1. IMPORTANT NOTICE: DO NOT MODIFY THIS UNIT! This product, when installed as indicated in the instructions contained in this manual, meets FCC requir

Transcription

1 ZH

2 1. IMPORTANT NOTICE: DO NOT MODIFY THIS UNIT! This product, when installed as indicated in the instructions contained in this manual, meets FCC requirements. Modifications not expressly approved by Yamaha may void your authority, granted by the FCC, to use the product. 2. IMPORTANT: When connecting this product to accessories and/ or another product use only high quality shielded cables. Cable/s supplied with this product MUST be used. Follow all installation instructions. Failure to follow instructions could void your FCC authorization to use this product in the USA. 3. NOTE: This product has been tested and found to comply with the requirements listed in FCC Regulations, Part 1 for Class digital devices. Compliance with these requirements provides a reasonable level of assurance that your use of this product in a residential environment will not result in harmful interference with other electronic devices. This equipment generates/uses radio frequencies and, if not installed and used according to the instructions found in the users manual, may cause interference harmful to the operation of other electronic devices. Compliance with FCC regulations does FCC INFORMATI (U.S.A.) not guarantee that interference will not occur in all installations. If this product is found to be the source of interference, which can be determined by turning the unit OFF and, please try to eliminate the problem by using one of the following measures: Relocate either this product or the device that is being affected by the interference. Utilize power outlets that are on different branch (circuit breaker or fuse) circuits or install AC line filter/s. In the case of radio or TV interference, relocate/reorient the antenna. If the antenna lead-in is ohm ribbon lead, change the lead-in to co-axial type cable. If these corrective measures do not produce satisfactory results, please contact the local retailer authorized to distribute this type of product. If you can not locate the appropriate retailer, please contact Yamaha Corporation of America, Electronic Service Division, 66 Orangethorpe Ave, uena Park, CA96 The above statements apply LY to those products distributed by Yamaha Corporation of America or its subsidiaries. * This applies only to products distributed by YAMAHA CORPORATI OF AMERICA. (class ) ADVARSEL! Lithiumbatteri Eksplosionsfare ved fejlagtig håndtering. Udskiftning må kun ske med batteri af samme fabrikat og type. Levér det brugte batteri tilbage til leverandoren. VARNING Explosionsfara vid felaktigt batteribyte. Använd samma batterityp eller en ekvivalent typ som rekommenderas av apparattillverkaren. Kassera använt batteri enligt fabrikantens instruktion. VAROITUS Paristo voi räjähtää, jos se on virheellisesti asennettu. Vaihda paristo ainoastaan laitevalmistajan suosittelemaan tyyppiin. Hävitä käytetty paristo valmistajan ohjeiden mukaisesti. NEDERLAND / THE NETHERLANDS (lithium caution) IMPORTANT NOTICE FOR THE UNITED KINGDOM Connecting the Plug and Cord WARNING: THIS APPARATUS MUST E EARTHED IMPORTANT. The wires in this mains lead are coloured in accordance with the following code: GREEN-AND-YELLOW : EARTH LUE : NEUTRAL ROWN : LIVE As the colours of the wires in the mains lead of this apparatus may not correspond with the coloured markings identifying the terminals in your plug proceed as follows: The wire which is coloured GREEN-and-YELLOW must be connected to the terminal in the plug which is marked by the letter E or by the safety earth symbol or colored GREEN or GREEN-and-YELLOW. The wire which is coloured LUE must be connected to the terminal which is marked with the letter N or coloured LACK. The wire which is coloured ROWN must be connected to the terminal which is marked with the letter L or coloured RED. Dit apparaat bevat een lithium batterij voor geheugen back-up. This apparatus contains a lithium battery for memory back-up. Raadpleeg uw leverancier over de verwijdering van de batterij op het moment dat u het apparaat ann het einde van de levensduur afdankt of de volgende Yamaha Service Afdeiing: Yamaha Music Nederland Service Afdeiing Kanaalweg 18-G, 326 KL UTRECHT Tel For the removal of the battery at the moment of the disposal at the end of the service life please consult your retailer or Yamaha Service Center as follows: Yamaha Music Nederland Service Center Address : Kanaalweg 18-G, 326 KL UTRECHT Tel : Gooi de batterij niet weg, maar lever hem in als KCA. Do not throw away the battery. Instead, hand it in as small chemical waste. This applies only to products distributed by Yamaha-Kemble Music (U.K.) Ltd. (3 wires) (lithium disposal)

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4 ()-1 1/2

5 * * ()-1 2/2

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13 CH1-4 CH-8 CH PHANTOM +48V 13 1 L (AL) INSERT OUT IN (UNAL) A A A A A A A A A A A A INPUT INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O PAD d d d d d d d d d d d d CH1/16 2TR IN R IN OUT 2TR -dv (UNAL) MITOR 2TR IN LEVEL PHES LEVEL MITOR OUT PHES SCENE / INSERT/ DELAY AUX 1 AUX DISPLAY ACCESS DIO/SETUP PAN/ ROUTING DYNAMICS EQ EFFECT VIEW FADER MODE AUX 2 AUX 3 AUX 4 AUX 6 MIDI PAIR/ GROUP AUX 7 UTILITY PATCH AUX 8 OVER STEREO SCENE MEMORY STORE RECALL SELECTED CHANNEL PAN DEC INC EQUALIZER HIGH Q HIGH-MID CLEAR HOME (METER) LAYER MASTER REMOTE SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL FREQUENCY LOW-MID LOW ENTER ST IN ST IN 1 ST IN USER DEFINED KEYS AUX 1 AUX 2 AUX 3 AUX 4 AUX AUX 6 AUX 7 AUX 8 US 1 US 2 US 3 US 4 US US 6 US 7 US 8 STEREO

