Yamaha Rivage PM User Manual
EN
V2.2 Supplemental Manual
CONTENTS
Contents
Supporting a new HY144-D-SRC card .............................................................3
Supporting a new HY128-MD card .................................................................4
MIX SEND COPY ..............................................................................................6
Additional option during loading....................................................................7
Displaying a patch conflict between DSP engines..........................................8
Expanded SENDS ON FADER mode function ................................................10
Additional CUE monitor sources....................................................................10
Mirroring Operation Check function.............................................................11
2 RIVAGE PM series V2.2 Supplemental Manual
CONTENTS
Supporting a new HY144-D-SRC card
Supporting a new HY144-D-SRC card
This new digital I/O card supports four options for SRC (Sampling Rate Converter) mode, as well as
the Dante digital audio network. It can handle 144 channels and be installed in the HY card slot.
■ About SRC mode
Five SRC mode options are provided. You can switch to each mode option by writing firmware that
supports the desired mode on the HY144-D-SRC.
If you plan to set the clock master to Internal or TWINLANe SLAVE on the device that has this card
installed, use Dante Controller to check the “Enable Sync to External” option for this card, and
operate the card as the master on the Dante network.
• You cannot specify a card operating in Asynchronous SRC mode as the clock master. Specify a
different device as the word clock master.
To change the SRC mode, you must rewrite the firmware by using Dante Firmware Update Manager.
For more information, please refer to the “HY144-D-SRC Firmware Update Guide”.
The procedure to mount a card and configure it for Dante audio network can be used with any
HY144-D card.
Mode name SRC Number of input
144io None 144 144
144io Sync SRC Synchronous SRC
72io Async SRC Asynchronous SRC
144i Async SRC Asynchronous SRC
144o Async SRC Asynchronous SRC
*1 Synchronous SRC:
If the clock of the Dante network, and that of the device with the HY144-D-SRC
card installed, are synchronized at a clock ratio of 1:2 (48 kHz
channels
*1
*2
*2
*2
144 144
72 72
144 0
0144
96 kHz or 44.1 kHz88.2 kHz),
Number of output
channels
then
data at various sampling frequencies can be transmitted without sacrificing input or output
channels. If the Dante network is operating at 44.1 kHz, the frequency response above 18 kHz
will slightly deteriorate due to the elimination of aliasing.
*2 Asynchronous SRC: In this case, the clock of the Dante network and that of the device with the
HY144-D-SRC card installed do not have to synchronize with each other. You can specify
sampling frequencies separately.
NOTE
• If you are using Synchronous (144io Sync SRC) mode:
If you assign this card in a device on the Dante network as the clock master, the card will operate at
twice the clock value at which it was originally synchronizing to the network.
Example: If this card was operating as a Slave on the 48 kHz Dante network, it will now operate at a
clock of 96 kHz which is generated based on the PTP master clock on the Dante network.
3 RIVAGE PM series V2.2 Supplemental Manual
CONTENTS
Supporting a new HY128-MD card
1
2
3
4 6 7 8 9
) ! #@
5
Supporting a new HY128-MD card
This audio interface card transmits and receives up to 128-in/128-out MADI signals. This card
features two sets of fiber optic and coaxial connectors, supporting redundant connection.
You can use it by inserting it into the HY slot on a DSP engine or I/O rack.
(DSP-R10: HY Slot 3/4, CSD-R7: HY Slot 2/3, RPio622/222: HY Slot 2) Same as Dante cards.
SYSTEM CONFIG popup window
The screen is displayed when the HY128-MD card is inserted into HY SLOT 3 on a DSP engine. The
screen contains the following items:
1 REDUNDANCY MODE
Enables you to select one of two redundancy combinations.
•MODE 1
Redundancy is maintained by using both optical and coaxial connections.
•MODE 2
Redundancy is maintained by using either two sets of optical or two sets of coaxial
connections.
2 INPUT PRIORITY
Enables you to specify the input signal that has priority in a redundant pair.
•PRI1
If MODE 1 is selected, signals at OPTICAL 1 and OPTICAL 2 have priority.
If MODE 2 is selected, signals at OPTICAL 1 and COAXIAL 1 have priority.
•PRI2
If MODE 1 is selected, signals at COAXIAL 1 and COAXIAL 2 have priority.
If MODE 2 is selected, signals at OPTICAL 2 and COAXIAL 2 have priority.
4 RIVAGE PM series V2.2 Supplemental Manual
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