Yamaha RIVAGE PM Block Diagram Bd B1
User Manual: Yamaha RIVAGE PM Block Diagram
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Block Diagram Block Diagram 16 16 16 16 16 16 16 16 128 RY1 RY2 System Overview (PM10, PM5, PM3) I/O Rack(RPio622) HY1 Inputs (HY256-TL) (HY256-TL-SMF) I/O Rack(RPio622) RY1 Outputs TWINLANe Network (400ch) HY1 (HY256-TL) (HY256-TL-SMF) 256 256 RY2 RY3 RY3 RY4 RY4 RY5 RY5 DSP Engine (DSP-R10/DSP-RX-EX/DSP-RX) RY6 RY6 MATRIX (*1) STEREO A / B MIX (*1) MY 1 MY 1 PORT TO PORT MY 2 HY1 (*2) 256 256 HY2 CH (*1) HY2 (*2) DIRECT OUT HY1 (*2) 256 HY2 (*2) 256 MY2 16 16 16 16 16 16 16 16 HY2 128 HY3 HY3 256 256 256 MY 2 16 16 256 MATRIX (*1) HY2 RY2 MY 1 MY 2 HY2 CUE A / B SURROUND CUE SURROUND MONITOR CUE A / B MONITOR A / B PHONES A / B SURROUND CUE SURROUND MONITOR 16 16 16 128 INSERT 2 SUB IN MONITOR A / B 16 16 MY 1 MY2 HY1 (HY256-TL) (HY256-TL-SMF) MY2 INSERT 1 128 MY 1 INSERT 2 16 I/O Rack(RPio222) RY1 Outputs STEREO A/ B INSERT 1 16 INSERT 2 MY 1 16 INSERT 2 (HY256-TL-SMF) INSERT 1 RY2 I/O Rack(RPio222) HY1 Inputs (HY256-TL) INPUT PATCH 16 16 RY1 INSERT 1 MIX (*1) CUE OUTS MONITOR OUTS SURROUND CUE OUTS SURROUND MONITOR OUTS SURROUND MONITOR METER OUTS PHONES OUTS Console Network Console Network MIX OUT STEREO OUT MATRIX OUT (for Inserts) GEQ/PEQ 48x 31bandGEQ (96x Flex15GEQ) (96x 8bandPEQ) (1x 32Ch Automixer) (1x 64Ch Automixer) (for Inserts / Send-Return) PLUG-INS PLUGIN RACK Max. 384 instances (DSP-R10/DSP-RX) Max. 512 instances (DSP-RX-EX) 8x OMNI IN 8 (*1) The number of channels varies depending on the model. Refer to the following information. DSP-R10: INPUT 1-144, MIX 1-72, MATRIX 1-36 DSP-RX-EX: INPUT 1-288, MIX 1-72, MATRIX 1-36 DSP-RX: INPUT 1-120, MIX 1-48, MATRIX 1-24 (*2) Supported cards: TWINLANe network cards and other HY cards HY4 OSCILLATOR RTA MY 1 MY 2 4x PHONES(CS-R10) 2x PHONES(CS-R10-S) 2x PHONES(CS-R5) 1x PHONES(CS-R3) TALKBACK (CS-R10/CS-R10-S) 2trk USB PLAYBACK 2trk USB RECORDER Control Surface (CS-R10/CS-R10-S/CS-R5/CS-R3) 256 TALKBACK 8x OMNI OUT 4x AES/EBU(CS-R10/CS-R10-S) 2x AES/EBU(CS-R5) 4x AES/EBU(CS-R10/CS-R10-S) 8(CS-R10/CS-R10-S) 2x AES/EBU(CS-R5) 4(CS-R5) MY 1 16 MY 2 16 1 RECORDING PATCH (REC OUT) RECORDING PATCH (PLAYBACK IN) HY4 256 CH REC OUT 8 8(CS-R10/CS-R10-S) 4(CS-R5) 16 16 8(CS-R10) 4(CS-R10-S) 4(CS-R5) 2(CS-R3) RIVAGE PM Block Diagram 2 System Overview (PM7) 16 16 16 16 16 16 16 RY1 RY2 I/O Rack(RPio622) HY1 Inputs (HY256-TL) (HY256-TL-SMF) HY1 (HY256-TL) (HY256-TL-SMF) 256 256 RY3 RY2 RY3 DIGITAL MIXING CONSOLE (CSD-R7) RY4 RY4 RY5 RY5 RY6 RY6 MATRIX 1- 36 STEREO A / B MIX 1- 60 MY 1 MY 1 PORT TO PORT MY 2 HY 1 (*2) HY1 (*2) 256 16 CH 1- 144 128 I/O Rack(RPio622) RY1 Outputs TWINLANe Network （400ch） 256 DIRECT OUT HY2 HY2 16 16 16 16 16 16 16 128 HY2 HY2 256 MY2 16 256 (HY256-TL-SMF) 256 INSERT 1 MY2 HY2 MY 1 HY2 Console N et wor k SURROUND