Behringer XENYX 2442USB is a great sounding mixer that doesn't break the bank!
The XENYX 2442USB has 24 inputs and 4 Aux Sends for each channel. Additionally, 4 subgroups with separate outputs have been incorporated for routing flexibility. The new XENYX Mic Preamp matches the sound quality, transparency, headroom and even the dynamic range of boutique-style, stand-alone mic preamp. The neo-classic "British EQ" brings back the warmth and musicality of those
Premium ultra low-noise high headroom analog mixer 10 state-of-the-art XENYX Mic Preamps comparable to stand-alone boutique preamps Neo-classic British 3-band EQs with semi-parametric mid band for warm and musical sound Studio-grade 24-bit stereo FX processor with 100 awesome presets including reverb chorus flanger delay pitch shifter and various multi-effects USB/Audio Interface included to connect directly to your computer. Free audio recording and editing software downloadable at www.behringer.com Channel inserts and direct outputs on each mono channel plus main mix inserts for flexible connection of outboard equipment 4 aux sends per channel: 2 pre/post fader switchable for monitoring/FX applications 2 post fader (for internal FX or as external send) Peak LEDs mute main mix and subgroup routing switches solo and PFL functions on all channels 4 subgroups with separate outputs for added routing flexibility; 4 multi-functional stereo aux returns with flexible routing Balanced main mix outputs with
Microphone inputs (XENYX Mic Preamp) Type: XLR electronically balanced discrete input circuit Mic E.I.N. (20 Hz - 20 kHz) @ 0 Ohms source resistance: -134 dB / 135.7 dB A-weighted @ 50 Ohms source resistance: -131 dB/ 133.3 dB A-weighted @ 150 Ohms source resistance: -129 dB / 130.5 dB A-weighted Frequency response: Gain range: +10 to +60 dB Max. input level: +12 dBu @ +10 dB Gain Impedance: approx. 2.6 k Ohms balanced Signal-to-noise ratio: 110 dB / 112 dB A-weighted (0 dBu ln @ +22 dB gain) Distortion (THD+N): 0.005% / 0.004% A-weighted Line input Type: 1/4 TRS connector electronically balanced Impedance: approx. 20 k Ohms balanced 10 k Ohms unbalanced Gain range: -10 to +40 dB Max. input level: 30 dBu Fade-out attenuation* (Crosstalk attenuation) Main fader closed: 90 dB Channel muted: 89 dB Channel fader closed: 89 dB Frequency response Microphone input to main out Stereo inputs Type: 1/4 TRS connector electronically balanced Impedance: approx. 20 k Ohms Max. input level: +22 dBu EQ mono channels Low: 80 Hz / +/-15 dB Mid: 100 Hz - 8 kHz / +/-15 dB High: 12 kHz / +/-15 dB EQ stereo channels Low: 80 Hz / +/-15 dB Low Mid: 500 Hz / +/-15 dB High Mid: 3 kHz / +/-15 dB High: 12 kHz / +/- 15 dB Aux sends Type: 1/4 TS connector unbalanced Impedance: approx. 120 Ohms Max. output level: +22 dBu Stereo aux returns Type: 1/4 TRS connector eletronically balanced Impedance: approx. 20 k Ohms bal. / 10 k Ohms unbal. Max. input level: +22 dBu Main outputs Type: XLR electronically balanced and 1/4 TRS balanced Impedance: approx. 240 Ohms balanced / 120 Ohms unblanced Max. output level: +28 dBu Control room outputs Type: 1/4 TS connector unbalanced Impedance: approx. 120 Ohms Max. output level: +22 dBu Headphones outputs Type: 1/4 TRS connector unbalanced Max. output level: +19 dBu / 150 Ohms (+25 dBm) DSP: 24-bit Converter: 24-bit Sigma-Delta 64/128-times oversampling Sampling rate: 40 kHz Main mix system data** Noise Main mix @ -? Channel fader @ -?: -100 dB Main mix @ 0 dB Channel fader @ -?: -87 dB Main mix @ 0 dB Channel fader @ 0 dB: -80 dB Power supply Mains voltage: 100 to 240 V~ 50/60 Hz Power consumption: 47 W Fuse: 100 - 240 V~ T 1.6 A H 250 V Mains connection: Standard IEC receptacle Physical/Weight Dimensions ( H x W x D): approx. 5 3/8 x 16 1/2 x 17 1/4 (136 mm x 418 mm x 438 mm) Weight (net): approx. 5.9 kg Measuring conditions: * 1 kHz rel to 0 dBu; 20 Hz - 20 kHz; line input; main output; unity gain. ** 20 Hz - 20 kHz; measured at main output. Channels 1-4 unity gain; EQ flat; all channels on main mix; channels 1/3 as far left as possible channels 2/4 as far right as possible. Reference = +6 dBu.