The Allen & Heath AHM-64 is a powerful, 64×64 audio matrix processor designed for commercial and professional audio installations of all sizes. Built around the Allen & Heath 96kHz FPGA core, it delivers ultra-low latency processing, robust routing capabilities, and seamless integration with Dante, AES67, and other networked audio protocols. 

From multi-zone hospitality environments to complex conference venues, the AHM-64 allows integrators to deploy flexible, fully programmable audio systems with unmatched speed and efficiency. With support for remote control, custom presets, and expansion via I/O and control interfaces, the AHM-64 is the heart of scalable, future-ready audio systems. 

Key Features

• 64×64 Audio Matrix 
  Route and manage audio across multiple zones with precision and control. 
• 96kHz FPGA Engine 
  High-resolution audio with ultra-low latency and exceptional processing power. 
• Integrated DSP Tools 
  Includes EQ, dynamics, crossovers, delays, ducking, and more for each zone. 
• Dante & AES67 Integration 
  Compatible with networked audio over Dante, AES67, and Allen & Heath SLink. 
• Expandable I/O 
  Connect up to 8 remote expanders via SLink for up to 256×256 audio paths. 
• Custom Control Options 
  Includes support for wall plates, touch panels, GPIO, and iOS/Android apps. 
• Web-Based System Manager 
  Configure and control the system via intuitive web UI or offline editor. 
• Preset Recall & Scheduling 
  Automate system behaviour for timed events, different zones, or room configurations. 
• Ideal for Multi-Zone Installs 
  Perfect for venues, corporate AV, education, retail, hospitality, and worship. 
• No Hidden Costs 
  No subscription fees, paid apps, or locked features—what you see is what you get. 

A scalable installed audio ecosystem.

AHM-64 is a powerful 64x64 Audio Matrix Processor supported by a comprehensive ecosystem of scalable I/O, control and Dante solutions. Designed to excel in corporate, retail, hospitality and education environments, AHM-64 allows integrators to quickly create systems that build from a single boardroom to a complete campus.