A routing immediately activates input monitoring for a corresponding digital input and
raises a warning in the input state if the source signal is not available or out of sync.
The following example shows the procedure to route to MADI Coaxial output channels. Other outputs
follow the same procedure.
To create a routing to a MADI output on the device:
1. Open the
OUTPUT
section.
2. Rotate the encoder to highlight the coaxial or optical MADI icon.
"Route Signals to MADI Coaxial/Optical Output"
text will be shown on the display.
3. Press the encoder to open the routing. The cursor will highlight the first available channel block.
4. Either rotate the encoder to select the next available channel block or press it to start assigning the
source signal.
5. Again, rotate the encoder to select the source for the selected output.
Choosing "not routed" deletes an existing routing, and "cancel" aborts the routing and keeps the
previous routing.
To create a routing to a MADI output on the web remote:
1. Enter the Routing mode by pressing the corresponding icon in the title bar.
2. Click the MADI coaxial or MADI optical output port.
3. Select individual or consecutive channels by clicking or dragging. The channels are highlighted in blue
and an arrow handler is revealed.
4. If the input ports are closed, drag the handle onto an input port, it opens automatically.
5. Drag the handle onto the source channel strips to select a range of channels as signal source.
10.2. Analog Outputs
The line level outputs of the M-1610 Pro operate at +13 dBu, +19 dBu, or +24 dBu. Each individual
channel has its own line level setting, which can be adjusted remotely. Additionally, channels can be
muted globally or individually.
In its default state, no routing exists between the digital inputs and the analog outputs. Each group of
four consecutive outputs can receive its signal from any digital input that is connected and synchronized.
At all sample rates, the converters operate with short delay IIR filters. At single speed, a short delay
'sharp' filter is used to ensure linear frequency response. At double and quad speed, a short delay 'slow'
filter is used to optimize the transient response of the M-1610 Pro while maintaining linear frequency
response in the audible range.
The resulting latencies are 7 samples at single speed and 5.5 samples at sample rates > 48 kHz.
RME M-1610 Pro User’s Guide
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| 10.2. Analog Outputs