CUE CUE A / B MONITOR A / B PHONES A / B SURROUND CUE SURROUND MONITOR CUE OUTS MONITOR OUTS SURROUND CUE OUTS SURROUND MONITOR OUTS SURROUND MONITOR METER OUTS STEREO OUT 16 1 (for Inserts / Send-Return) TALKBACK GEQ/PEQ 48x 31bandGEQ (96x Flex15GEQ) (96x 8bandPEQ) (1x 32Ch Automixer) (1x 64Ch Automixer) PLUG-INS PLUGIN RACK Max. 384 instances OSCILLATOR 8x OMNI IN 8x OMNI OUT 4x AES / EBU MY 1 MY 1 MY 2 MY 2 TALKBACK 2trk USB PLAYBACK 256 RTA 4x AES / EBU 8 16 (for Inserts) HY3 RECORDING PATCH ( REC OUT ) MIX OUT MATRIX OUT 8 Console N et work CH REC OUT RECORDING PATCH ( PLAYBACK IN ) 256 128 PHONES OUTS SURROUND MONITOR HY3 16 INSERT 2 INSERT 1 CUE A / B MONITOR A / B 16 16 SUB IN 128 16 MY 2 INSERT 2 16 RY2 MATRIX 1- 36 MY 1 INSERT 1 16 256 STEREO A/ B HY1 (HY256-TL) (HY256-TL-SMF) INSERT 2 RY2 I/O Rack(RPio222) RY1 Outputs INPUT PATCH 16 I/O Rack(RPio222) HY1 Inputs (HY256-TL) INSERT 2 16 RY1 INSERT 1 MIX 1- 60 2x PHONES 8 8 16 16 4 2trk USB RECORDER (*2) Supported cards: TWINLANe network cards and other HY cards RIVAGE PM Block Diagram 3 DIGITAL MIXING CONSOLE, DSP Engine MY slot 1/2 MY slot 1/2 DIGITAL MIXING CONSOLE (CSD-R7) METER METER DELAY 16 GAIN +48V MASTER +48V OMNI IN[1-8] ON 16 TRIM METER OMNI OUT[1-8] METER ON 2 + - 1 3 Silk AD DELAY 8 GAIN TRIM ANALOG INPUT GAIN METER AES/EBU IN[1-8] TRIM 1 33 AES/EBU OUT[1-8] METER 22 1 2 1 22 1 + - DA 8 SRC DELAY 8 3 GAIN 8 TRIM 1 SRC 33 TALKBACK +48V 2 1 3 METER PHONES A Tip ON DA + - AD Ring 2 1 [PHONES OUT A] Sleeve ANALOG INPUT GAIN PHONES LEVEL A PHONES B Tip DA Ring 2 [PHONES OUT B] Sleeve PHONES LEVEL B 2trk USB PLAYBACK PLAYBACK METER METER SRC SRC 2 GAIN 2trk USB RECORDER 2 CUE A/B GAIN RECORDER CUE A/B Console Network Console Network METER METER HY slot 1 HY slot 1 (HY256-TL) 256 256 (HY256-TL) METER METER HY slot 2 HY slot 2 Signal Processing 256 256 METER METER HY slot 3 HY slot 3 256 256 DSP Engine (DSP-R10/DSP-RX-EX/DSP-RX) METER METER MY slot 1/2 MY slot 1/2 DELAY 16 GAIN METER TRIM 16 METER HY slot 1 (*2) HY slot 1 256 256 METER HY slot 2 (*2) (*2) METER HY slot 2 256 256 Signal Processing METER (*2) METER HY slot 3 HY slot 3 256 256 METER METER HY slot 4 HY slot 4 256 256 Console Network (*2) Supported cards: TWINLANe network cards and other HY cards RIVAGE PM Block Diagram 4 Control Surface, I/O Rack MY slot 1/2 +48V Control Surface (CS-R10/CS-R10-S/CS-R5/CS-R3) METER ON RY slot 1-6[1-2] DELAY 1 GAIN +48V MASTER +48V ON + - 1 3 AD 16 3 GAIN TRIM 2 + - DA DELAY TRIM ANALOG INPUT GAIN PEAK METER ON GAIN COMPENSATION RY slot 1-6[1-2] METER 8 1 3 2 1 3 OFF + - AD SIGNAL Silk 16 ANALOG INPUT GAIN DELAY TRIM ON 16 GAIN METER AES/EBU OUT[1-8] (CS-R10/CS-R10-S) AES/EBU OUT[1-4] (CS-R5) 2 1 METER 2 1 SRC DELAY SRC 3 GAIN 8(CS-R10/CS-R10-S) 4(CS-R5) TRIM GAIN 16 TALKBACK (CS-R10/CS-R10-S) +48V 2 1 3 METER ON + - DA AD Ring 2 1 ROUTING MODE Ring 256 