Yamaha RIO 3224-D Digital Dante Stagebox

Sonic performance that brings out the best in any system

The “natural, musical sound” that was a key element of the CL Series design policy is carried on without compromise in the R Series. Mechanical construction, circuit board layout, power supply, grounding, and parts selection have all been executed with meticulous attention to detail and quality, combined with exhaustive performance and listening tests at each stage of development. The result is eminently natural, musical sound.

Dante network protocol contributes to greater system scalability and flexibility

The Dante network audio protocol developed by Audinate offers outstanding system scalability and flexibility. The required number of audio inputs and outputs can be placed wherever they are needed most, and the ability to implement redundant connections makes it possible to design a system that will keep going in the face of technical problems. With CL Series components a complete daisy-chained system can be easily set up without the need for network switches. Dante Controller software running on a personal computer allows flexible patching of devices on the network.

Support for CL series consoles as well as other Dante based systems

CL Series components are not the only Yamaha professional audio devices that will work with R Series I/O racks. With the Dante-MY16-AUD Mini-YGDAI card from Audinate installed, the M7CL, LS9, DME64N, and other compatible Yamaha pro audio gear can be used with Rio Series devices in capable and robust Dante network systems. The Rio3224-D, Rio1608-D, and Ri8-D head amplifiers can even be controlled directly from the interface of the M7CL, LS9, or other compatible console.

Automatic digital-stage compensation for analog gain changes

When multiple consoles are connected to one I/O rack and operators at those consoles make analog gain changes, the results can be unpredictable and usually undesirable. The Rio3224-D and Rio1608-D feature a Gain Compensation function that automatically adjusts gain at the digital stage to compensate for analog gain changes, ensuring that sound is sent to the network at a constant level.