14 14 CH A INPUT (AL) A A A A A A A A INSERT OUT IN (UNAL) PAD INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O d d d d d d d d d CH1/16 2TR IN

15 CH-8 CH9-12 PHANTOM +48V 1 2 IN OUT 2TR -dv (UNAL) MITOR 2TR IN LEVEL L R PHES LEVEL 3 4 MITOR OUT PHES

16 SEL AUX SEL STEREO

17 ST IN SEL SEL ST IN 1 ST IN FADER MODE 1 AUX 1 AUX 2 AUX 3 AUX 4 2 AUX AUX 6 HOME (METER) AUX 7 AUX 8 1 2

18 DISPLAY ACCESS 6 SCENE / INSERT/ DELAY DIO/SETUP PAN/ ROUTING MIDI PAIR/ GROUP UTILITY PATCH 7 8 DYNAMICS EQ EFFECT VIEW 9 J K L A

19 19 LAYER MASTER REMOTE OVER STEREO

20 6 SELECTED CHANNEL PAN EQUALIZER HIGH Q HIGH-MID FREQUENCY LOW-MID LOW

21 21 SCENE MEMORY STORE RECALL USER DEFINED KEYS

22 DEC INC 1 2 ENTER CLEAR 1 2

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26 26

27 A C

28 A C

29 29 3

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31 31 3 LAYER MASTER REMOTE

32 32 SELECTED CHANNEL PAN EQUALIZER Q FREQUENCY HIGH HIGH-MID LOW-MID LOW

33 33 FADER MODE AUX 1 AUX 2 AUX 3 AUX 4 AUX AUX 6 AUX 7 AUX 8 HOME (METER) 3

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35 3 3

36 36

37 REC SG SCENE MUSIC PRODUCTI SYNTHESIZER Integrated Sampling Sequencer Real-time External Control Surface Modular Synthesis Plug-in System A INPUT (AL) INSERT OUT IN (UNAL) PAD d SCENE / INSERT/ DELAY AUX 1 AUX HOME (METER) LAYER A d DISPLAY ACCESS DIO/SETUP PAN/ ROUTING FADER MODE AUX 2 AUX 3 AUX 4 AUX 6 MIDI PAIR/ GROUP DYNAMICS EQ EFFECT VIEW AUX MASTER REMOTE A d UTILITY PATCH AUX 8 A d A d A INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O + 1 d A d d REC SG SCENE MUSIC PRODUCTI SYNTHESIZER Integrated Sampling Sequencer Real-time External Control Surface Modular Synthesis Plug-in System SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL d OVER STEREO d SELECTED CHANNEL Q FREQUENCY d STORE PAN DEC INC EQUALIZER SCENE MEMORY HIGH HIGH-MID LOW-MID LOW d AUX 1 AUX 2 AUX 3 AUX 4 AUX AUX 6 AUX 7 AUX 8 US 1 US 2 US 3 US 4 US US 6 US 7 US A A A A A ENTER CH CH1/16 2TR IN RECALL STEREO CH-8 CH9-12 PHANTOM +48V MITOR 2TR IN LEVEL MITOR OUT ST IN L R IN OUT 2TR -dv (UNAL) CLEAR PHES LEVEL PHES ST IN 1 ST IN 2 USER DEFINED KEYS VOL VOL

38 REC SG SCENE MUSIC PRODUCTI SYNTHESIZER Integrated Sampling Sequencer Real-time External Control Surface Modular Synthesis Plug-in System A INPUT (AL) INSERT OUT IN (UNAL) PAD d SCENE / INSERT/ DELAY AUX 1 AUX LAYER d DISPLAY ACCESS FADER MODE AUX 2 AUX 3 AUX 4 AUX 6 HOME (METER) A DIO/SETUP PAN/ ROUTING MIDI PAIR/ GROUP DYNAMICS EQ EFFECT VIEW AUX MASTER REMOTE A d UTILITY PATCH AUX 8 A d A d A INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O + 1 d A d d SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL d OVER STEREO d SELECTED CHANNEL Q FREQUENCY d STORE PAN DEC INC EQUALIZER SCENE MEMORY HIGH HIGH-MID LOW-MID LOW d AUX 1 AUX 2 AUX 3 AUX 4 AUX AUX 6 AUX 7 AUX 8 US 1 US 2 US 3 US 4 US US 6 US 7 US A A A A A ENTER CH CH1/16 2TR IN RECALL STEREO CH-8 CH9-12 PHANTOM +48V MITOR 2TR IN LEVEL MITOR OUT ST IN L R IN OUT 2TR -dv (UNAL) CLEAR PHES LEVEL PHES ST IN 1 ST IN 2 USER DEFINED KEYS VOL VOL

39 REC SG SCENE MUSIC PRODUCTI SYNTHESIZER Integrated Sampling Sequencer Real-time External Control Surface Modular Synthesis Plug-in System A INPUT (AL) INSERT OUT IN (UNAL) PAD d SCENE / INSERT/ DELAY AUX 1 AUX LAYER d DISPLAY ACCESS FADER MODE AUX 2 AUX 3 AUX 4 AUX 6 HOME (METER) A DIO/SETUP PAN/ ROUTING MIDI PAIR/ GROUP DYNAMICS EQ EFFECT VIEW AUX MASTER REMOTE A d UTILITY PATCH AUX 8 A d A d A INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O + 1 d A d d SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL d OVER STEREO d SELECTED CHANNEL Q FREQUENCY d STORE PAN DEC INC EQUALIZER SCENE MEMORY HIGH HIGH-MID LOW-MID LOW d AUX 1 AUX 2 AUX 3 AUX 4 AUX AUX 6 AUX 7 AUX 8 US 1 US 2 US 3 US 4 US US 6 US 7 US A A A A A ENTER CH CH1/16 2TR IN RECALL STEREO CH-8 CH9-12 PHANTOM +48V MITOR 2TR IN LEVEL MITOR OUT ST IN L R IN OUT 2TR -dv (UNAL) CLEAR PHES LEVEL PHES ST IN 1 ST IN 2 USER DEFINED KEYS VOL VOL