HY slot 1 HY slot 1 (HY256-TL) (HY256-TL-SMF) (HY256-TL) (HY256-TL-SMF) TRIM 16 HY slot 2 METER 128 (Input Splitting / Patchable Outputs) INPUT SPLITTING CH 1- 16 : RY slot CH 17- 32 : RY slot CH 33- 48 : RY slot CH 49- 64 : RY slot CH 65- 80 : RY slot CH 81- 96 : RY slot CH 97- 112 : MY slot CH113 - 128 : MY slot 1 2 3 4 5 6 1 2 PHONES B Tip DA 128 1 3 MY slot 1/2 GAIN TWINLANe PHONES LEVEL A 2 HY slot 2 METER [PHONES OUT A] Sleeve ANALOG INPUT GAIN 16 256 LEFT HAND SIDE (CS-R10 only) PHONES A Tip TRIM 16 SRC METER DELAY MY slot 1/2 1 3 2 3 8(CS-R10/ CS-R10-S) 4(CS-R5) 2 + - RY16-AE METER DELAY SRC DA TRIM RY16-AE METER AES/EBU IN[1-8] (CS-R10/CS-R10-S) AES/EBU IN[1-4] (CS-R5) RY16-DA METER METER OMNI OUT[1-8] METER Silk (CS-R10/ CS-R10-S) 8 ON 2 TRIM METER OMNI IN[1-8] RY16-ML-SILK +48V METER 2 16 I/O Rack(RPio622/[RPio222]) +48V MASTER MY slot 1/2 [PHONES OUT B] Sleeve PHONES LEVEL B RIGHT HAND SIDE (CS-R10, CS-R10-S, CS-R5 only) PHONES A Tip DA Ring [PHONES OUT A] Sleeve PHONES LEVEL A PHONES B Tip DA Ring [PHONES OUT B] Sleeve PHONES LEVEL B RIGHT HAND SIDE (CS-R3 only) PHONES Tip DA SELECT Ring [PHONES OUT] Sleeve PHONES LEVEL 2trk USB PLAYBACK PLAYBACK METER METER SRC 2 GAIN CUE A/B 2 trk USB RECORDER SRC 2 GAIN RECORDER CUE A/B Console Network RIVAGE PM Block Diagram 5 CH (*1) MIX (*1) (MATRIX (*1)) 1 2 (*1) (*1) C H (*1) L R L R L R L R OUTPUT PATCH CH ON CH FADER CH DCA 1- 24 PRE FILTER PRE DYN 1 PRE FADER POST ON PRE EQ PRE DYN 2 POST FADER ST A ST B CUEA CUEB ON FOLLOW ON LEVEL DIRECT OUT FOLLOW DCA FOLLOW FADER INSERT 1 OUT INSERT POINT INSERT 2 OUT from PLUG-INS from GEQ / PEQ from INPUT PATCH PAN PRE D.GAIN METER RECORDING PATCH (PLAYBACK IN) DIGITAL GAIN PRE FILTER METER PRE EQ EQ OUT METER METER PRE DYN1 METER DYN1 OUT METER PRE DYN2 METER ∑ ∑ ∑ ∑ ∑ ∑ A INPUT PATCH B Rec HPF CH 1(L) PRE FILTER A B Rec ST A Lch to PLUG-INS to GEQ / PEQ ST A Rch ∑ CH REC OUT POST PAN L POST PAN R PAN / BAL CH 2(R) 4BAND PEQ LPF PRE EQ DYN2 OUT METER PRE FADER METER POST FADER METER POST ON METER ∑ ∑ ∑ ∑ GR METER GR METER DYNAMICS 1 DYNAMICS 2 PRE DYN 1 PRE DYN 2 LEVEL / DCA 1- 24 TO ST A ST B Lch ST B Rch TO ST B ST A Lch ON LCR ST B Cch CSR POST FADER PRE FADER Same as the DYNAMICS 1 POST ON ST A Rch TO LCR PAN LINK ST / LCR to CH 2(R) L/ R PATH (Only STEREO CH ) DELAY OSCILLATOR [KEYIN SOURCE] SELF PRE EQ / SELF POST EQ / INPUT (*1) PRE EQ / MIX (*1) PRE EQ / MATRIX (*1) PRE EQ / STEREO A, B PRE EQ / DIRECT INPUT KEYIN PRE FADER (default ) KEYIN FILTER KEYIN CUE ON to MIX (FIXED/ MIXMINUS ) MONO to MONO ON POST ON to MIX (FIXED/ MIXMINUS ) POST PAN L MONO to STEREO POST PAN R SURROUND PAN PAN POST ON LFE ON L R C Ls Rs LFE to SURROUND A MIX 1 2 3 4 5 6 to MIX (FIXED/ MIXMINUS ) STEREO to MONO to SURROUND B MIX 7 POST ON ON POST FADER ON SURROUND CUE 1 2 3 4 5 6 POST PAN L to MIX / MATRIX (VARI ) PRE EQ MONO to