RIVAGE PM10 Block Diagram - Yamaha Corporationrivage pm10 block diagram 5 ch 1-144 mix1- 72...
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Block Diagram
Transcript of RIVAGE PM10 Block Diagram - Yamaha Corporationrivage pm10 block diagram 5 ch 1-144 mix1- 72...
Block Diagram
RIVAGE PM10 Block Diagram 3
System Overview
256
HY2Y256 - TL )
MY1
MY2
I/O Rack(RPio622)OutputsHY1
(HY256 - TL)
HY2(HY144 - D)
RY1RY2RY3RY4RY5RY6
MY1MY2
OUT
/ EBU
1
2
8
8
16
16
8(CS-R10)4(CS-R10-S)
256
256
16
16
256
161616161616
16
16
128
HY1Y256 - TL )
HY3
HY4
Console N et work
I/ O Net work
256
256
I/O Rack(RPio222)OutputsHY1
(HY256 - TL)
HY2(HY144 - D)
RY1RY2
MY1MY2
16
16
16
16
128
Block Diagram
DSP Engine (DSP- R10)
Control Surface(CS-R10/CS-R10-S)
HY1(HY256 - TL )
HY3
HY4
HY2(HY256 - TL ) (H
MY1
MY2
INPU
T PA
TCH
CH1- 144
MIX 1- 72 STEREO A / B MATRIX 1- 36
1- 36
MIX1- 72
A/ B
DIRECT OUT
PHONES OUTS
I/O Rack(RPio622)Inputs HY1
(HY256 - TL )
HY2(HY144 - D)
RY1RY2RY3RY4RY5RY6
MY1MY2
CUE A / BMONITOR A / BPHONES A / B
SURROUND CUE SURROUND MONITOR
CUE A
SUB IN
/ BCUE OUTSMONITOR OUTS
MONITOR A / B
INSE
RT 1
INSE
RT 2
INSE
RT 1
INSE
RT 2
INSE
RT 1
INSE
RT 2
INSE
RT 1
INSE
RT 2
(for Inserts) (for Inserts / Send-Return)
OSCILLATOR
TALKBACK
8x OMNI IN
4x AES / EBU
MY1
MY2
REC
ORD
ING
PA
TCH
(PLA
YBAC
K IN
)
REC
ORD
ING
PA
TCH
(REC
OU
T)
16
MATRIX
STEREO
8x OMNI
4x AES
4x PHONES(CS-R10)2x PHONES(CS-R10-S)
MY
MY
1616161616
1616
128
256
8
8
16
16
1
256
256
16
16
256
MIX OUT
STEREO OUT
MATRIX OUT
CH REC OUT
RTA
2trk USB RECORDER
(H
2trk USB PLAYBACK
TALKBACK
I/ O Net work
Console N et work
256
I/O Rack(RPio222)Inputs HY1
(HY256 - TL )
HY2(HY144 - D)
RY1RY2
MY1MY2
16
16
1616
128
256
SURROUND CUE
SURROUND MONITOR
SURROUND CUE OUTSSURROUND MONITOR OUTSSURROUND MONITOR METER OUTS
TWINLANe Network (400ch)
PORT TO PORT
GEQ/PEQ48x 31bandGEQ(96x Flex15GEQ)(96x 8bandPEQ)
(1x 32Ch Automixer)(1x 64Ch Automixer)
PLUG-INSPLUGIN RACK
Max. 384 instances
RIVAGE PM10 Block Diagram 4
Control Surface, I/O Rack, DSP Engine
METER
METER
METER
I/O Rack(RPio622/[RPio222])
HY slot 2(Input Splitting
/ Patchable Outputs)
METERTION
METER
RY slot 1-6[1-2]
12
3
12
3
12
3
12
3
METER
DELAYGAIN TRIM
DA +-
METER
DELAYGAIN TRIM
SRC
RY16-DA
RY16-AE
HY slot 1(HY256-TL)
128
HY slot 1(HY256-TL)
256 256
