Highway Marketing
Allen & Heath dLive
Allen & Heath dLive
Design for live
There is something inherently thrilling about live sound. The immediacy of the direct interaction between the performers and the audience, the potential for anything to happen, the need to get it right first time – this is what makes live mixing so addictive.
Allen & Heath SQ-7
Allen & Heath SQ-7
48 channel, 96kHz digital mixers for live sound, AV and installation.
Built on our latest generation 96kHz FPGA XCVI core, SQ sets a new standard for compact digital mixers, delivering pristine, high resolution audio with a class-leading latency of <0.7ms.
Allen & Heath GX4816
Allen & Heath GX4816
48 XLR Input / 16 XLR Output Portable GX Expander w/ DX Sockets
GX4816 is a 96kHz audio expander that provides high-input-count remote expansion for SQ and dLive mixing systems. Each GX4816 is loaded with 48 dLive mic preamps with independent Phantom Power LED indicators, plus 16 XLR line outputs.
Allen & Heath was in the vanguard of the first wave of great British mixer companies, starting life at the heart of London’s swinging music scene in 1969. In those early days we hand-built mixers for the top bands of the era, including Genesis, Pink Floyd and The Who. Fast forward to the second decade of the 21st Century and as well as touring with the likes of Lewis Capaldi, Bring Me the Horizon and Billie Eilish, we’re proud that the A&H range is used and loved by gigging bands, rental companies, installers, houses of worship, DJs, clubs, broadcasters and studios across the globe.
Introducing dLive V2.0
Learn more
Introducing Avantis Solo
Learn more
Allen & Heath CQ Overview
Learn more
Introducing Allen & Heath Avantis 1.2
Learn more
AHM Series: Simply Scalable
Learn more
AHM-64 - Transforming Audio Installations
Learn more
Allen & Heath presents Avantis - 64 channel / 42 bus / 96kHz Digital Mixer
Learn more
Allen & Heath dLive Installed Solutions Overview
Learn more
Allen & Heath Introduce the new dLive C-Class!
Learn more
Allen & Heath dLive Digital Mixing System
Learn more