STEREO PRE DYN 2 POST FADER to MIX / MATRIX (VARI ) STEREO to MONO PRE EQ L CH PRE DYN 2 POST FADER R CH PRE EQ PRE DYN 2 POST FADER to MIX / MATRIX (VARI ) STEREO to STEREO PRE EQ L CH PRE DYN 2 POST FADER R CH PRE EQ PRE DYN 2 POST FADER PRE FILTER PRE DYN 1 PRE FADER POST ON ON LEVEL PRE FILTER PRE DYN 1 PRE FADER POST ON ON LEVEL PRE FILTER PRE DYN 1 PRE FADER POST ON PRE FILTER PRE DYN 1 PRE FADER POST ON ON LEVEL CH ON CH FADER CH DCA 1- 24 to MIX 1(MATRIX 1) FOLLOW ON FOLLOW FADER FOLLOW DCA to MIX (*1) (MATRIX (*1)) (same as above ) CH ON CH FADER CH DCA 1- 24 PAN FOLLOW ON FOLLOW FADER to MIX 1(MATRIX 1) to MIX 2(MATRIX 2) to MIX (*1) (MATRIX (*1)) (same as above ) FOLLOW DCA CH ON CH FADER CH DCA 1- 24 to MIX 1(MATRIX 1) to MIX 1(MATRIX 1) FOLLOW ON PRE FILTER PRE DYN 1 PRE FADER POST ON PRE FILTER PRE DYN 1 PRE FADER POST ON ON FOLLOW FADER FOLLOW DCA to MIX (*1) (MATRIX (*1)) (same as above ) CH ON CH FADER CH DCA 1- 24 LEVEL to MIX 1(MATRIX 1) PAN / BAL to MIX 2(MATRIX 2) FOLLOW ON * MATRIX 1-4 act as DOWNMIX of SURROUND A/B during SURROUND MODE. Therefore ST to MATRIX 1-4 are cut. to CUE A FOLLOW PAN PFL (PRE FILTER) PFL (PRE FADER) AFL (POST FADER) AFL (POST PAN L ) AFL (POST PAN R) to MIX 1 to MIX (*1) (same as above ) to MIX 1 to MIX 2 to MIX (*1) (same as above ) ON POST PAN R 8 9 101112 to MIX / MATRIX (VARI ) PRE EQ MONO to MONO PRE DYN 2 to SURROUND CUE ON POST ON to MIX (FIXED/ MIXMINUS ) STEREO to STEREO to MIX 1 to MIX (*1) (same as above ) to MIX 1 to MIX 2 to MIX (*1) (same as above ) to MIX 1 ON FOLLOW FADER FOLLOW DCA to MIX (*1) (MATRIX (*1)) (same as above ) CUE A Lch CUE A Rch CUE POINT to CUE B CUE B Lch SAME AS ABOVE CUE B Rch (*1) The number of channels varies depending on the model. Refer to the following information. CSD-R7: INPUT 1-144, MIX 1-60, MATRIX 1-36 DSP-R10: INPUT 1-144, MIX 1-72, MATRIX 1-36 DSP-RX-EX: INPUT 1-288, MIX 1-72, MATRIX 1-36 DSP-RX: INPUT 1-120, MIX 1-48, MATRIX 1-24 RIVAGE PM Block Diagram 6 MIX (*1) MIX 1 2 (*1)(*1) ST A L R M IX (*1) ST B L R MATRIX 1 2 (*1) (*1) CUEA L R CUEB L R OUTPUT PATCH from PLUG-INS from GEQ / PEQ from INPUT PATCH to PLUG-INS to GEQ / PEQ PRE FILTER METER PRE EQ METER ∑ ∑ PRE DYN METER EQ OUT METER ∑ ∑ ∑ DIMMER for TALKBACK SUB IN from TALKBACK 2 PRE FADER METER POST FADER METER ∑ ∑ GR METER HPF from TALKBACK 1 DYN OUT METER DYNAMICS PRE EQ PRE FILTER ∑ ON 8BAND PEQ LPF LEVEL / DCA 1- 24 POST ON METER DELAY PRE DYN PRE DELAY PRE FADER POST ON POST FADER BALANCE (Only ST ) to MONITOR ASSIGN to PLUG-INS [KEYIN SOURCE] SELF PRE EQ / SELF POST EQ / INPUT (*1) PRE EQ / MIX (*1) PRE EQ / MATRIX (*1) PRE EQ / STEREO A, B PRE EQ / DIRECT INPUT KEYIN ASSIGN KEYIN FILTER KEYIN CUE ON POST PAN L POST PAN R ST A Lch PAN PAN / BAL ST A Rch MIX 1 2 3 4 5 6 TO ST A to STEREO DOWNMIX POST ON MATRIX MONO to STEREO STEREO to STEREO 1 PRE EQ PRE