New Allen & Heath Audio Matrix Processors
Scalable install range gets bigger – and smaller – with two new AHM Matrix Processors; AHM-32 and AHM-16 with optional AEC module
Allen & Heath announces two powerful new Audio Matrix Processors, AHM-32 and AHM-16, supported by the most comprehensive ecosystem of scalable I/O, control and Dante solutions.
Harnessing technology from the AHM-64 Audio Matrix Processor, AHM-32 and AHM-16 open up the platform to the full spectrum of installed audio environments – from a single boardroom to a complete campus – with emphasis on simplicity of programming and control, plus expandable audio networking and I/O capabilities.
The AHM-32 is built on a 32×32 processing matrix with 12 local analogue inputs and outputs, making it an ideal choice for multi-room installations in hospitality, corporate and education environments. The optional Acoustic Echo Cancellation (AEC) module is available for teleconferencing and videoconferencing applications.
The AHM-16 features a 16×16 processing matrix with 8 local analogue inputs and outputs. Out of the box, the AHM-16 is particularly well suited to single room applications and smaller multi-room environments including bars, restaurants, shops and school halls.
Both units benefit from a 96kHz I/O port for audio expansion and networking, enabling the use of a 64×64 Dante card for integration into Dante networks and connection to Allen & Heath’s range of Dante equipped expanders. Alternatively, a SLink card can be fitted for Plug-and-Play connection to Allen & Heath’s comprehensive Everything I/O ecosystem of remote expanders.
A range of remote-control options are supported, including an array of PoE remote controllers and the BYOD-friendly Custom Control app, enabling tailored user interfaces for multiple user and device types.
Both models feature processing tools derived from the AHM-64, including Automatic Microphone Mixing (AMM), Ambient Noise Compensation (ANC), Priority Ducking, an 8-band parametric EQ on every input and zone, plus speaker processing options.