Mackie Onyx16 16-Channel Premium Analog Mixer with 24-Bit 96kHz Multitrack USB, Bluetooth, SD Recording and 3 Band Perkins

Bring professional analog sound and multitrack recording to the center of your workflow with this 16-channel premium analog mixer, designed for live audio, home recording, content creation, and broadcast use. It features 12 high-gain Onyx mic preamps with up to 60 dB of gain, premium analog circuitry, and an end-to-end ultralow-noise design for studio-quality sound with minimal noise. Legendary Perkins British-style 3-band EQ with sweepable midrange adds classic tonal shaping, while a robust digital effects engine provides user-customizable reverbs, delays, chorus, and more with a dedicated FX EQ for added control. The mixer supports high-resolution 24-bit / 96 kHz 18x4 multitrack recording to Mac or PC via USB, plus direct stereo 2x2 recording and playback to and from SD card. A channel-assignable 4-track USB return and dedicated switch for sending the Main Mix to USB add more routing flexibility. Studio Command combines a full-color display, single-knob interface, and dedicated transport buttons for easier navigation of effects and onboard SD recording and playback, while Bluetooth streaming allows wireless audio to be routed directly to a channel, Aux Sends, or the Main Mix. Additional features include 3-band Perkins EQ with hard-bypass switch on all channels, Hi-Z switches for direct instrument connection, 100 Hz low-cut filters, 48V phantom power on all mic channels, stereo 3.5mm input, stereo line inputs, Aux and Monitor outputs with dedicated per-channel send control, dedicated control room outputs, headphone output with dedicated level control, 12-segment stereo meters, overload indicators, PFL/AFL channel solo, and a footswitch input for FX mute. Built with backlit mute and solo buttons, a sealed rotary encoder, rugged QuickGrip side cheeks, high-visibility controls, and a built-like-a-tank heavy steel chassis, this mixer is designed to deliver reliable performance in demanding production environments.