40 WC OUT (NC) WC IN (NC) WC OUT (NC) WC IN (NC) WC OUT (NC) WC IN (NC) WC OUT (NC) WC IN (NC) WC IN (NC) WC IN (NC) WC IN (NC)

41 A INPUT (AL) INSERT OUT IN (UNAL) PAD d SCENE / INSERT/ DELAY AUX 1 AUX LAYER d DISPLAY ACCESS FADER MODE AUX 2 AUX 3 AUX 4 AUX 6 HOME (METER) A DIO/SETUP PAN/ ROUTING MIDI PAIR/ GROUP DYNAMICS EQ EFFECT VIEW AUX MASTER REMOTE A d UTILITY PATCH AUX 8 A d A d A INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O + 1 d A d d SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL d OVER STEREO d SELECTED CHANNEL Q FREQUENCY d STORE PAN DEC INC EQUALIZER SCENE MEMORY HIGH HIGH-MID LOW-MID LOW d AUX 1 AUX 2 AUX 3 AUX 4 AUX AUX 6 AUX 7 AUX 8 US 1 US 2 US 3 US 4 US US 6 US 7 US A A A A A ENTER CH CH1/16 2TR IN RECALL STEREO CH-8 CH9-12 PHANTOM +48V MITOR 2TR IN LEVEL MITOR OUT ST IN L R IN OUT 2TR -dv (UNAL) CLEAR PHES LEVEL PHES ST IN 1 ST IN 2 USER DEFINED KEYS

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47 REC SG SCENE MUSIC PRODUCTI SYNTHESIZER Integrated Sampling Sequencer Real-time External Control Surface Modular Synthesis Plug-in System A INPUT (AL) INSERT OUT IN (UNAL) PAD d SCENE / INSERT/ DELAY AUX 1 AUX HOME (METER) LAYER A d DISPLAY ACCESS DIO/SETUP PAN/ ROUTING FADER MODE AUX 2 AUX 3 AUX 4 AUX 6 MIDI PAIR/ GROUP DYNAMICS EQ EFFECT VIEW AUX MASTER REMOTE A d UTILITY PATCH AUX 8 A d A d A INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O + 1 d A d d SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL d OVER STEREO d SELECTED CHANNEL Q FREQUENCY d STORE PAN DEC INC EQUALIZER SCENE MEMORY HIGH HIGH-MID LOW-MID LOW d AUX 1 AUX 2 AUX 3 AUX 4 AUX AUX 6 AUX 7 AUX 8 US 1 US 2 US 3 US 4 US US 6 US 7 US A A A A A ENTER CH CH1/16 2TR IN RECALL STEREO CH-8 CH9-12 PHANTOM +48V MITOR 2TR IN LEVEL MITOR OUT ST IN L R IN OUT 2TR -dv (UNAL) CLEAR PHES LEVEL PHES ST IN 1 ST IN 2 USER DEFINED KEYS VOL VOL

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49 49 PAD d -16-6

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57 7 SELECTED CHANNEL Q FREQUENCY PAN EQUALIZER HIGH HIGH-MID LOW-MID LOW

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63 A INPUT (AL) INSERT OUT IN (UNAL) PAD d SCENE / INSERT/ DELAY AUX 1 AUX HOME (METER) LAYER A d DISPLAY ACCESS DIO/SETUP PAN/ ROUTING FADER MODE AUX 2 AUX 3 AUX 4 AUX 6 MIDI PAIR/ GROUP DYNAMICS EQ EFFECT VIEW AUX MASTER REMOTE A d UTILITY PATCH AUX 8 A d A d A INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O + 1 d A d d SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL d OVER STEREO d SELECTED CHANNEL Q FREQUENCY d STORE PAN DEC INC EQUALIZER SCENE MEMORY HIGH HIGH-MID LOW-MID LOW d AUX 1 AUX 2 AUX 3 AUX 4 AUX AUX 6 AUX 7 AUX 8 US 1 US 2 US 3 US 4 US US 6 US 7 US A A A A A ENTER CH CH1/16 2TR IN RECALL STEREO CH-8 CH9-12 PHANTOM +48V MITOR 2TR IN LEVEL MITOR OUT ST IN L R IN OUT 2TR -dv (UNAL) CLEAR PHES LEVEL PHES ST IN 1 ST IN 2 USER DEFINED KEYS

64 64 ST IN

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67 67

68 68

69 A A INPUT (AL) A A INSERT OUT IN (UNAL) INSERT I/O INSERT I/O PAD d

70 IN OUT 2TR -dv (UNAL) L R L R IN OUT 2TR -dv (UNAL)

71 71 6

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77 77 7 INPUT PATCH

78 78 INPUT PATCH

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105 Output Patching Insert Patching Delay on/off Delay time us to Stereo Pan Attenuator

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109 9 (Gain Reduction) (Out Meter) METER METER COMP AUX 1 AUX 8 INSERT ATT METER 4AND EQ INSERT INSERT LEVEL OUTPUT DELAY METER AUX 1(...8) OUTPUT PATCH 9

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131 131 STEREO L STEREO R L R L TRIM R L [2TR IN] RCA R US1-8 AUX1-8 OUTPUT 8 8 LOGIC MITOR TRIM MO DA DA MITOR /2TR IN MITOR OUT LEVEL L [MITOR OUT] R PHES LEVEL [PHES] 11

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133 PHES MITOR 2TR IN LEVEL MITOR OUT LEVEL PHES

