfaces that require multiple simultaneous connections.

Durable Construction With Rugged Connectors

Each connector is nickel plated for long-lasting durability and dependable performance. Molded ends with proper strain relief ensure that the connectors can withstand constant plugging and unplugging without compromising signal transfer or introducing noise.

Reliable Signal Transfer With Copper Conductors

The fan snake is constructed with oxygen-free copper conductors, providing excellent conductivity and clean signal delivery across all eight channels. Internal shielding helps protect against EMI and RFI interference, keeping your audio clear and professional sounding even in electrically noisy environments.

Tangle Free Design With Flexible Jacket

The 10-foot length provides ample reach for most setups without excess slack, while the rugged matte PVC outer covering keeps the cable flexible yet durable. The fan-out design at each end keeps the connectors organized and easy to identify, helping you patch quickly without confusion.

Backed By Yorkville Quality Assurance

As part of Yorkville’s Standard Series, the A810PP is manufactured in North America and backed by a limited lifetime warranty. This ensures you get a cable built to perform reliably for years in even the toughest applications.