Allen & Heath CQ-20B

The Allen & Heath CQ-20B Ultra-Compact 20in / 8out Digital Mixer with Wi-Fi combines pro-level 96kHz audio quality, smart mixing tools, and wireless control for versatile live and studio use.

Allen & Heath CQ-20B Ultra-Compact 20in / 8out Digital Mixer with Wi-Fi

The Allen & Heath CQ-20B Ultra-Compact 20in / 8out Digital Mixer with Wi-Fi delivers professional-grade sound quality and intelligent mixing features in a portable stage box format. Designed for musicians, engineers, and small venues, it combines Allen & Heath’s legendary audio performance with intuitive wireless control and modern connectivity.

The CQ-20B features 16 mic/line inputs, 2 stereo line inputs, and 8 outputs, all managed by a powerful 96kHz FPGA mix engine. With built-in Wi-Fi, users can mix from anywhere in the room using the CQ app. Smart processing tools such as Gain Assistant and Feedback Assistant make setup effortless, while Auto Mic Mixing ensures crystal-clear sound in complex live environments.

Key Features

  • 🎚 20 inputs / 8 outputs digital mixer with 96kHz FPGA engine

  • 📱 Built-in Wi-Fi for wireless control via CQ app (iOS, Android, Windows, Mac)

  • 🎛 Smart Gain and Feedback Assistants simplify live setup

  • 🎧 Auto Mic Mixing for multiple speakers or performers

  • 🔊 16 mic/line preamps with studio-grade quality

  • 🧠 Built-in FX and processing on every channel

  • 💽 Multi-track recording direct to SD or USB drive

  • 🧰 Compact, rugged design ideal for portable use or permanent install

Technical Specifications

  • Inputs: 16 × XLR/TRS combo, 2 × stereo line (1/4″)

  • Outputs: 8 × TRS balanced

  • Mix engine: 96kHz FPGA

  • Recording: Direct to SD or USB

  • Connectivity: Wi-Fi, Ethernet, USB-A, USB-B

  • Dimensions: 330 × 185 × 120 mm

  • Weight: 2.5 kg

Use Cases

  • Live sound mixing for small bands, events, or venues

  • Studio or rehearsal recording setup

  • Podcasting and streaming applications

  • Houses of worship and educational environments

  • Portable PA and rental system integration