Magico MXO Analog Active Crossover

The state-of-the-art MXO analog active crossover originally conceived and designed for the M9 loudspeaker system (@ 120Hz fixed) and is now also available with high/low pass filtering (@ 55Hz fixed). Implementing the same MXO platform, this purpose-built version will benefit end users worldwide who demand the ultimate performance in sub/main integration. The MXO provides extremely transparent high/low pass filtering which relieves the main loudspeakers of the punishing low frequencies below 55Hz and sends extended low bass information to the powered subwoofers. This level of analog upper and lower range signal management improves transparency and resolution in the main loudspeakers and allows the powered subwoofers to seamlessly integrate with the main speakers.

Designed and constructed with the same high standards found in the finest preamplifiers in the industry, the MXO seamlessly integrates main/subwoofer speaker systems offered by Magico or other manufacturers for any listening room setting, while maintaining ultimate transparency.

The dual chassis design of the MXO isolates the sensitive filter processing circuitry from the separately housed power supply. Featuring oversized lab grade power transformers, the power supply regenerates AC and applies active regulation across every stage of the circuitry.

The MXO features an Active 2-Way, 24dB/octave, Linkwitz-Riley filter slope at 55Hz with a 0/180-degree phase option and 12dB gain per channel. Designed in-house, the MXO is a dual mono, fully balanced / discrete circuit topology design from input to output using the highest quality precision parts (resistors/capacitors) to ensure an extremely low noise floor with extended signal bandwidth and ultra-linear response.

Precision step attenuators provide 0.5 dB/step control with up to +/- 12dB of gain adjustment per channel using a proprietary design to ensure purity in the signal path. The unique gain stage features software driven relays to control the circuit. A proprietary technique is implemented to have one fixed resistor in series while maintaining a constant output impedance during volume changes to achieve optimized sound performance at all volume settings. The open architecture of the MXO uses a modular card to motherboard design that enables the implementation of additional filter topologies or upgrades in the future.