A 32-channel mixer with Dante for seamless audio networking.
Designed for demanding live and studio environments, the Allen & Heath Qu-7D 32-channel digital mixer delivers high-resolution audio, intuitive control, and modern connectivity in a streamlined form factor. Powered by Allen & Heath’s 96kHz XCVI FPGA processing core, this mixer combines ultra-low latency with exceptional audio quality. The integrated 16×16 Dante interface enables seamless integration with other Dante-compatible equipment, while its 36 mixable inputs, 12 AUX buses, and six built-in effects engines offer extensive routing flexibility. A 7″ capacitive touchscreen and fully customizable fader layers make real-time mixing simple, smart, and fast. Whether you’re building a broadcast rig or managing a complex live show, the Qu-7D delivers studio-quality sound and the reliability needed for touring.

Allen & Heath preamps with advanced Midas design for pristine sound.
Clean, detailed audio starts with the inputs, and the Qu-7D features 32 XLR/TRS combo mic/line inputs designed for clarity and low-noise performance. These precision-engineered preamps offer ample dynamic range and transparent gain, preserving every nuance of the signal chain. Combined with 96 kHz XCVI processing, the input section handles complex mixes with ease, maintaining rich sonic integrity. Whether you’re miking a band or managing the room for a corporate event, this mixer delivers studio-quality resolution in any live setting.

Digital mixer with capacitive touchscreen.
The 7″ capacitive touchscreen puts all the essential functions at your fingertips. Navigate channels, assign effects engines, or route buses with just a touch. Fully customizable fader layers let you create a workflow tailored to your show, while the intuitive user interface makes high-pressure mixing feel effortless. From rehearsals to live broadcasts, this touchscreen design lets you focus on the sound.

Dante connectivity for seamless integration.
With a built-in 16×16 48/96 kHz Dante interface, the Qu-7D simplifies complex routing and connects easily to modern audio networks. Add the 128×128 SLink port and you’re ready to expand with the Allen & Heath Everything I/O ecosystem. Whether you’re managing a full stage or a distributed studio setup, the Qu-7D’s networking flexibility ensures clean signal flow, reliable synchronization, and uncompromising audio performance.

Allen & Heath Built for Long-Term Performance:
This digital mixer is built to withstand the rigors of touring. Its robust chassis houses 33 motorized 100mm faders, engineered for smooth, consistent operation at every gig. From the USB-C interface to the 20 XLR outputs and AES3 digital output, every connection is designed for long-lasting durability. Whether permanently installed or on the road with your crew, the Qu-7D delivers reliable performance day after day.

Designed for professionals who demand precision,
the Allen & Heath Qu-7D 32-channel digital mixer delivers studio-quality sound, Dante integration, and flexible, intuitive control. It’s designed for engineers who demand precision and adaptability in every mix, from theatrical productions to high-end concerts. If you’re ready to upgrade your equipment with professional-grade tools, the Qu-7D is designed to meet the highest expectations, every time you turn it on.

Features:
The 96 kHz FPGA core delivers flawless audio processing with exceptional clarity.
The 7″ capacitive touchscreen ensures intuitive navigation and control.
36 mix inputs offer flexibility for complex live setups.
The 16×16 Dante interface allows seamless integration with Dante systems.
33 motorized faders offer precise and practical mixing capabilities.
The USB-C audio interface supports multi-channel recording and playback.
Six multi-effects engines add professional-quality effects to your mix.
The SLink port expands connectivity for larger systems and applications.
Chromatic channel meter LEDs provide clear visual feedback during performances
. Remote control applications enhance convenience in studio and live environments.