Mackie DLZ Creator XS

• Digital mixer for podcasting and streaming
• 7" full-color touch display
• Auto-mix function for more balance when several people are speaking at the same time
• 2 XLR inputs and 2 unbalanced 6.35mm jack inputs
• Recordings can be saved both on computer and SD card
• Internal plugins included (3-band parametric EQ, Noise gate, de-esser, compressor, reverb, delay)
  
• Wireless connection to smartphone possible
  
• 6 freely assignable pads for triggering sounds
  

Compact and versatile podcast mixer from Mackie

The Mackie DLZ Creator XS is the ideal mobile mixing tool for podcasters and streamers. An uncomplicated user interface makes it easy for beginners to find their way around. But the device also offers a wide range of options and possibilities for those who want a certain degree of individualization. The color touch display provides a clear overview of the user interface.

Three modes, each with different advantages

In simple mode, the focus is on adapting the mixer to the current situation as quickly as possible without compromising the sound. Only a short channel description, the selection of a microphone preset and the leveling of the microphone (automatic leveling possible) are necessary to create a high-quality Mix in a matter of seconds.

In Advanced mode, you also have the option of choosing between a dynamic or condenser microphone and adapting the mixer even better to the connected microphone. Reverb and delay can also be added to the voice. These plug-ins are Mackie's own effects, which are perfectly tailored to the software. In Advanced mode, you also have further options for customizing your input signal with the help of a 3-band EQ, a high-pass filter, compression and a de-esser function.

In Pro mode, the above functions can be set even more precisely. The EQ is shown graphically on the touch display and EQ settings can be loaded or created via Preset. In addition, the signals of the individual channels can be panned to the left or right. The compressor and de-esser can also be adjusted much more finely and frequency-directed.