MX412 - Microflex Standard Gooseneck Microphone

Shure MX412D/C is a professional 12-inch cardioid gooseneck condenser microphone packaged with a dedicated desktop base, engineered specifically for speech, conferencing, courtrooms, and houses of worship.

Designed for easy replacement and available in cardioid, supercardioid and omnidirectional polar patterns, the interchangeable cartridges offer wide frequency response and accurate sound reproduction for a broad variety of applications, such as houses of worship, courtrooms and conference centres. Plus, the condenser cartridges fit every model in the Microflex product line for enhanced convenience and consistent sound.

Features

• Gooseneck length: 12 inch (30.5 cm)
• Interchangeable cartridges provide the right polar pattern for every application
• Locking flange mount for permanently securing microphone to surfaces
• Snap-fit foam windscreen
• Shock mount provides over 20 dB isolation from surface vibration noise
• Wide dynamic range and frequency response for accurate sound reproduction across the audio spectrum
• Balanced, transformerless output for increased immunity to noise over long cable runs
• New RF filtering

Specifications

• Desktop Base Configuration: It includes a heavy desktop base equipped with a 10-foot (3-meter) attached XLR cable, a programmable on/off mute switch, an LED status indicator, and internal logic terminals.
• Cardioid Cartridge: Includes an interchangeable cardioid capsule that focuses closely on the speaker while rejecting ambient background noise. The microphone body is also compatible with Shure’s modular supercardioid and omnidirectional cartridges.
• Audio Performance: Delivers a tailored frequency response of 50 Hz to 17 kHz optimized for speech clarity, balanced transformerless output to maintain signal integrity over long cable runs, and an integrated shock mount that isolates the mic from surface vibrations.
• RF Interference Protection: Features Shure's CommShield technology, which acts to reject electromagnetic hum and radio frequency interference caused by smartphones and other wireless devices.