I/O Network
METER
GAIN TRIMDELAY
MY slot 1/2
INPUT SPLITTINGCH 1- 16 : RY slot 1CH 17- 32 : RY slot 2CH 33- 48 : RY slot 3CH 49- 64 : RY slot 4CH 65- 80 : RY slot 5CH 81- 96 : RY slot 6CH 97- 112 : MY slot 1CH113 - 128 : MY slot 2
16
16
16
SP Engine (DSP-R10)
gnal Processing
GAIN TRIMDELAY
MY slot 1/216
HY slot 1(HY256-TL)256
HY slot 2(HY256-TL)256
HY slot 3256
HY slot 4
METER
METER
METER
METER
METER
256
I/O Network
sole Network
ROUTING MODE
I/O Network
8
METER
16
METER
Control Surface (CS-R10/CS-R10-S)
AES /EBU IN [1-8]
SRC
2trk USB PLAYBACK
GAIN
METER
PLAYBACK2
TRIM
METER
MY slot 1/2
8
SRC
1
METER
Console Network
+48V ON
+48V MASTER
MY slot 1/2
HY slot 2
16
128
RY slot 1-6[1-2]GAIN
COMPENSA
ON
OFF
METER
TRIM16
+48V ON
ON
+48V
+-
ANALOG INPUT GAIN
SIGNAL
PEAK
12
3AD Silk
161
2
3SRC
RY16-ML-SILK
RY16-AE
+48V MASTER
ON+-
ANALOG INPUT GAIN
12
3
Silk
OMNI IN[1-8]
AD
12
3
TALKBACK
ON
AD+-
ANALOG INPUT GAIN
12
3
+48V
OMNI OUT[1-8]
DA12
3+-
16
METER
GAIN TRIM
AES/EBU OUT[1-8]
8
8
2 trk USB RECORDER
GAIN
METER
CUE A/BCUE A/B
12
3
RECORDER
DELAY
SRC
SRC
MY slot 1/2
METER
GAINDELAY
METER
GAINDELAY
TRIM
TRIM
PHONES A
PHONES B[PHONES OUT B]
PHONES LEVEL B
Tip
Ring
Sleeve
DA
[PHONES OUT A]DA
PHONES LEVEL A
Tip
Ring
Sleeve
LEFT HAND SIDE (CS-R10 only)
PHONES A
PHONES B[PHONES OUT B]
PHONES LEVEL B
Tip
Ring
Sleeve
DA
[PHONES OUT A]DA
PHONES LEVEL A
Tip
Ring
Sleeve
RIGHT HAND SIDE
2
2
2
D
Si
METER
METER
MY slot 1/2
HY slot 1(HY256-TL)
METERHY slot 2(HY256-TL)
METERHY slot 3
METERHY slot 4
16
256
256
256
256
I/O Network
Con
I/O Network
RIVAGE PM10 Block Diagram 5
CH 1-144
MIX1- 72(MATRIX 1- 36)
72CUEB
L RST A
L RST B
L RCUEA
L R7121
3- 36)
3- 36)
2- 36)
2- 36)
RECT OUT
ST / LCR
to PLUG-INSto GEQ / PEQ
CCHH 11-- 114444
CH 1(L)ST B Cch
ST A Rch
INSERT POINT
PAN LINK
METER
PRE FILTER
HPF LPF 4BANDPEQ
METERPRE EQ
METEREQ OUT
PRE DYN 1
METER
PREDYN1
METER
DYN1OUT
PRE DYN 2
METER
PREDYN2
METER
DYN2OUT
DYNAMICS1
DYNAMICS2
GR METER GR METER
METER
PREFADER
LEVEL /DCA 1- 24
METER
POSTFADER
ON
METER
POSTON
CSRLCR
TO LCRPOST ONSame as the DYNAMICS 1
POST FADER
CUE A Lch
CUE A Rch
to CUE A
PFL (PRE FADER)PFL (PRE FILTER) ON
AFL (POST PAN L )AFL (POST FADER)
AFL (POST PAN R)
FOLLOW PAN
CUE POINT
ST A Lch
DIGITALGAIN
CH 2(R) to CH 2(R)L/ R PATH
(Only STEREO CH )
POST PAN R
TO ST A
