Radial Engineering
Radial Engineering Catapult RX4M 4-Channel Microphone Receiver – Cat5/6 Audio Snake Interface for Balanced Mic-Level Signal Recovery in Live and Studio Systems
- SKU:
- R800 8026
- UPC:
- 676101044399
- Shipping:
- Calculated at Checkout
Description
The Radial Engineering Catapult RX4M 4-Channel Microphone Receiver is a professional Cat 5/6 audio snake interface receiver designed to recover four channels of balanced microphone-level signals transmitted over long distances in live sound, broadcast, and studio environments.
As part of the Radial Catapult system, the RX4M converts audio sent over a single shielded Cat 5, Cat 5e, or Cat 6 cable back into standard mic-level outputs. This makes it an efficient and reliable solution for transporting multiple microphone signals between stage and front-of-house, recording rooms, or broadcast control areas without using bulky analog multicore snakes.
The RX4M is specifically optimized for microphone-level applications, using high-quality mic-level transformer isolation and balanced circuitry to ensure accurate signal recovery with minimal noise, distortion, or loss of detail. This preserves the natural character, dynamics, and clarity of each microphone source even across long cable runs.
Designed for professional environments, the unit features a rugged metal chassis and stage-ready build quality, making it suitable for touring, fixed installations, and broadcast deployments. It ensures stable, interference-resistant performance in demanding RF and electrically noisy environments.
Key Features:
- 4-channel microphone-level signal receiver over Cat 5/6 cable
- Designed for balanced mic signal recovery in professional audio systems
- High-quality transformer-based design for signal isolation and clarity
- Compatible with shielded Cat 5, Cat 5e, and Cat 6 cables
- Low-noise, high-integrity signal reconstruction
- Eliminates bulky analog multicore cabling on stage
- Rugged construction for touring and installation use
- Works with Radial Catapult transmitter systems