QSC CX-Q 4K4

QSC CX-Q 4K4

CX-Q Series network amplifiers combine a legacy of robust power amplifiers, advancements in high-efficiency output devices and native network transport, control and monitoring capabilities of the Q-SYS Ecosystem.  CX-Q 4K4 features four channels, capable of delivering customized power output loading and a total maximum power of up to 4000 W.  Low-Z, 70 V or 100 V direct drive are available on all channels.

Features and Benefits

Q-SYS Ecosystem Integration – Simple drag-and-drop integration into your Q-SYS design, enabling network routing, advanced processing and control.

Legacy of power redefined – These network amplifiers are built with a 5th generation high-efficiency, Class-D hybrid powertrain design built upon the dependable PL380 PowerLight™ amplifier platform.

Flexible & efficient channel power distribution – CX-Q Series network amplifiers feature FlexAmp™ and FAST (Flexible Amplifier Summing Technology™), which combine to provide extreme flexibility in output deployment.  

Routable input options – Four channels of mic/line inputs (with +12 V phantom power) for additional on-ramps into Q-SYS.

Additional Features

• PowerLight universal switchmode power supply with PFC for highest efficiency, improved audio performance and low weight
• Touch-proof Euroblock loudspeaker connections
• Eight bi-directional GPIO connections for further control and integration of third-party peripherals within Q-SYS
• Automatic energy saving modes ensure that the amplifier will draw the minimum amount of AC power while still providing outstanding audio quality

• TRADITIONAL AMPLIFIER SOLUTION
• QSC AMPLIFIER SOLUTION

Traditional amplifiers lock the “per channel” power distribution, which limits an amplifier’s capabilities to use the amplifiers total power.

• Loudspeakers on Channel 1 and 2 only require 240 W and 900 W.  This results in a total of 860 W of unused, wasted power on those channels.

• Loudspeakers on Channel 3 and 4 require 1200 W and 1500 W, but channel C and channel D are only capable of outputting 1000 W per channel. To solve this issue, a second amplifier needs to be deployed, which is both inefficient and costly!