DELAY POST FADER PRE FILTER PRE DYN PRE FADER POST ON ST B Lch ON CH ON ST B Rch TO ST B CSR ST A Lch 2 ST B Cch ST A Rch MIX 7 8 9 101112 LCR TO LCR ST / LCR 3 4 * MATRIX 1-4 act as DOWNMIX of SURROUND A/B during SURROUND MODE. Therefore ST to MATRIX 1-4 are cut. to MATRIX(VAR I) MONO to MONO to MATRIX(VAR I) MONO to STEREO to MATRIX(VAR I) STEREO to MONO PRE EQ PRE DELAY POST FADER PRE FILTER PRE DYN PRE FADER POST ON PRE EQ PRE DELAY POST FADER PRE FILTER PRE DYN PRE FADER POST ON L CH PRE EQ PRE DELAY POST FADER R CH PRE EQ PRE DELAY POST FADER PRE FILTER PRE DYN PRE FADER POST ON PRE FILTER PRE DYN PRE FADER POST ON ON LEVEL ON LEVEL CH ON to MATRIX 1 to MATRIX (*1) (same as above ) PAN to MATRIX 1 to MATRIX 2 to MATRIX (*1) (same as above ) LEVEL ON L CH to MATRIX 1 R CH to MATRIX 1 to MATRIX (*1) (same as above) to MATRIX(VAR I) STEREO to STEREO L CH R CH PRE EQ PRE DELAY POST FADER PRE EQ PRE DELAY POST FADER PRE FILTER PRE DYN PRE FADER POST ON PRE FILTER PRE DYN PRE FADER POST ON LEVEL ON L CH to MATRIX 1 PAN / BAL R CH to MATRIX 2 to MATRIX (*1) (same as above ) to CU E A PFL (PRE FADER) AFL (POST ON) PFL (PRE FADER) AFL (POST ON) t o CU E B ON CUE A Lch CUE A Rch CUE B Lch SAME AS ABOVE CUE B Rch (*1) The number of channels varies depending on the model. Refer to the following information. CSD-R7: INPUT 1-144, MIX 1-60, MATRIX 1-36 DSP-R10: INPUT 1-144, MIX 1-72, MATRIX 1-36 DSP-RX-EX: INPUT 1-288, MIX 1-72, MATRIX 1-36 DSP-RX: INPUT 1-120, MIX 1-48, MATRIX 1-24 RIVAGE PM Block Diagram 7 STEREO A/B ST A / B MATRIX L R 1 2 (*1) (*1) CUEA CUEB L R L R OUTPUT PATCH S TEREO A/ B from PLUG-INS from GEQ / PEQ from INPUT PATCH to PLUG-INS to GEQ / PEQ PRE FILTER METER SUB IN MONO (STEREO B Only ) PRE EQ METER ∑ ∑ EQ OUT METER ∑ PRE DYN METER PRE FILTER DYNAMICS PRE EQ KEYIN from TALKBACK 1 ASSIGN from TALKBACK 2 ASSIGN ∑ PRE DELAY PRE FADER POST FADER BALANCE (Only ST ) POST ON to MONITOR to PLUG-INS KEYIN FILTER KEYIN CUE ON CH ON PRE EQ PRE DELAY POST FADER PRE FILTER PRE DYN PRE FADER POST ON PRE EQ PRE DELAY POST FADER PRE FILTER PRE DYN PRE FADER POST ON L CH PRE EQ PRE DELAY POST FADER PRE FILTER PRE DYN PRE FADER POST ON R CH PRE EQ PRE DELAY POST FADER PRE FILTER PRE DYN PRE FADER POST ON to MATRIX(VAR I) STEREO to STEREO POST ON METER ∑ DELAY PRE DYN [KEYIN SOURCE ] SELF PRE EQ / SELF POST EQ / INPUT (*1) PRE EQ / MIX (*1) PRE EQ / MATRIX (*1) PRE EQ / STEREO A , B PRE EQ / DIRECT INPUT to MATRIX(VAR I) STEREO to MONO LEVEL / DCA 1- 24 POST FADER METER ON 8BAND PEQ LPF - 6dB to R ∑ GR METER HPF MONO PRE FADER METER ∑ ∑ DIMMER for TALKBACK DYN OUT METER ON LEVEL to MATRIX 1 to MATRIX 1 to MATRIX 2 -36 (same as above ) LEVEL ON L CH to MATRIX 1 R CH to MATRIX 2 BALANCE to MATRIX 3 -36 (same as above ) * MATRIX 1-4 act as DOWNMIX of SURROUND A/B during SURROUND MODE. Therefore ST to MATRIX 1-4 are cut. to