POST PAN LPAN
ST A Rch
ST A LchPAN / BAL
AB
∑
METER
PRE D.GAIN
∑
∑ ∑ ∑ ∑ ∑ ∑ ∑ ∑
PRE FADER
∑
DELAY
PRE FADER (default )
PRE FILTER PRE EQ
RecAB
Rec
OSCILLATOR
CH REC OUT
SAME AS ABOVESAME AS ABOVEto CUE B CUE B Lch
CUE B Rch
to MIX 3- 72(MATRIX(same as above )
to MIX 2(MATRIX 2)
to MIX 1(MATRIX 1)L CHON
R CH
PAN/ BAL
to MIX 2(MATRIX 2)
to MIX 1(MATRIX 1)
to MIX 3- 72(MATRIX(same as above )
ONPAN
to MIX / MATRIX (VARI ) MONO to MONO ON to MIX 1(MATRIX 1)
to MIX 2- 72(MATRIX(same as above )
to MIX 1ONto MIX 2- 72(same as above )
POST ON
to MIX / MATRIX (VARI )
to MIX / MATRIX (VARI ) MONO to STEREO
STEREO to STEREO
to MIX (FIXED/ MIXMINUS ) MONO to MONO
LEVEL
LEVEL
LEVEL
to MIX 1to MIX 2ONto MIX 3- 72(same as above )
POST PAN Lto MIX (FIXED/ MIXMINUS ) MONO to STEREO
POST PAN LPOST PAN R to MIX 3- 72
(same as above )
to MIX 1to MIX 2ON
to MIX (FIXED/ MIXMINUS ) STEREO to STEREO
L CHON
R CH
to MIX / MATRIX (VARI ) STEREO to MONO LEVEL
to MIX 2- 72(MATRIX(same as above )
to MIX 1(MATRIX 1)
to MIX 1(MATRIX 1)
DI
ONLEVELPOST FADER
PRE FILTERPRE EQ PRE DYN 1
POST ONPRE FADERPRE DYN 2
KEYIN CUEON
[KEYIN SOURCE]SELF PRE EQ /
SELF POST EQ /INPUT 1- 144 PRE EQ /
MIX 1- 72 PRE EQ /MATRIX 1- 36 PRE EQ /STEREO A, B PRE EQ /
DIRECT INPUT
KEYINKEYIN FILTER
POST PAN R
TO ST B
ST B Rch
ST B Lch
POST ONPOST ON to MIX 2- 72
(same as above )
to MIX 1to MIX 1ON
to MIX (FIXED/ MIXMINUS ) STEREO to MONO
from PLUG-INSfrom GEQ / PEQ
PRE FADER
PRE FILTERPRE EQ PRE DYN 1
POST FADER POST ON
PRE DYN 2
PRE FADER
PRE FILTERPRE EQ PRE DYN 1
POST FADER POST ON
PRE DYN 2
PRE FADER
PRE FILTERPRE EQ PRE DYN 1
POST FADER POST ON
PRE DYN 2
PRE FADER
PRE FILTERPRE EQ PRE DYN 1
POST FADER POST ON
PRE DYN 2
PRE FADER
PRE FILTERPRE EQ PRE DYN 1
POST FADER POST ON
PRE DYN 2
PRE FADER
PRE FILTERPRE EQ PRE DYN 1
POST FADER POST ON
PRE DYN 2
CH FADER
FOLLOWFADER
CH ON
FOLLOWON
CH DCA 1- 24
FOLLOWDCA
CH FADER
FOLLOWFADER
CH ON
FOLLOWON
CH DCA 1- 24
FOLLOWDCA
CH FADER
FOLLOWFADER
CH ON
FOLLOWON
CH DCA 1- 24
FOLLOWDCA
CH FADERCH ON CH DCA 1- 24
FOLLOWFADER
FOLLOWON
FOLLOWDCA
CH FADERCH ON CH DCA 1- 24
FOLLOWFADER
FOLLOWON
FOLLOWDCA
ON
POST ON
SURROUND PAN to SURROUND A
to SURROUND B
PAN
LFE
* MATRIX 1-4 act as DOWNMIX of SURROUND A/B during SURROUND MODE. Therefore ST to MATRIX 1-4 are cut.