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135 13 12

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140 1 SURROUND PAN LFE LEVEL US1 (L) US2 (R) US3 (Ls) US4 (Rs) US (C) US6 (LFE) SURROUND PAN LFE LEVEL SURROUND PAN LFE LEVEL 8-TRACK DIGITAL

141 141 SURROUND PAN US1 (L) US2 (R) US3 (Ls) US4 (Rs) US (C) US6 (LFE) LFE LEVEL SURROUND PAN LFE LEVEL SURROUND PAN LFE LEVEL 12

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149 149 13

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157 17 AUX1-8 FX1 SEND INPUT EFFECT 1 OUTPUT 1 2 INSERT OUT SELECT FX2 SEND 1-2 FX3 SEND INPUT INPUT EFFECT 2 EFFECT 3 OUTPUT OUTPUT INPUT PATCH FX4 SEND INPUT EFFECT 4 OUTPUT

158

159 19 14

160 16

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162 162 7

163 163 14

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190 A INPUT (AL) INSERT OUT IN (UNAL) PAD d SCENE / INSERT/ DELAY A d DISPLAY ACCESS DIO/SETUP PAN/ ROUTING MIDI PAIR/ GROUP DYNAMICS EQ EFFECT VIEW FADER MODE AUX 1 AUX 2 AUX 3 AUX 4 AUX AUX 6 AUX 7 AUX 8 HOME (METER) LAYER MASTER REMOTE A d UTILITY PATCH A d A d A 6 INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O + 1 d A 7 d d SELECTED CHANNEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL d d Q FREQUENCY d STORE PAN DEC INC EQUALIZER SCENE MEMORY HIGH HIGH-MID LOW-MID LOW d AUX 1 AUX 2 AUX 3 AUX 4 AUX AUX 6 AUX 7 AUX 8 US 1 US 2 US 3 US 4 US US 6 US 7 US 8 1 A A A OVER STEREO A A ENTER 6 7 CH CH-8 CH9-12 PHANTOM +48V 1 L 16 R IN OUT 2TR -dv (UNAL) CH1/16 2TR IN RECALL STEREO MITOR 2TR IN LEVEL MITOR OUT ST IN CLEAR PHES LEVEL PHES ST IN 1 ST IN 2 USER DEFINED KEYS

191 191 17

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206 6

207 A INPUT (AL) INSERT OUT IN (UNAL) PAD d SCENE / INSERT/ DELAY A d DISPLAY ACCESS DIO/SETUP PAN/ ROUTING MIDI PAIR/ GROUP DYNAMICS EQ EFFECT VIEW FADER MODE AUX 1 AUX 2 AUX 3 AUX 4 AUX AUX 6 AUX 7 AUX 8 HOME (METER) LAYER MASTER REMOTE A d UTILITY PATCH A d A d A 6 INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O + 1 d A 7 d d SELECTED CHANNEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL d d Q FREQUENCY d STORE PAN DEC INC EQUALIZER SCENE MEMORY HIGH HIGH-MID LOW-MID LOW d AUX 1 AUX 2 AUX 3 AUX 4 AUX AUX 6 AUX 7 AUX 8 US 1 US 2 US 3 US 4 US US 6 US 7 US 8 1 A A A OVER STEREO A A ENTER 6 7 CH CH-8 CH9-12 PHANTOM +48V 1 L 16 R IN OUT 2TR -dv (UNAL) CH1/16 2TR IN RECALL STEREO MITOR 2TR IN LEVEL MITOR OUT ST IN CLEAR PHES LEVEL PHES ST IN 1 ST IN 2 USER DEFINED KEYS REC SG SCENE MUSIC PRODUCTI SYNTHESIZER Integrated Sampling Sequencer Real-time External Control Surface Modular Synthesis Plug-in System 7 17

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209 A INPUT (AL) INSERT OUT IN (UNAL) PAD d SCENE / INSERT/ DELAY A d DISPLAY ACCESS DIO/SETUP PAN/ ROUTING MIDI PAIR/ GROUP DYNAMICS EQ EFFECT VIEW FADER MODE AUX 1 AUX 2 AUX 3 AUX 4 AUX AUX 6 AUX 7 AUX 8 HOME (METER) LAYER MASTER REMOTE A d UTILITY PATCH A d A d A 6 INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O + 1 d A 7 d d SELECTED CHANNEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL d d Q FREQUENCY d STORE PAN DEC INC EQUALIZER SCENE MEMORY HIGH HIGH-MID LOW-MID LOW d AUX 1 AUX 2 AUX 3 AUX 4 AUX AUX 6 AUX 7 AUX 8 US 1 US 2 US 3 US 4 US US 6 US 7 US 8 1 A A A OVER STEREO A A ENTER 6 7 CH CH-8 CH9-12 PHANTOM +48V 1 L 16 R IN OUT 2TR -dv (UNAL) CH1/16 2TR IN RECALL STEREO MITOR 2TR IN LEVEL MITOR OUT ST IN CLEAR PHES LEVEL PHES ST IN 1 ST IN 2 USER DEFINED KEYS

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211 211 17

212 A INPUT (AL) INSERT OUT IN (UNAL) PAD d SCENE / INSERT/ DELAY A d DISPLAY ACCESS DIO/SETUP PAN/ ROUTING MIDI PAIR/ GROUP DYNAMICS EQ EFFECT VIEW FADER MODE AUX 1 AUX 2 AUX 3 AUX 4 AUX AUX 6 AUX 7 AUX 8 HOME (METER) LAYER MASTER REMOTE A d UTILITY PATCH A d A d A 6 INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O + 1 d A 7 d d SELECTED CHANNEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL d d Q FREQUENCY d STORE PAN DEC INC EQUALIZER SCENE MEMORY HIGH HIGH-MID LOW-MID LOW d AUX 1 AUX 2 AUX 3 AUX 4 AUX AUX 6 AUX 7 AUX 8 US 1 US 2 US 3 US 4 US US 6 US 7 US 8 1 A A A OVER STEREO A A ENTER 6 7 CH CH-8 CH9-12 PHANTOM +48V 1 L 16 R IN OUT 2TR -dv (UNAL) CH1/16 2TR IN RECALL STEREO MITOR 2TR IN LEVEL MITOR OUT ST IN CLEAR PHES LEVEL PHES ST IN 1 ST IN 2 USER DEFINED KEYS