CU E A PFL (PRE FADER ) AFL (POST ON ) PFL (PRE FADER ) AFL (POST ON ) to CU E B ON CUE A Lch CUE A Rch CUE B Lch SAME AS ABOVE CUE B Rch (*1) The number of channels varies depending on the model. Refer to the following information. CSD-R7: INPUT 1-144, MIX 1-60, MATRIX 1-36 DSP-R10: INPUT 1-144, MIX 1-72, MATRIX 1-36 DSP-RX-EX: INPUT 1-288, MIX 1-72, MATRIX 1-36 DSP-RX: INPUT 1-120, MIX 1-48, MATRIX 1-24 RIVAGE PM Block Diagram 8 MATRIX (*1) MATRIX 1 2 (*1) (*1) CUEA CUEB L R L R MATRIX (*1) from PLUG-INS from GEQ / PEQ from INPUT PATCH to PLUG-INS to GEQ / PEQ PRE EQ METER PRE FILTER METER ∑ ∑ EQ OUT METER ∑ DIMMER for TALKBACK SUB IN DYN OUT METER PRE FADER METER ∑ ∑ ∑ GR METER HPF 8BAND PEQ LPF PRE FILTER from TALKBACK 1 PRE DYN METER PRE EQ LEVEL / DCA 1- 24 POST FADER METER POST ON METER ∑ ∑ ON DYNAMICS DELAY PRE DYN PRE DELAY PRE FADER POST FADER POST ON BALANCE (Only ST ) to MONITOR ASSIGN KEYIN from TALKBACK 2 ASSIGN to CU E A [KEYIN SOURCE ] SELF PRE EQ / SELF POST EQ / INPUT (*1) PRE EQ / MIX (*1) PRE EQ / MATRIX (*1) PRE EQ / STEREO A , B PRE EQ / DIRECT INPUT to PLUG-INS KEYIN FILTER KEYIN CUE ON PFL (PRE FADER) AFL (POST ON) PFL (PRE FADER) AFL (POST ON) ON CUE A Lch CUE A Rch t o CU E B CUE B Lch SAME AS ABOVE CUE B Rch (*1) The number of channels varies depending on the model. Refer to the following information. CSD-R7: INPUT 1-144, MIX 1-60, MATRIX 1-36 DSP-R10: INPUT 1-144, MIX 1-72, MATRIX 1-36 DSP-RX-EX: INPUT 1-288, MIX 1-72, MATRIX 1-36 DSP-RX: INPUT 1-120, MIX 1-48, MATRIX 1-24 RIVAGE PM Block Diagram 9 CUE/MONITOR/MISC. CUE A INPUT PATCH C UE E A / MONITO R A / PHO NES SA L R OUTPUT PATCH To RTA CUE To SURROUND MONITOR (CUE B ONLY ) CUE METER SUB IN METER L CUE A METER PRE DELAY POST DELAY CUE OUT MODE METER MONO (INSERT IN) from PLUG-INS from GEQ / PEQ DELAY PRE DELAY CUE A CUE MODULE METER METER R POST DELAY - 3dB INSERT DIMMER ON TALK BACK CUE PEQ METER PRE EQ DELAY METER CUE TRIM (INPUT(PFL)/OUTPUT(PFL)/DCA) PRE EQ 8Band PEQ 8Band PEQ LEVEL ON METER L CUE A OUT L POST EQ METER R CUE A OUT R POST EQ to MONITOR (INSERT OUT) to PLUG-INS to GEQ / PEQ MONITO R from STEREO A-B from MIX (*1) from MATRIX (*1) (*1) (*1) 16 from TALKBACK 1-2 from DIRECT OUT (*1) from CUE OUT A-B DIMMER ON CUE PRE DELAY 4 2 L MONITOR SOURCE DEFINE 1- 8 8 MONITOR SELECT R METER POST DELAY PRE DELAY from PLUG-INS from GEQ / PEQ MONITOR OUT MODE INSERT - 3dB PRE EQ R - 3dB PRE EQ METER CENTER CHANNEL ON C METER 0dB METER POST DELAY DELAY 0dB MONO - 3dB PRE EQ 4 DIMMER / DIMMER ON TALKBACK MONITOR PEQ METER MONI DELAY C (*1) CUE L DELAY PRE DELAY (INSERT IN) MONITOR MODULE METER METER CUE/ SOLO LOGIC POST DELAY 8Band PEQ 8Band PEQ 8Band PEQ MONITOR A OUT L POST EQ METER R MONITOR A OUT R POST EQ METER C MONITOR A OUT C POST EQ to PLUG-INS to GEQ / PEQ OSCILLATOR USE PHONES B FOR SURROUND SURROUND MONITOR FADER CUE