ONto SURROUND CUE
LRCLsRs
LFE
MIX 7 8 9 101112
MIX 1 2 3 4 5 6
SURROUND CUE 1 2 3 4 5 6
RIVAGE PM10 Block Diagram 6
MIX1-72
CUEBL R
AR
ST BL R
CUEAL R
to MONITOR
to PLUG-INSto GEQ / PEQ
MATRIX363521
to PLUG-INS
OUTPUTPATCH
MIX72 ST
L
7121
MMIIXX11-- 7722
PRE FILTER PRE EQ
HPF LPF 8BANDPEQ
METERPRE EQ
METEREQ OUT
PRE DYN
METER
PRE DYN
METER
DYNOUT
DYNAMICS
GR METER
DELAY
LEVEL /DCA 1- 24
PRE FADER
METERPOST FADER
POST FADER
METERPRE FILTER
ON
POST ONMETER
BALANCE(Only ST )from TALKBACK
SUB IN
1
∑∑∑∑∑∑
ASSIGN
METER∑
PRE FADER
PRE DELAY
from TALKBACK 2ASSIGN
POST ON
tto CU E B
∑
DIMMERfor TALKBACK
CUE B Lch
CUE B Rch
PFL (PRE FADER)AFL (POST ON)PFL (PRE FADER)AFL (POST ON)
ONto CU E ACUE A Lch
CUE A Rch
SAME AS ABOVESAME AS ABOVE
ST B Cch
ST A Rch
CSR
LCR TO LCR
ST A Lch
TO ST AST A Rch
ST A LchPAN/ BAL
ST / LCR
CH ONPRE FADER
POST ON
PRE FILTERPRE EQ PRE DYN
POST FADERPRE DELAY
POST PAN LPOST PAN R
to STEREOMONO to STEREO
STEREO to STEREO
to MATRIX 3- 36(same as above )
to MATRIX 1
to MATRIX 2
L CHON
R CH
L CH
R CH
to MATRIX(VAR I) STEREO to STEREO LEVEL
CH ON
ON
KEYIN CUEON
[KEYIN SOURCE]SELF PRE EQ /
SELF POST EQ /INPUT 1- 144 PRE EQ /
MIX 1- 72 PRE EQ /MATRIX 1- 36 PRE EQ /STEREO A, B PRE EQ/
DIRECT INPUT
KEYINKEYIN
FILTER
TO ST BST B Rch
ST B Lch
to MATRIX 2
to MATRIX 1
to MATRIX 3- 36(same as above )
ON PANto MATRIX(VAR I)MONO to STEREO
LEVEL
to MATRIX 2- 36(same as above)
to MATRIX 1
to MATRIX 1
L CHON
R CH
L CH
R CH
to MATRIX(VAR I) STEREO to MONO LEVEL
to MATRIX(VAR I) MONO to MONO ON to MATRIX 1
to MATRIX 2- 36(same as above)
LEVEL
PAN
PRE FADER
PRE FILTERPRE EQ PRE DYN
POST FADER POST ON
PRE DELAY
PRE FADER
PRE FILTERPRE EQ PRE DYN
POST FADER POST ON
PRE DELAY
PRE FADER
PRE FILTERPRE EQ PRE DYN
POST FADER POST ON
PRE DELAY
PRE FADER
PRE FILTERPRE EQ PRE DYN
POST FADER POST ON
PRE DELAY
PRE FADER
PRE FILTERPRE EQ PRE DYN
POST FADER POST ON
PRE DELAY
PRE FADER
PRE FILTERPRE EQ PRE DYN
POST FADER POST ON
PRE DELAY
* MATRIX 1-4 act as DOWNMIX of SURROUND A/B during SURROUND MODE. Therefore ST to MATRIX 1-4 are cut.
PAN/ BAL
POST ON2 3 4 5 6MIX 1 MATRIX
1
2
3
4
MIX 7 8 9 101112
DOWNMIX
from PLUG-INSfrom GEQfrom INPUT PATCH
/ PEQ
RIVAGE PM10 Block Diagram 7
STEREO A/B
CUEBL R
CUEA L R
to MONITOR
to PLUG-INSto GEQ / PEQ