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235 23 USER DEFINED KEYS

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239 A INPUT (AL) INSERT OUT IN (UNAL) PAD d SCENE / INSERT/ DELAY AUX 1 AUX LAYER d FADER MODE DISPLAY ACCESS DIO/SETUP PAN/ ROUTING DYNAMICS EQ EFFECT VIEW AUX 2 AUX 3 AUX 4 AUX 6 HOME (METER) A MIDI PAIR/ GROUP AUX MASTER REMOTE A d UTILITY PATCH AUX 8 A d A d A INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O + 1 d A d d SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL d OVER STEREO d SELECTED CHANNEL Q FREQUENCY d STORE PAN DEC INC EQUALIZER SCENE MEMORY HIGH HIGH-MID LOW-MID LOW d AUX 1 AUX 2 AUX 3 AUX 4 AUX AUX 6 AUX 7 AUX 8 US 1 US 2 US 3 US 4 US US 6 US 7 US A A A A A ENTER CH CH1/16 2TR IN RECALL STEREO CH-8 CH9-12 PHANTOM +48V MITOR 2TR IN LEVEL MITOR OUT ST IN L R IN OUT 2TR -dv (UNAL) CLEAR PHES LEVEL PHES ST IN 1 ST IN 2 USER DEFINED KEYS A INPUT (AL) INSERT OUT IN (UNAL) PAD d SCENE / INSERT/ DELAY AUX 1 AUX HOME (METER) LAYER A d DISPLAY ACCESS DIO/SETUP PAN/ ROUTING FADER MODE AUX 2 AUX 3 AUX 4 AUX 6 MIDI PAIR/ GROUP DYNAMICS EQ EFFECT VIEW AUX MASTER REMOTE A d UTILITY PATCH AUX 8 A d A d A INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O + 1 d A d d SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL d OVER STEREO d SELECTED CHANNEL Q FREQUENCY d STORE PAN DEC INC EQUALIZER SCENE MEMORY HIGH HIGH-MID LOW-MID LOW d AUX 1 AUX 2 AUX 3 AUX 4 AUX AUX 6 AUX 7 AUX 8 US 1 US 2 US 3 US 4 US US 6 US 7 US A A A A A ENTER CH CH1/16 2TR IN RECALL STEREO CH-8 CH9-12 PHANTOM +48V MITOR 2TR IN LEVEL MITOR OUT ST IN L R IN OUT 2TR -dv (UNAL) CLEAR PHES LEVEL PHES ST IN 1 ST IN 2 USER DEFINED KEYS