INTERRUPT USE PHONES B FOR SURROUND ON PHONES POINT (CUE) PHONES POINT (MONITOR ) PRE DELAY POST DELAY (INSERT IN) from PLUG-INS from GEQ / PEQ LR+C DOWNMIX CUE L 0dB R - 3dB 0dB MONI PRE DELAY POST DELAY ON L (INSERT OUT) ON PRE DELAY POST DELAY LEVEL METER INSERT (PHONES B ONLY ) PHONES LEVEL LINK to PHONES A OUT L CUE PRE DELAY POST DELAY PHO NES MONI to PHONES A OUT R (PHONES B ONLY ) PRE DELAY POST DELAY C CENTER CHANNEL ON (CS-R3: One PHONES. PHONES A or B) (INSERT OUT) to PLUG-INS to GEQ / PEQ - 3dB MONI CUE B L R CUE E B / MONITO R B / PHO NES SB to MONITOR CUE B OUT L CUE B OUT R MONITOR B OUT L SAME AS ABOVE MONITOR B OUT R MONITOR B OUT C to PHONES B OUT L to PHONES B OUT R (CS-R3: One PHONES. PHONES A or B) SURRO UND D CUE// SURRO UND D MONITO OR SURROUND CUE SURROUND CUE MODULE METER SURROUND CUE METER SURRO UND D CUE SUB IN 1 2 3 4 5 6 METER L METER SURROUND CUE OUT L DELAY METER R METER SURROUND CUE OUT R DELAY METER C METER SURROUND CUE OUT C DELAY LFE Ls Rs METER METER SURROUND CUE OUT LFE DELAY METER METER SURROUND CUE OUT Ls DELAY METER METER SURROUND CUE OUT Rs DELAY to PHONES B SURRO UND D MONITO R From CUE B (INSERT IN) from PLUG-INS from GEQ / PEQ DIMMER ON CUE SURROUND A OUT (MIX 1- 6) SURROUND B OUT (MIX7- 12) DOWN MIX A OUT (MATRIX 1- 2) DOWN MIX B OUT (MATRIX 3- 4) 6 Ext 5.1 (1- 4) Ext ST (1- 4) 6x4 from STEREO A-B from MIX (*1) from MATRIX (*1) from CUE OUT A-B CUE R C MONITOR SELECT 4 2 DIMMER/ DIMMER ON TALKBACK MONITOR SURROUND LEVEL SPEAKER B MONITOR ON MUTE FADER METER MONI METER 2x4 (*1) ON INSERT SURROUND MONITOR OUT L MONI 2 (*1) CUE SURROUND MONITOR MODULE METER DELAY 2 16 from TALKBACK 1-2 from DIRECT OUT (*1) L 6 CUE LOGIC SURROUND MONITOR DOWNMIX MONITOR SOURCE DEFINE 1- 8 8 SURROUND MONITOR OUT R DELAY METER SURROUND MONITOR OUT C DELAY METER LFE Ls SURROUND MONITOR OUT LFE DELAY METER SURROUND MONITOR OUT Ls DELAY METER Rs (*1) SURROUND MONITOR OUT Rs DELAY 4 OSCILLATOR (INSERT OUT) to PLUG-INS to GEQ / PEQ SURROUND MONITOR METER OUT L (*1) The number of channels varies depending on the model. Refer to the following information. CSD-R7: INPUT 1-144, MIX 1-60, MATRIX 1-36 DSP-R10: INPUT 1-144, MIX 1-72, MATRIX 1-36 DSP-RX-EX: INPUT 1-288, MIX 1-72, MATRIX 1-36 DSP-RX: INPUT 1-120, MIX 1-48, MATRIX 1-24 SURROUND MONITOR METER OUT R SURROUND MONITOR METER OUT C SURROUND MONITOR METER OUT LFE SURROUND MONITOR METER OUT Ls SURROUND MONITOR METER OUT Rs RIVAGE PM Block Diagram 10 PLUGIN RACK CUEA CUEB L R L R PLUG-INS (mono) CUEA ON CUEB ON PLUG-INS (stereo) MIX (*1) OUT MATRIX (*1) OUT STEREO A/B OUT CUEA ON CH (*1) Lch Rch CUEB ON Lch Rch PLUG-INS (1in/2out) CUEA ON (*1) The number of channels varies depending on the model. Refer to the following information. CSD-R7: INPUT 1-144, MIX 1-60, MATRIX 1-36 DSP-R10: INPUT 1-144, MIX 1-72, MATRIX 1-36 DSP-RX-EX: INPUT 1-288, MIX 