MATRIX363521
to PLUG-INS
OUTPUTPATCH
ST A / BL R
SSTEREO A/ B
SUB IN
PRE FILTER PRE EQ
HPF LPF 8BANDPEQ
METERPRE EQ
METEREQ OUT
PRE DYN
METER
PRE DYN
METER
DYNOUT
DYNAMICS
GR METER
DELAY
LEVEL /DCA 1- 24
PRE FADER
METERPOST FADER
POST FADER
METERPRE FILTER
ON
POST ONMETER
BALANCE(Only ST )
from TALKBACK 1
∑∑∑∑∑∑
ASSIGN
METER∑
PRE FADER
PRE DELAY
from TALKBACK 2ASSIGN
POST ON
to CU E B
∑
DIMMERfor TALKBACK
CUE B Lch
CUE B Rch
MONO- 6dB
to R
PFL (PRE FADER )AFL (POST ON )PFL (PRE FADER )AFL (POST ON )
ONto CU E ACUE A Lch
CUE A Rch
to MATRIX 3 -36(same as above )
to MATRIX 1
to MATRIX 2
L CHON
R CH
BALANCE
L CH
R CH
to MATRIX(VAR I) STEREO to STEREO LEVEL
CH ON
KEYIN CUEON
[KEYIN SOURCE]SELF PRE EQ/
SELF POST EQ/INPUT 1-144 PRE EQ/
MIX 1-72 PRE EQ /MATRIX 1-36 PRE EQ /STEREO A , B PRE EQ /
DIRECT INPUT
KEYIN
KEYIN FILTER
MONO(STEREO B Only )
to MATRIX(VAR I) STEREO to MONO ON to MATRIX 1
LEVEL
to MATRIX 1to MATRIX 2 -36(same as above )
PRE FADER
PRE FILTERPRE EQ PRE DYN
POST FADER POST ON
PRE DELAY
PRE FADER
PRE FILTERPRE EQ PRE DYN
POST FADER POST ON
PRE DELAY
PRE FADER
PRE FILTERPRE EQ PRE DYN
POST FADER POST ON
PRE DELAY
PRE FADER
PRE FILTERPRE EQ PRE DYN
POST FADER POST ON
PRE DELAY
* MATRIX 1-4 act as DOWNMIX of SURROUND A/B during SURROUND MODE. Therefore ST to MATRIX 1-4 are cut.
from PLUG-INSfrom GEQfrom INPUT PATCH
/ PEQ
SAME AS ABOVESAME AS ABOVE
RIVAGE PM10 Block Diagram 8
MATRIX1-36
CUEBL R
CUEAL R
to MONITOR
to PLUG-INSto GEQ / PEQ
to PLUG-INS
MATRIX363521
MMAA TTRRIIXX11 -- 3366
PRE FILTER PRE EQ
HPF LPF 8BANDPEQ
METERPRE EQ
METEREQ OUT
PRE DYN
METER
PRE DYN
METER
DYNOUT
DYNAMICS
GR METER
DELAY
LEVEL /DCA 1- 24
PRE FADER
METERPOST FADER
POST FADER
METERPRE FILTER
ON
POST ONMETER
BALANCE(Only ST )from TALKBACK 1
∑∑∑∑∑∑
ASSIGN
METER∑
PRE FADER
PRE DELAY
from TALKBACK 2ASSIGN
POST ON
ON
tto CU E B
∑
DIMMERfor TALKBACK
CUE B Lch
CUE B Rch
PFL (PRE FADER)AFL (POST ON)PFL (PRE FADER)AFL (POST ON)
to CU E ACUE A Lch
CUE A Rch
KEYIN CUEON
[KEYIN SOURCE ]SELF PRE EQ /
SELF POST EQ /INPUT 1- 144 PRE EQ /
MIX 1- 72 PRE EQ /MATRIX 1- 36 PRE EQ /STEREO A , B PRE EQ /
DIRECT INPUT
KEYIN
KEYIN FILTER
SUB IN
SAME AS ABOVESAME AS ABOVE
from PLUG-INSfrom GEQfrom INPUT PATCH
/ PEQ
RIVAGE PM10 Block Diagram 9
CUE/MONITOR/MISC.
