RME M-1620 PRO D (Dante) D/A Converter ADAT, Dante, MADI

RME M1620 Pro D (Dante)
RME proudly introduces the M-1620 Pro D, a state-of-the-art device that converts 16 analogue line-level signals (per channel switchable up to +24 dBu) to and from MADI, ADAT®, and Dante® network technology. This innovative unit is designed with a newly developed front panel that combines LED level meters with a display and includes two separate headphone outputs for monitoring - all within a single-height 19-inch rack device. Cutting-edge converters and flexible internal routing place it at the forefront of any audio network.

Reliability and Redundancy
RME prioritizes reliability by equipping the M-1620 Pro D with built-in redundancy. This includes dual network and dual MADI connections, along with a monitored DC input in addition to the internal AC power supply. A unique system clearly signals when an issue arises, ensuring seamless operation. With full stand-alone capability, users can adjust device settings directly on the unit for quick modifications or to recall entire user-defined presets.

Advanced Features
The M-1620 Pro D allows manual configuration of the converter’s aliasing filters for optimal impulse and frequency response. Jitter on digital input signals is effectively reduced with SteadyClock FS. Separate Word Clock BNC and coaxial MADI connectors, with optional optical MADI via an SFP module, allow the device to be easily integrated into existing infrastructure.

With Dante…
Responding to frequent requests, the M-1620 Pro D integrates 64 channel Dante connectivity, providing direct links to other audio devices via standard ethernet switches.
If redundancy is not required, the device can act as a switch itself and allow daisy-chains of several Dante devices.
Users can record and playback up to 64 channels of any of the M-1620’s analogue and digital I/O on their computer using Audinate’s Dante Virtual Soundcard™ (license not included).

Remote Control and Integration
The M-1620 Pro D features a JSON-based API for full integration and remote control from either network port or USB. A web-based remote application offers convenient access to the 240x244 channel routing matrix.