- For Sound Reinforcement Applications
- 6x Onyx Preamps
- 3-Band EQ
- 48V Phantom Power
- Low Noise, High Headroom
- Solid Steel Chassis
- Multi-Voltage Power Supply
VLZ4 Series
Mackie relentlessly pursues the perfection of the compact mixer. VLZ4 ups the level of sonic quality at every level, featuring Mackie's flagship Onyx mic preamps and premium components from front to back. The result is the most rock solid, the most easy to use and, yes, the best sounding compact mixer ever created.
THE ORIGINAL No-nonsense compact mixer series
Now featuring Mackie's flagship Onyx mic preamps, the comprehensive Mackie VLZ4 line delivers the proven feature set, high-headroom/low-noise design and "Built-Like-A-Tank" construction that created an industry more than 25 years ago.
- 14-Channel mixer featuring signature high-headroom, low-noise design
- 6 Boutique-Quality Onyx Microphone Preamps:
Wide 60 dB gain range
128.5 dB dynamic range
+22 dBu line input handling
Extended frequency response
Distortion under 0.0007% (20 Hz to 50 kHz)
- Improved RF rejection, suitable for broadcast applications
- Phantom power for condenser microphones
- 14 High-headroom line inputs with +4/-10 operation control
- 3-Band EQ (80 Hz, & 2.5 and 12 kHz)
- 18 dB/octave 75 Hz low-cut filter on microphone input channels
- Two AUX sends, and level, pan, and PFL solo on each channel
- 60mm long-wearing log-taper faders
- Two stereo returns for connecting FX processor or other stereo source
- ALT 3/4 stereo bus for added routing flexibility
- Control room / phones source matrix
- High-resolution 12-segment stereo meters
- Sealed rotary controls resist dust and grime
- Built-like-a-tank rugged steel chassis with powder-coat finish
- High-visibility, high-contrast controls deliver convenient at-a-glance visual feedback
- Rack-mountable design using a rack ear kit (sold separately)
- Multi-voltage power supply for worldwide use
- Applications: Live sound mixing, houses of worship, clubs, gymnasiums, banquet halls, conference rooms, boardrooms, studio and field recording, multimedia applications, broadcast, and many more