ONLEVEL
MONITOR A OUT L
MONITOR A OUT R
MONITOR A OUT CC
R
L
CUE A OUT L
CUE A OUT R
ONLEVEL
to PHONES A OUT L
to MONITOR
to MONITOR
to PHONES A OUT R
PHONES LEVEL LINK
DIMMER/DIMMER ON TALKBACK
R
L
DIMMER ON TALK BACK
CUE B OUT L
CUE B OUT R
MONITOR B OUT L
MONITOR B OUT R
MONITOR B OUT C
to PHONES B OUT L
to PHONES B OUT R
ONSURROUNDMONITOR
FADERDIMMER/DIMMER ON TALKBACK
SURROUND CUE OUT L
SURROUND MONITOR METER OUT L
SPEAKERMUTE
MONITOR LEVEL
B
SURROUND CUE OUT R
SURROUND CUE OUT C
SURROUND CUE OUT LFE
SURROUND CUE OUT Ls
SURROUND CUE OUT Rs
SURROUND MONITOR OUT L
SURROUND MONITOR OUT R
SURROUND MONITOR OUT C
SURROUND MONITOR OUT LFE
SURROUND MONITOR OUT Ls
SURROUND MONITOR OUT Rs
SURROUND MONITOR METER OUT RSURROUND MONITOR METER OUT CSURROUND MONITOR METER OUT LFESURROUND MONITOR METER OUT LsSURROUND MONITOR METER OUT Rs
SURROUNDMONITOR
FADER
USE PHONES BFOR SURROUND
(PHONES B ONLY )
to PLUG-INSto GEQ / PEQ
(INSERT OUT)
OUTPUTPATCH
CUE
MONI
MONI
CUE
MONIC
R
L
CUE INTERRUPT
CUE BL R
CUE AL R CCUE A / MONITOR A / PHONES A
L
R
CPRE EQ
METER
POST EQ
METER
CUE TRIM(INPUT(PFL)/OUTPUT(PFL)/DCA)
L
R
CUE A
CUE A POST EQ
METER
PHONES POINT(MONITOR )
PHONES POINT(CUE)
PRE DELAYPOST DELAY
PRE DELAYPOST DELAY
PRE DELAYPOST DELAY
PRE DELAYPOST DELAY
PRE DELAYPOST DELAY
from MIX 1- 72
16
from TALKBACK 1-2 2
from CUE OUT A-B 4
4 from STEREO A - B
from MATRIX 1- 36 36
from DIRECT OUT 1-144 144
72
CUE
MONITOR
PHONES
CUE
ON
MONI
CUE/ SOLO LOGIC
METER
METER
To RTA
METER
METER
METER
METER
METER
CUE METERCUE MODULEMETER
MONITORMODULEMETER
C
R
L
DIMMER ONCUE
8BandPEQ
8BandPEQ
MONITOR PEQ
CUE PEQ
DELAY
DELAY
DELAY
DELAY
DELAY
PRE DELAY POST DELAY
PRE DELAY POST DELAY
POST DELAYPRE DELAY
INSERT
INSERT
INSERTLR+C DOWNMIX
0dB
- 3dB
8BandPEQ
8BandPEQ
MONITOR OUT MODE
MONO
- 3dB
MONO
- 3dB
- 3dB
CUE OUT MODE
8BandPEQ
CENTER CHANNEL ON
CENTER CHANNEL ON
CUE B / MONITOR B / PHONES B
- 3dB
MONITORSELECT
MONITORSOURCEDEFINE
1- 8
0dB
- 3dB
0dB
0dB
OSCILLATOR
PRE DELAY
PRE DELAY POST DELAY
POST DELAY
PRE EQ
METER
PRE EQ
METER
POST EQ
METERPOST EQ
METER
POST EQ
METERPRE EQ
METER
PRE EQ
METER
SURROUND CUE
SURROUND MONITOR
CUE LOGIC
SURROUNDMONITORMODULEMETER
DELAY
8
SURROUND A OUT (MIX 1- 6)SURROUND B OUT (MIX7- 12)
Ext 5.1 (1- 4)Ext ST (1- 4)
6x42x4
DIMMER ON CUE
DOWN MIX A OUT (MATRIX 1- 2)DOWN MIX B OUT (MATRIX 3- 4)
66
From CUE B
22
to PHONES B
SURROUNDCUEMODULEMETER
SURROUNDCUEMETER
from MIX 1- 72
16
from TALKBACK 1-2 2
from CUE OUT A-B 4
4 from STEREO A - B
from MATRIX 1- 36 36
from DIRECT OUT 1- 144 144
72 MONITORSOURCEDEFINE
1- 8
SURROUND CUE
METER
METER
METER
METER
METER
METER
SURROUNDMONITORDOWNMIX
CUE
MONI
CUE
MONI
DELAY
DELAY
DELAY
DELAY
DELAY
OSCILLATOR
METER
METER
