Tascam MM-2D-E Mode D'emploi page 14

Changing sampling frequencies and
bit depths with Dante Controller
Double-click a device name on the Network View screen to
open the Device View screen.
On this screen, you can set and monitor conditions related
to devices on the Dante network.
Click the Device Config tab to open the page where you can
change the sampling frequency, bit rate and other settings
of the device selected in 1 shown in the illustration below.
Identify Device
1
If the unit is selected by device name (1), clicking this
SAMPLE RATE
icon will cause all 3
blinking.
Clicking it again will return them to their ordinary status.
This allows the quick identification of the device being
operated when multiple units are being used at the
same time, for example.
Device name
2
This is the name of the device that can have its settings
changed in the current Device View.
Change device name
3
Edit the device name.
Sampling frequency
4
Set the sampling frequency.
Bit depth
5
Set the bit depth.
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TASCAM MM-2D-E / MM-2D-X
6
ATTENTION
i Changing the name of a device will clear audio routing
i Depending on network connection conditions, setting
NOTE
Switched (daisy chain) connection example
indicators to start
Passes through 2 devices
Transmitting
device
Passes through 1 devices
Transmitting
device
Latency setting
Set the latency.
Use the following guidelines to change the latency set-
ting.
Selectable Connected network setup guide-
latency value line
The transmission route from the
transmitting device to the receiving
1 msec
device passes through 10 gigabit
switching hub.
The transmission speed of the
2 msec
transmitting device is 100 Mbps.
Use this maximum selectable la-
5 msec tency value when creating a large-
scale network.
settings. For this reason, we recommend changing de-
vice names to names that are easy to identify before set-
ting audio routings.
the latency to a value higher than the guideline might
be necessary.
When using a switched (daisy chain) connection, which
does not use a switching hub, set the latency accord-
ing to the number of Dante devices that signals pass-
through as shown below.
1st device
1st device
R e c e i v i n g
2nd device
device
R e c e i v i n g
device