
Allen & Heath SQ-5 48 Channel Digital Mixer
Elevate Your Sound with the Allen & Heath SQ-5 Digital Mixer The Allen & Heath SQ-5 is a powerful and versatile digital mixer designed for live sound, studio recording, and installation applications. With 48 channels, a 96kHz FPGA processing engine, and a host of professional features, t...
*Price sourced from Amazon.com. Last updated:Jun 19, 2026.Price and availability are subject to change.
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Overview
Elevate Your Sound with the Allen & Heath SQ-5 Digital Mixer
The Allen & Heath SQ-5 is a powerful and versatile digital mixer designed for live sound, studio recording, and installation applications. With 48 channels, a 96kHz FPGA processing engine, and a host of professional features, the SQ-5 delivers exceptional audio quality and flexible control for any mixing scenario.
Key Features
- High Channel Count: 48 channels for handling complex mixing setups.
- 96kHz FPGA Processing: Delivers pristine audio quality and low latency.
- Capacitive Touchscreen: Intuitive and responsive control over all mixer functions.
Technical Specifications
- Channels: 48
- Buses: 36
- Microphone Preamps: 16
- Processing: 96 kHz FPGA
- FX Engines: 8 Stereo with Returns
- Audio Interface: 32 x 32 USB
- Outputs: AES
- Mixes: 12 Stereo + LR
- Display: 7 Capacitive Touchscreen
- Assignable Softkeys: 8
- Expansion Port: Slink Port
Specifications
Pros & Cons
👍 Pros
- This mixer is a 48-channel digital mixer, offering extensive input capacity suitable for complex audio setups.
- As a digital mixer, it likely provides flexible routing, effects processing, and scene recall capabilities.
- The "SQ-5" designation suggests a compact form factor for a 48-channel mixer, making it potentially suitable for various venues.
- Designed by Allen & Heath, a brand known for professional audio equipment, implying quality and reliability.
👎 Cons
- The available information does not specify any onboard effects, processing, or networking capabilities of the mixer.
- Without detailed features, specific connectivity options like USB, Dante, or other digital protocols are unknown.
- The user interface and learning curve are not detailed, which could be a consideration for new digital mixer users.
- Power consumption or specific dimensions are not provided, making it difficult to assess its portability or power requirements.