METER
METER
METER
METER
DELAY
DELAY
DELAY
DELAY
DELAY
DELAY
METER
METER
METER
METER
METER
METER
To SURROUND MONITOR
(CUE B ONLY )
MONITORSELECT
L
R
C
LFE
Ls
Rs
L
R
C
LFE
Ls
Rs
1 2 3 4 5 6
INSERT
ON
(PHONES B ONLY )
USE PHONES BFOR SURROUND
SURROUND CUE/ SURROUND MONITOORR
ON
from PLUG-INSfrom GEQ / PEQ
(INSERT IN)
from PLUG-INSfrom GEQ / PEQ
from PLUG-INSfrom GEQ / PEQ
to PLUG-INSto GEQ / PEQ
to PLUG-INSto GEQ / PEQ
to PLUG-INSto GEQ / PEQ
(INSERT IN)
from PLUG-INSfrom GEQ / PEQ
(INSERT IN)
(INSERT IN)
(INSERT OUT)
(INSERT OUT)
(INSERT OUT)
SAME AS ABOVESAME AS ABOVE
INPUTPATCH
8
SUB IN
SUB IN
RIVAGE PM10 Block Diagram 10
SELECT
36
/B
ST AL R
ST BL R
MATRIX363521
CUEBL R
CUEAL R
PLUG-INS(mono)
CUEA ON
PLUGIN RACK
CUEB ON
PLUG-INS(stereo)
CUEA ON LchRch
CUEB ON LchRch
PLUG-INS(1in/2out)
CUEA ON LchRch
CUEB ON LchRch
CH1-144
LEVELON TALKBACK OUT
MONITOR
MIX1-72a
MATRIX1-
STEREO A
TALKBACK
INPUT PATCH
TALKBACK(Control Surface)
+48V ON
+48V
+-
ANALOG INPUT GAIN
1
2
3
AD
ON
METERON
+48V MASTER
OSCILLATOR
PINK NOISE
BURST NOISEHPF LPF
LEVEL
SINE WAVE
Sine Wave:FREQUENCY 20Hz – 20kHz
SINE WAVE 2CH
LEVEL
LEVEL
ON
METER
MIX727121
2
2 to MONITOR
to INPUT CH
METER
TALKBACK OUT ON
1 to SURROUND MONITOR
MIX1-72 OUTMATRIX1-36 OUTSTEREO A/B OUT
RIVAGE PM10 Block Diagram 11
DA
Max. DSP Noise Floor
Max. Output
Digital Analog
dBu Analog
+20
+10
0
-10
-20
-30
-40
-50
-60
-70
-80
-90
-100
-110
-120
-130
-140
-150
-160
+24
+4
-170
-180
-190
Nominal Output
[+24dBu]
[+4dBu]
+30
DE
LAY
TWIN
LAN
e
TRIM
el
LEV
EL
OU
TPU
T PA
TCH
INSE
RT
BALA
NC
E
ON
INSE
RT
MY/RY CARD OUTHY3,4 CARD OUT
Level Diagram
AD
[0dBu = 0.775Vrms]
DigitalAnalog
Max.Input[+30dBu]
INPU
T P
ATC
H
LEVE
L/D
CA
BUS
Adde
r
ON
4PE
Q
DIG
ITA
L G
AIN
HPF
/LPF
DYN
AMIC
S 1
INSE
RT
Digital Clipping Lev
CASCADE OUTCASCADE IN
dBu Analog
+20
+10
0
-10
-20
-30
-40
-50
-60
-70
-80
-90
-100
-110
-120
-130
-140
-150
-160
-170
-180
-190
+30 GAIN MIN.
PAD[18dB] HA ATT TRIM
Max.Input[-42dBu]GAIN MAX.
Max.Input[-30dBu]
Nominal Input[+10dBu]GAIN MIN.
Nominal Input[-62dBu]GAIN MAX.
Nominal Input[-50dBu]GAIN MAX.(TALKBACK)
GAIN MAX.(TALKBACK)
0123456789
101112131415161718192021222324252627282930313233
DigitalBit
343536
0
-10
-20
-30
-40
-50
-60
-70
-80
-90
-100
-110
-120
-130
-140
-150
-160
-170
-190
-200
-210
dBFS
-180
SILK
TWIN
LAN
e
DE
LAY
INSE
RT
INSE
RT
INSE
RT
DYN
AMIC
S 2
INSE
RT
INSE
RT
LEVE
L/D
CA
DE
LAY
INSE
RT
DYN
AMIC
S
INSE
RT
8PE
Q
INSE
RT
HPF
/LPF
INSE
RT
INSERT ININSERT OUT
[0dBFS = Full Scale]
MY/RY CARD INHY3,4 CARD IN
Published 01/2019 IPTO-G0
© 2015 Yamaha CorporationManual Development Group
Yamaha Downloadshttps://download.yamaha.com/
Yamaha Pro Audio global websitehttps://www.yamahaproaudio.com/
VCQ9080
