Henry Engineering TWINMATCH Dual-stereo (4-channel) Level and Impedance Converter

Professional Level and Impedance Converter
The Henry Engineering TwinMatch is a dual-stereo (4-channel) level and impedance converter designed to interface two consumer stereo outputs with professional balanced equipment. It is a crucial tool for achieving optimal audio quality and compatibility between various audio devices, ensuring seamless integration in professional audio setups.

Ideal for Multiple Audio Sources
TwinMatch is particularly suitable for use with a pair of stereo CD players or other play-only sources. It can accept four channels (2 stereo pairs) of -10 dBv unbalanced audio and converts them to professional 600 ohm balanced lines, allowing for the connection of consumer audio devices to professional audio equipment without any loss of audio quality.

Adjustable Gain
The unit comes with adjustable gain to accommodate either +4 or +8 dBm systems. This feature allows for flexibility in adjusting the audio levels to match the requirements of different professional audio systems, ensuring the integrity of the audio signal.

Sonic Transparency
All circuitry in the TwinMatch is direct-coupled and transformerless, ensuring sonic transparency. This makes it ideal for digital sources where maintaining the purity of the audio signal is paramount. The unbalanced inputs are on gold-plated RCA jacks, and the balanced outputs are via XLR connectors, offering high-quality connections for your audio equipment.

Compact and Versatile Mounting
TwinMatch has a compact design, being 1/3 rack width, and offers versatile mounting options. It can be mounted in an optional rack shelf or can be wall-mounted using optional wall/cabinet mounting brackets, providing flexibility in installation according to the studio setup.

Internal Power Supply
The unit is powered by an internal AC power supply, eliminating the need for external power sources and reducing cable clutter in your setup. This feature ensures reliable and consistent power supply to the unit, maintaining its performance and longevity.