SQ

Experience unmatched power in a compact package with the Allen & Heath SQ series. Designed for live sound, AV installations, recording studios, streaming, corporate events, and houses of worship, the SQ line leverages the advanced 96 kHz XCVI FPGA processing engine to deliver studio-grade audio quality with ultra-low latency (<0.7ms). Offering up to 48 fully processed input channels, 12 stereo mixes, 3 stereo matrices, and 8 stereo FX engines with dedicated returns, SQ gives you the flexibility to sculpt your sound with depth and precision. 

Key Features: 

• 96kHz XCVI FPGA core - Delivers pristine audio with sub-millisecond latency and top-tier processing performance. 
• Up to 48 input channels - Fully processed, allowing flexible routing and detailed mix control 
• 12 stereo mixes + 3 stereo matrices - Ideal for in-ear monitoring, zone management, or broadcast feeds 
• 8 stereo FX engines with dedicated returns: - Studio-quality effects without compromising channel count 
• 7" high-resolution touchscreen - Fast, responsive UI with drag-and-drop channel mapping and visual metering 
• Customizable workflow - Assignable SoftKeys and Soft Rotaries for quick access to critical controls 
• Integrated USB audio interface - 32×32 USB recording/playback, perfect for studio, live recording, or virtual soundchecks 
• SQ-Drive multitrack recording - Record directly to USB without a computer 
• Automatic Mic Mixer (AMM) - Essential for conferences, panel discussions, and broadcast clarity 
• Expandable I/O - Add Dante or Waves cards for flexible networking and integration 

Why Choose the SQ Series?

If you require unmatched audio quality and intuitive control in a compact mixer, the SQ Series sets a high standard. Whether touring or installed, SQ shines with its high channel count, deep onboard FX, scalable expansions, and a cohesive, user-friendly workflow. It's trusted across live sound, AV installations, recording studios, and houses of worship—enabling mixing engineers to deliver reliability and clarity, every time.