The JBL INTONATO-DC-M is a dedicated accessory control surface designed to provide tactile, real-time management of the JBL INTONATO 24 monitor mixing and tuning system. This hardware controller expands the functionality of the INTONATO rack unit by offering engineers immediate, hands-on access to critical parameters during live performances and sound checks. It features a bank of motorized faders, rotary encoders, and dedicated function buttons that mirror and control the digital mixing environment within the INTONATO system, allowing for intuitive adjustments to levels, EQ, and mix sends without needing to navigate software menus on a computer. This tactile interface is essential in high-pressure live sound environments where speed and reliability are paramount.

The controller is engineered to streamline the workflow of monitor engineers by providing direct control over multiple mixes simultaneously. Its layout typically includes channel strip controls for input sources, along with focused controls for output mixes, enabling rapid changes to an individual performer's monitor wedge mix without affecting others. The integration is seamless, connecting to the main INTONATO 24 unit via a single Ethernet cable using a proprietary control protocol, ensuring low-latency, reliable communication. The motorized faders provide visual feedback by automatically moving to reflect stored scene recalls or adjustments made from other control points, maintaining an accurate representation of the system state.

Built for the rigors of tour and fixed installation use, the INTONATO-DC-M features a robust metal chassis and professional-grade components designed for continuous operation. Its design complements the INTONATO ecosystem, creating a comprehensive monitor control solution that combines the powerful processing and speaker management of the rack unit with the immediate physical control demanded by professional audio engineers. By offering this dedicated control surface, JBL provides a complete, integrated toolset for managing complex stage monitoring systems with precision, efficiency, and the tactile feedback that engineers trust in critical live situations.