240 2

241 241 19

242

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244 244

245 24 19

246 246

247 247 No Assign No Assign 1 Scene MEM. Recall +1 Scene+1 Recall 2 Scene MEM. Recall -1 Scene -1 Recall 3 Scene MEM. Recall No. XX Scene XX Recall 4 Effect-1 Lib. Recall +1 Fx1 Lib+1 Recall Effect-1 Lib. Recall -1 Fx1 Lib-1 Recall 6 Effect-1 Lib. Recall No.XX Fx1 LibXXX RCL. 7 Effect-2 Lib. Recall +1 Fx2 Lib+1 Recall 8 Effect-2 Lib. Recall -1 Fx2 Lib-1 Recall 9 Effect-2 Lib. Recall No.XX Fx2 LibXXX RCL. Effect-3 Lib. Recall +1 Fx3 Lib+1 Recall 11 Effect-3 Lib. Recall -1 Fx3 Lib-1 Recall 12 Effect-3 Lib. Recall No.XX Fx3 LibXXX RCL. 13 Effect-4 Lib. Recall +1 Fx4 Lib+1 Recall 14 Effect-4 Lib. Recall -1 Fx4 Lib-1 Recall 1 Effect-4 Lib. Recall No.XX Fx4 LibXXX RCL. 16 Effect-1 ypass On/Off Fx1 ypass 17 Effect-2 ypass On/Off Fx2 ypass 18 Effect-3 ypass On/Off Fx3 ypass 19 Effect-4 ypass On/Off Fx4 ypass Channel Lib. Recall +1 CH Lib+1 Recall 21 Channel Lib. Recall -1 CH Lib-1 Recall 22 Channel Lib. Recall No. XX CH LibXXX Recall 23 GATE Lib. Recall +1 Gate Lib+1 RCL. 24 GATE Lib. Recall -1 Gate Lib-1 RCL. 2 GATE Lib. Recall No. XX Gate LibXXX RCL. 26 COMP Lib. Recall +1 Comp Lib+1 RCL. 27 COMP Lib. Recall -1 Comp Lib-1 RCL. 28 COMP Lib. Recall No. XX Comp LibXXX RCL. 29 EQ Lib. Recall +1 EQ Lib+1 Recall EQ Lib. Recall -1 EQ Lib-1 Recall 31 EQ Lib. Recall No. XX EQ LibXXX Recall 32 Input Patch Lib. Recall +1 IN Patch Lib+1 33 Input Patch Lib. Recall -1 IN Patch Lib-1 34 Input Patch Lib. Recall No. XX IN Patch LibXX 3 Output Patch Lib. Recall +1 Out Patch Lib+1 36 Output Patch Lib. Recall -1 Out Patch Lib-1 37 Output Patch Lib. Recall No. XX Out Patch LibXX 38 Input Fader Group Enable A IN Fader Group A 39 Input Fader Group Enable IN Fader Group Input Fader Group Enable C IN Fader Group C 41 Input Fader Group Enable D IN Fader Group D 42 Input Fader Group Enable E IN Fader Group E 43 Input Fader Group Enable F IN Fader Group F 44 Input Fader Group EnableG IN Fader Group G 4 Input Fader Group Enable H IN Fader Group H 46 Input MUTE Group Enable I IN Mute Group I 47 Input MUTE Group Enable J IN Mute Group J 48 Input MUTE Group Enable K IN Mute Group K 49 Input MUTE Group Enable L IN Mute Group L Input MUTE Group Enable M IN Mute Group M 1 Input MUTE Group Enable N IN Mute Group N 2 Input MUTE Group Enable O IN Mute Group O 3 Input MUTE Group Enable P IN Mute Group P 4 Output Fader Group Enable Q OutFader Group Q Output Fader Group Enable R OutFader Group R 6 Output Fader Group Enable S OutFader Group S 7 Output Fader Group Enable T OutFader Group T 8 Output MUTE Group Enable U Out Mute Group U 9 Output MUTE Group Enable V Out Mute Group V 6 Output MUTE Group Enable W Out Mute Group W 61 Output MUTE Group Enable X Out Mute Group X 62 Input Fader Group Assign X IN Fader Assign X 63 Input Mute Group Assign X IN Mute Assign X 64 Input EQ Group Assign X IN EQ Assign x 6 Input COMP Group Assign X IN COMP Assign x 66 Output Fader Group Assign X OutFader Assign X 67 Output Mute Group Assign X Out Mute Assign X 68 Output EQ Group Assign X Out EQ Assign x 69 Output COMP Group Assign X Out COMP Assign x 7 Input Mute Group Master X In Mute Master X 71 Output MUTE Group Master X Out Mute Master X 72 HOLD On/Off Peak Hold 73 OSCILLATOR On/Off OSC /OFF 74 Enable ENALE 7 FADER/ RELEASE Mode On/Off FaderSolo RELEASE 76 Control Room Monitor MO C-R MO 77 Pan / Surround Link PAN/SURR LINK 78 Channel Name ID/Short CH ID/Short 79 Channel Copy Channel Copy 8 Channel Paste Channel Paste 81 Display ack Display ack 82 Display Forward Display Forward 83 UDEF KEYS ANK +1 UDEF KEYS ANK+1 84 UDEF KEYS ANK -1 UDEF KEYS ANK-1 8 UDEF KEYS ANK X UDEF KEYS ANK x 86 REMOTE USER DEFINE ANK +1 RMT UDEF ANK+1 87 REMOTE USER DEFINE ANK -1 RMT UDEF ANK-1 88 REMOTE USER DEFINE ANK X RMT UDEF ANK X 89 REMOTE USER ASS LAYER ANK +1 USR LAYER ANK+1 9 REMOTE USER ASS LAYER ANK -1 USR LAYER ANK-1 91 REMOTE USER ASS LAYER ANK X USR LAYER ANK X 92 MIDI NOTE No.XX MIDI NOTE XXX 93 MIDI Program change No.XX MIDI PGM XXX 94 MIDI Control Change No.XX MIDI CC XXX 9 Machine REC Machine REC 96 Machine PLAY Machine PLAY 97 Machine STOP Machine STOP 98 Machine FF Machine FF 99 Machine REW Machine REW Machine SHUTTLE Machine SHUTTLE 1 Machine SCRU Machine SCRU 2 Machine LOCATE X Machine LOCATE X 3 Machine Set LOCATE X Machine Capture X 4 Machine RTZ Machine RTZ Machine Set RTZ Machine Set RTZ

