RapcoHorizon NMT1215PP Multi I/O Snake

Professional Multi Channel Audio Snake for Stage and Studio Routing

This multi-channel audio snake is designed to simplify complex audio setups by combining multiple signal paths into a single, organized cable system. It allows engineers to route microphones, instruments, and line-level signals efficiently between stage, studio, patch bays, and mixing consoles, reducing setup time and cable clutter.

Individually Jacketed Channels for Organized Signal Management

Each channel within the snake is individually jacketed to improve durability, flexibility, and identification during setup. This design helps prevent tangling while allowing individual channels to be separated when needed, making the cable practical for both permanent installations and mobile audio systems.

Multiple Connector Types for Flexible Audio Integration

This multi I/O snake supports a range of professional audio connections, including female and male XLR and 1/4-inch connectors. The mixed connector layout allows microphones, balanced line signals, and instruments to connect cleanly without requiring additional adapters, making it ideal for live sound, broadcast, and recording environments.

Neutrik Connectors for Reliable Professional Performance

All terminations use Neutrik connectors, known for their secure locking design and long-term reliability. These connectors provide consistent electrical contact and mechanical strength, helping prevent signal dropouts during performance, transport, or repeated setup cycles.

Built for Touring, Installation, and Studio Applications

The cable construction supports channel counts ranging from small portable rigs to larger multi-channel systems. Its rugged design and organized channel layout make it well suited for touring sound systems, installed audio racks, production studios, and broadcast facilities.

Clean Signal Transmission Across Multiple Audio Paths

By grouping multiple balanced audio lines into a single assembly, this snake helps maintain signal integrity while reducing interference and setup complexity. It is a practical solution for engineers who need dependable signal routing across multiple sources and destinations.