The Mackie 1402-VLZ4 is a 14-channel compact mixer meticulously designed for both live and studio applications, delivering the highest headroom and lowest possible noise. This mixer is built for optimised signal integrity, leveraging custom M80 op-amps and class-leading negative summing bus architecture. Featuring six integrated studio-grade Onyx microphone preamps and comprehensive controls, the 1402-VLZ4 is a highly durable and versatile tool for capturing and shaping professional-quality audio.
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6 Incredible Onyx Mic Preamps: Features six onboard, studio-grade Onyx mic preamps, providing exceptional audio fidelity. The preamps offer an ultra-wide 60 dB gain range and 128.5 dB dynamic range, with an extended frequency response and incredibly low distortion levels.
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Integrated Phantom Power: Includes built-in Phantom Power, which is essential for use with high-quality studio condenser microphones.
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High-Headroom, Low-Noise Design: The 14-channel mixer features 14 high-headroom line inputs with +4/-10 operation control for various equipment, including keyboards, synths, and controllers. The custom M80 op-amps and negative summing bus architecture ensure maximum signal integrity with the lowest possible noise.
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Comprehensive Sound Sculpting: Each channel of the mixer features a musical 3-band EQ for shaping your sound, ideal for everything from subtle enhancement to treating inputs for recording.
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Precision Control: Features long-wearing 60-mm log-taper faders for maximum fluidity when dialling in levels. The high-contrast controls include sealed rotary controls designed to resist dust and grime for optimal durability.
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Versatile Channel Strip: In addition to the 3-band EQ, each channel includes a gain control, dual Aux controls, a panning control, and a dedicated button to activate the low-cut (75Hz) filter on mic input channels.
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Visual Feedback: High-resolution, 12-segment stereo meters provide clear visual feedback for your overall levels, allowing for quick adjustments.
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Robust and Durable: Features improved RF rejection, making it ideal for broadcast applications, and a highly durable chassis built for intensive use.