248 248 6 Track Arming 1 Track Arming 1 7 Track Arming 2 Track Arming 2 8 Track Arming 3 Track Arming 3 9 Track Arming 4 Track Arming 4 1 Track Arming Track Arming 111 Track Arming 6 Track Arming Track Arming 7 Track Arming Track Arming 8 Track Arming Track Arming 9 Track Arming 9 11 Track Arming Track Arming 116 Track Arming 11 Track Arming Track Arming 12 Track Arming Track Arming 13 Track Arming Track Arming 14 Track Arming 14 1 Track Arming 1 Track Arming Track Arming 16 Track Arming Track Arming 17 Track Arming Track Arming 18 Track Arming Track Arming 19 Track Arming Track Arming Track Arming 126 Track Arming 21 Track Arming Track Arming 22 Track Arming Track Arming 23 Track Arming Track Arming 24 Track Arming 24 1 Track Arming All Clear Track Arming CLR 131 DAW REC DAW REC 132 DAW PLAY DAW PLAY 133 DAW STOP DAW STOP 134 DAW FF DAW FF 13 DAW REW DAW REW 136 DAW SHUTTLE DAW SHUTTLE 137 DAW SCRU DAW SCRU 138 DAW AUDITI DAW AUDITI 139 DAW PRE DAW PRE 1 DAW IN DAW IN 141 DAW OUT DAW OUT 142 DAW POST DAW POST 143 DAW RTZ DAW RTZ 144 DAW END DAW END 14 DAW LINE DAW LINE 146 DAW LOOP DAW LOOP 147 DAW QUICKPUNCH DAW QUICKPUNCH 148 DAW GROUP STATUS DAW GROUP STATUS 149 DAW AUTO FADER DAW AUTO FADER DAW AUTO MUTE DAW AUTO MUTE 11 DAW AUTO PAN DAW AUTO PAN 12 DAW AUTO SEND DAW AUTO SEND 13 DAW AUTO PLUGIN DAW AUTO PLUGIN 14 DAW AUTO SEND MUTE DAW AUTO SEND- MUTE 1 DAW AUTO READ DAW AUTO READ 16 DAW AUTO TOUCH DAW AUTO TOUCH 17 DAW AUTO LATCH DAW AUTO LATCH 18 DAW AUTO WRITE DAW AUTO WRITE 19 DAW AUTO TRIM DAW AUTO TRIM 16 DAW AUTO OFF DAW AUTO OFF 161 DAW AUTO SUSPEND DAW AUTO SUSPEND 162 DAW AUTO STATUS DAW AUTO STATUS 163 DAW MITOR STATUS DAW MI STATUS 164 DAW CREATE GROUP DAW CREATE GROUP 16 DAW SUSPEND GROUP DAW SUSPEND GRP 166 DAW WINDOW TRANSPORT DAW WIN TRANS- PORT 167 DAW WINDOW INSERT DAW WIN INSERT 168 DAW WINDOW MIX/EDIT DAW WIN MIX/EDIT 169 DAW WINDOW MEM-LOC DAW WIN MEM-LOC 17 DAW WINDOW STATUS DAW WIN STATUS 171 DAW Shortcut UNDO DAW UNDO 172 DAW Shortcut SAVE DAW SAVE 173 DAW Shortcut EDIT MODE DAW EDIT MODE 174 DAW Shortcut EDIT TOOL DAW EDIT TOOL 17 DAW Shortcut SHIFT/ADD DAW SHIFT/ADD 176 DAW Shortcut OPTI/ALL DAW OPTI/ALL 177 DAW Shortcut CTRL/CLUCH DAW CTRL/CLUCH 178 DAW Shortcut ALT/FINE DAW ALT/FINE 179 DAW ANK + DAW ANK + 18 DAW ANK - DAW ANK DAW Channel + DAW Channel DAW Channel - DAW Channel DAW REC/RDY X DAW REC/RDY X 184 DAW REC/RDY ALL DAW REC/RDY ALL 18 Studio Manager Window Control Close SM CTRL Close 186 Studio Manager Window Control Close All SM CTRL Close All Studio Manager Window Control Selected Channel Studio Manager Window Control Library Studio Manager Window Control Patch Editor Studio Manager Window Control Surround Editor Studio Manager Window Control Effect Editor SM CTRL Sel Ch SM CTRL Library SM CTRL Patch SM CTRL Surround SM CTRL Effect 192 Studio Manager Window Control Meter SM CTRL Meter 193 Studio Manager Window Control Layer SM CTRL Layer 194 Studio Manager Window Control Master SM CTRL Master

249 249 Scene 1 Recall Scene 2 Recall Scene 3 Recall Scene 4 Recall Scene Recall Scene 6 Recall Scene 7 Recall Scene 8 Recall IN Fader Group A IN Mute Group I IN Fader Group IN Mute Group J IN Fader Group C IN Mute Group K IN Fader Group D IN Mute Group L UDEF ANK D DAW WIN MIX/EDIT DAW ANK - DAW ANK + DAW SHUT- TLE DAW SCRU DAW STOP DAW PLAY UDEF ANK C DAW OPTI/ALL DAW AUTO READ DAW AUTO TOUCH DAW AUTO LATCH DAW AUTO WRITE DAW AUTO TRIM DAW AUTO OFF Machine SHUTTLE Machine SCRU Machine RTZ Machine REC Machine STOP Machine PLAY Machine REW MIDI PGM 1 MIDI PGM 2 MIDI PGM 3 MIDI PGM 4 MIDI PGM MIDI PGM 6 MIDI PGM 7 Display ack Display Forward Channel Copy Channel Paste No Assign No Assign No Assign Machine FF MIDI PGM 8 No Assign No Assign No Assign No Assign No Assign No Assign No Assign No Assign No Assign - NE - NE - NE - NE AD1 AD IN 1 AD1 AD IN 1 AUX1 AUX1 ADAT1 ADAT1 IN AD2 AD IN 2 AD2 AD IN 2 AUX2 AUX2 ADAT2 ADAT2 IN AD3 AD IN 3 AD3 AD IN 3 AUX3 AUX3 ADAT3 ADAT3 IN AD4 AD IN 4 AD4 AD IN 4 AUX4 AUX4 ADAT4 ADAT4 IN AD AD IN AD AD IN AUX AUX ADAT ADAT IN AD6 AD IN 6 AD6 AD IN 6 AUX6 AUX6 ADAT6 ADAT6 IN AD7 AD IN 7 AD7 AD IN 7 AUX7 AUX7 ADAT7 ADAT7 IN AD8 AD IN 8 AD8 AD IN 8 AUX8 AUX8 ADAT8 ADAT8 IN AD9 AD IN 9 AD9 AD IN 9 INS CH1 InsertOut-CH1 SL-1 Slot CH1 IN AD AD IN AD AD IN INS CH2 InsertOut-CH2 SL-2 Slot CH2 IN AD11 AD IN 11 AD11 AD IN 11 INS CH3 InsertOut-CH3 SL-3 Slot CH3 IN AD12 AD IN 12 AD12 AD IN 12 INS CH4 InsertOut-CH4 SL-4 Slot CH4 IN AD13 AD IN 13 AD13 AD IN 13 INS CH InsertOut-CH SL- Slot CH IN AD14 AD IN 14 AD14 AD IN 14 INS CH6 InsertOut-CH6 SL-6 Slot CH6 IN AD1 AD IN 1 AD1 AD IN 1 INS CH7 InsertOut-CH7 SL-7 Slot CH7 IN AD16 AD IN 16 AD16 AD IN 16 INS CH8 InsertOut-CH8 SL-8 Slot CH8 IN ADAT1 ADAT1 IN ADAT1 ADAT1 IN INS CH9 InsertOut-CH9 SL-9 Slot CH9 IN ADAT2 ADAT2 IN ADAT2 ADAT2 IN INS CH InsertOut-CH SL- Slot CH IN ADAT3 ADAT3 IN ADAT3 ADAT3 IN INS CH11 InsertOut-CH11 SL-11 Slot CH11 IN ADAT4 ADAT4 IN ADAT4 ADAT4 IN INS CH12 InsertOut-CH12 SL-12 Slot CH12 IN ADAT ADAT IN ADAT ADAT IN INS CH13 InsertOut-CH13 SL-13 Slot CH13 IN ADAT6 ADAT6 IN ADAT6 ADAT6 IN INS CH14 InsertOut-CH14 SL-14 Slot CH14 IN ADAT7 ADAT7 IN ADAT7 ADAT7 IN INS CH1 InsertOut-CH1 SL-1 Slot CH1 IN ADAT8 ADAT8 IN ADAT8 ADAT8 IN INS CH16 InsertOut-CH16 SL-16 Slot CH16 IN SL-1 Slot CH1 IN SL-1 Slot CH1 IN INS CH17 InsertOut-CH17 AD1 AD IN 1 SL-2 Slot CH2 IN SL-2 Slot CH2 IN INS CH18 InsertOut-CH18 AD2 AD IN 2 SL-3 Slot CH3 IN SL-3 Slot CH3 IN INS CH19 InsertOut-CH19 AD3 AD IN 3 SL-4 Slot CH4 IN SL-4 Slot CH4 IN INS CH InsertOut-CH AD4 AD IN 4 SL- Slot CH IN SL- Slot CH IN INS CH21 InsertOut-CH21 AD AD IN SL-6 Slot CH6 IN SL-6 Slot CH6 IN INS CH22 InsertOut-CH22 AD6 AD IN 6

