Mixers

Set up with multiple gears in a more direct way

• Allows 4 channel inputs from guitar, bass, MIDI keyboard, microphone, etc.
• Each channel can be connected with balanced professional equipment or unbalanced consumer products.
• Output to the audio mixer, amplifier or processor.

Have more fun in your use

• The compact size makes it unnoticeable until people hear the great results of your mix.
• The individual level control saves time on the equalization of recording.
• With its flexibility, you can literally do whatever you want from mixing instruments and vocal in studio or jam with buddies at a live event.

Solid build & sound quality

• It is built of solid metal construction to the highest industry standards withstanding drops and knocks.
• Each channel maintains the clearest audio from all kinds of sources without distortion even at the loudest volume.

The CSM 14 - Four Inputs/One Output Commercial Series Mixer by JBL is backed by the combined technological prowess of multiple Harman brands and can be easily configured for a wide range of applications such as providing background music, security, and paging in schools, hospitals, restaurants, and fitness facilities. For I/O, the mixer features Euroblock type mic/line input and output connectors, as well as unbalanced RCA inputs. The chassis features illuminated rings that makes them easier to see and use for the dedicated volume, bass, and treble controls. The back of the mixer features a +27V phantom power switch as well as a 70 Hz HPF switch.

The mixer features RJ45 connectors for use with the company's CSR-V in-wall volume controls (sold separately), as well as a universal power supply that accepts AC voltages from 100 to 240 VAC, 50/60 Hz. It was built using Harman's GreenEdge clean standards to offer numerous energy-efficient benefits, including a lighter weight, space-saving design that conforms to RoHS standards.

The black CSR-2SV Wall-Mounted Remote Control for CSM Mixers from JBL is designed to provide analog DC voltage for switching between two sources and controlling the volume on CSM-21 and CSM-32 mixers. It is wired with Cat 5 cable and has two RJ45 connectors. The CSR-2SV supports cable runs up to 1000 feet.

The white CSR-2SV Wall-Mounted Remote Control for CSM Mixers from JBL is designed to provide analog DC voltage for switching between two sources and controlling the volume on CSM-21 and CSM-32 mixers. It is wired with Cat 5 cable and has two RJ45 connectors. The CSR-2SV supports cable runs up to 1000 feet.

Put a Mackie DL32S in your rack, and you can mix from anywhere. All you need is an iPad and Mackie's Master Fader control app. 32 great-sounding Onyx+ mic preamps and onboard FX ensure a great-sounding performance. The DL32S also functions as a 32-in/32-out USB interface, so you can record the show then mix it later in the studio. You can also play back a full multitrack recording for a virtual sound check. The DL32S supports up to 20 iPads at once, so multiple engineers can work from one mixer. And with built-in Wi-Fi networking and instant recall of every setting, setup is a snap. The DL32S gets you into your mix like never before.

The MX-2500 features an ultra-lightweight switching power supply. This versatile design guarantees maximum efficiency combined with minimal heat build-up, whilst forced-air ventilation keeps your amp running cool. Plus, you can combine the MX-2500 with Mackie's SP260 Loudspeaker Processor. This powerful combination lets you build a complete Mackie professional system, giving you access to efficient power as well as the SP260's EQ, crossover, delay, and dynamics processing.

The MX-3500 features an ultra-lightweight switching power supply. This versatile design guarantees maximum efficiency combined with minimal heat build-up, whilst forced-air ventilation keeps your amp running cool. Plus, you can combine the MX-3500 with Mackie's SP260 Loudspeaker Processor. This powerful combination lets you build a complete Mackie professional system, giving you access to efficient power as well as the SP260's EQ, crossover, delay, and dynamics processing.