1-72, MATRIX 1-36 DSP-RX: INPUT 1-120, MIX 1-48, MATRIX 1-24 Lch Rch CUEB ON TALKBACK(Control Surface) Lch Rch (CS-R10/CS-R10-S) MIX (*1) TALKBACK +48V +48V MASTER +48V ON ON METER 2 + - 1 MATRIX (*1) LEVEL ON STEREO A/B TALKBACK OUT MONITOR SELECT AD 3 TALKBACK OUT ON ANALOG INPUT GAIN ON INPUT PATCH MIX 1 2 OSCILLATOR ON SINE WAVE (*1) (*1) MATRIX 1 2 (*1) (*1) ST A ST B L R L R METER LEVEL METER SINE WAVE 2CH Sine Wave: FREQUENCY 20Hz – 20kHz LEVEL 2 PINK NOISE HPF BURST NOISE 2 1 LPF to INPUT CH to MONITOR to SURROUND MONITOR LEVEL RIVAGE PM Block Diagram 11 Max.Input[+30dBu] GAIN MIN. Nominal Input[+10dBu] GAIN MIN. 0 -10 -20 -30 -40 -50 -60 AD MY/RY CARD IN +20 +10 ATT Max.Input[-30dBu] GAIN MAX.(TALKBACK) Max.Input[-42dBu] GAIN MAX. Nominal Input[-50dBu] GAIN MAX.(TALKBACK) Nominal Input[-62dBu] GAIN MAX. -70 -80 -90 -100 -110 -120 -130 -140 -150 -160 -170 -180 -190 [0dBu = 0.775Vrms] Bit 0 1 -10 2 -20 3 4 -30 5 6 -40 7 8 -50 9 -60 10 11 -70 12 -80 13 14 -90 15 16 -100 17 -110 18 19 -120 20 21 -130 22 -140 23 24 -150 25 26 -160 27 28 -170 29 -180 30 31 -190 32 -200 33 34 -210 35 36 HY3,4 CARD OUT HY3,4 CARD IN dBFS 0 Digital Clipping Level Analog TRIM LEVEL DELAY TWINLANe BALANCE INSERT ON INSERT LEVEL/DCA DELAY INSERT DYNAMICS INSERT 8PEQ INSERT HPF/LPF INSERT BUS Adder INSERT ON LEVEL/DCA DELAY INSERT DYNAMICS 2 INSERT DYNAMICS 1 INSERT 4PEQ INSERT HPF/LPF INSERT DIGITAL GAIN Digital SILK TRIM Digital Analog dBu +30 HA INPUT PATCH PAD [18dB] Digital TWINLANe Analog OUTPUT PATCH Level Diagram DA Analog MY/RY CARD OUT Max. Output [+24dBu] CASCADE IN CASCADE OUT INSERT OUT INSERT IN Nominal Output [+4dBu] dBu +30 +24 +20 +10 +4 0 -10 -20 -30 -40 -50 -60 -70 -80 -90 -100 -110 -120 -130 -140 -150 -160 Max. DSP Noise Floor -170 -180 -190 [0dBFS = Full Scale] RIVAGE PM Block Diagram 12 Yamaha Pro Audio global website http://www.yamahaproaudio.com/ Yamaha Downloads https://download.yamaha.com/ Manual Development Group © 2020 Yamaha Corporation Published 06/2020 IP-B1
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File Type : PDF File Type Extension : pdf MIME Type : application/pdf PDF Version : 1.6 Linearized : Yes Encryption : Standard V4.4 (128-bit) User Access : Print, Copy, Extract, Print high-res Author : Manual Development Group, Yamaha Corporation Create Date : 2020:06:09 11:58:23+09:00 Modify Date : 2020:06:09 12:16:31+09:00 Subject : rivage_pm_bd_b1.pdf Has XFA : No XMP Toolkit : Adobe XMP Core 5.6-c017 91.164374, 2020/03/05-20:41:30 Metadata Date : 2020:06:09 12:16:31+09:00 Format : application/pdf Title : RIVAGE PM Block Diagram Description : rivage_pm_bd_b1.pdf Creator : Manual Development Group, Yamaha Corporation Document ID : uuid:0f07287b-8277-4206-a0ef-9fdf45c06603 Instance ID : uuid:65df1d9b-ff26-4183-8ced-ab05da040340 Page Mode : UseOutlines Page Count : 13EXIF Metadata provided by EXIF.tools