Ashly MX-206 Mixer 6 Input Stereo Microphone

Discover Precision Mixing with Ashly MX-206 Stereo Microphone Mixer
Step up your audio mixing game with the Ashly MX-206, a meticulously designed stereo microphone mixer perfect for enhancing larger setups or serving as a standalone mixer in sound reinforcement and portable settings. Featuring six studio-grade, low-noise XLR 3-pin microphone preamps, the MX-206 ensures pristine audio capture and reproduction, making it an invaluable tool for professionals seeking top-tier sound quality.

Enhanced Control and Flexibility
Built to accommodate a range of audio inputs, the MX-206 includes an Aux stereo input with unbalanced L/R RCA connections, perfect for integrating playback devices like CD players or additional mixers. Each channel comes equipped with a 20dB Pad switch to manage high-gain signals effectively, preventing overload and ensuring a clean mix.

Compact and Portable Design
Designed with mobility and space efficiency in mind, the MX-206 boasts a compact, single-rack-space design. This feature allows for easy transportation and storage, making it an excellent choice for mobile setups and tight performance spaces. Its robust construction promises durability and reliability, even when taken on the road.

Comprehensive Output Capabilities
The output section of the MX-206 is as versatile as its inputs, offering both a balanced XLR mono output and unbalanced L/R RCA stereo outputs. This flexibility ensures the MX-206 can seamlessly integrate into various audio systems, providing reliable and consistent output regardless of the venue or application.

Advanced Features for Professional Use
The front panel of the MX-206 is a hub of control, featuring Level and Pan controls for precise sound placement within the stereo field. Additionally, all channels provide +48V phantom power to condenser microphones, ensuring compatibility with a wide range of microphones. Gain switches with -20, -40, & -60dB settings allow for meticulous level adjustments, enhancing the mixer's adaptability to different sound environments.