Yamaha DME5, Open Architecture DSP Processor, 64x64 Matrix, 96/48kHz, 64x64 Dante, 8x4 Analog I/O + Flex I/O, USB 2x2 (Type-C), 16x8 GPIO

Yamaha DME5, Open Architecture DSP Processor, 64x64 Matrix, 96/48kHz, 64x64 Dante, 8x4 Analog I/O + Flex I/O, USB 2x2 (Type-C), 16x8 GPIO

The Yamaha DME5 is a powerful speaker processor designed for commercial installation environments where flexible system design, centralized control, and dependable loudspeaker management are essential. As part of Yamaha’s Commercial Installation Solutions Ecosystem, it features an open-architecture platform that allows integrators to create customized processing and routing configurations rather than being limited to fixed-format systems. With its scalable architecture, the DME5 is well suited for hospitality venues, corporate facilities, educational institutions, performance spaces, and distributed audio installations where multiple audio zones and devices need to operate as one coordinated system. For networked audio applications, the DME5 provides 16 × 16 Dante connectivity, alongside analog inputs, analog outputs, and flexible I/O that can be configured according to the requirements of each installation. 96 kHz processing supports high-quality audio system designs, while the unified DME platform makes it easier to expand and maintain systems across projects of different sizes. Configuration is handled through Yamaha ProVisionaire Design, giving system designers a streamlined environment for building signal paths, processing, and control configurations. ProVisionaire Control PLUS adds remote control and monitoring capabilities across connected devices, providing greater flexibility for day-to-day system operation. Built primarily for system processing rather than mixing, the DME5 provides low input-to-output latency, onboard memory for parameter sets and snapshots, and extensive audio and control connectivity. This makes it a practical central processing solution for installations where loudspeaker optimization, system coordination, repeatable configurations, and long-term operational reliability are priorities.

Features

• 96 kHz Processing For High-Quality System Audio
• 16x16 Dante Networking For Flexible Signal Routing
• Open-Architecture Design For Scalable System Builds
• Low Latency Supports Responsive Loudspeaker Processing
• Large Preset Memory Speeds System Recall And Control
• Flexible Analog I/O Helps Adapt System Configuration