250 SL-7 Slot CH7 IN SL-7 Slot CH7 IN INS CH23 InsertOut-CH23 AD7 AD IN 7 SL-8 Slot CH8 IN SL-8 Slot CH8 IN INS CH24 InsertOut-CH24 AD8 AD IN 8 SL-9 Slot CH9 IN SL-9 Slot CH9 IN INS CH2 InsertOut-CH2 AD9 AD IN 9 SL- Slot CH IN SL- Slot CH IN INS CH26 InsertOut-CH26 AD AD IN SL-11 Slot CH11 IN SL-11 Slot CH11 IN INS CH27 InsertOut-CH27 AD11 AD IN 11 SL-12 Slot CH12 IN SL-12 Slot CH12 IN INS CH28 InsertOut-CH28 AD12 AD IN 12 SL-13 Slot CH13 IN SL-13 Slot CH13 IN INS CH29 InsertOut-CH29 AD13 AD IN 13 SL-14 Slot CH14 IN SL-14 Slot CH14 IN INS CH InsertOut-CH AD14 AD IN 14 SL-1 Slot CH1 IN SL-1 Slot CH1 IN INS CH31 InsertOut-CH31 AD1 AD IN 1 SL-16 Slot CH16 IN SL-16 Slot CH16 IN INS CH32 InsertOut-CH32 AD16 AD IN 16 FX1-1 Effect1 OUT 1 FX1-1 Effect1 OUT 1 INS US1 InsertOut-US1 2TD-L 2TR IN Dig. L FX1-2 Effect1 OUT 2 FX1-2 Effect1 OUT 2 INS US2 InsertOut-US2 2TD-R 2TR IN Dig. R FX2-1 Effect2 OUT 1 FX2-1 Effect2 OUT 1 INS US3 InsertOut-US3 FX2-2 Effect2 OUT 2 FX2-2 Effect2 OUT 2 INS US4 InsertOut-US4 FX3-1 Effect3 OUT 1 FX3-1 Effect3 OUT 1 INS US InsertOut-US FX3-2 Effect3 OUT 2 FX3-2 Effect3 OUT 2 INS US6 InsertOut-US6 FX4-1 Effect4 OUT 1 FX4-1 Effect4 OUT 1 INS US7 InsertOut-US7 FX4-2 Effect4 OUT 2 FX4-2 Effect4 OUT 2 INS US8 InsertOut-US8 2TD-L 2TR IN Dig. L 2TD-L 2TR IN Dig. L INS AUX1 InsertOut-AUX1 2TD-R 2TR IN Dig. R 2TD-R 2TR IN Dig. R INS AUX2 InsertOut-AUX2 INS AUX3 InsertOut-AUX3 INS AUX4 InsertOut-AUX4 INS AUX InsertOut-AUX INS AUX6 InsertOut-AUX6 INS AUX7 InsertOut-AUX7 INS AUX8 InsertOut-AUX8 INS ST-L InsertOut-ST-L INS ST-R InsertOut-ST-R

251 21 1 AD1 2 AD2 3 AD3 4 AD4 AD 6 AD6 7 AD7 8 AD8 9 AD9 AD 11 AD11 12 AD12 13 AD13 14 AD14 1 AD1 16 AD16 17 ADAT1 18 ADAT2 19 ADAT3 ADAT4 21 ADAT 22 ADAT6 23 ADAT7 24 ADAT8 2 S-1 26 S-2 27 S-3 28 S-4 29 S- S-6 31 S-7 32 S AUX1 1-2 NE 2-1 AUX2 2-2 NE 3-1 AUX3 3-2 NE 4-1 AUX4 4-2 NE US1 NE US2 NE US3 NE US4 NE US NE US6 NE US7 NE US8 NE AUX1 NE AUX2 NE AUX3 NE AUX4 NE AUX NE AUX6 NE AUX7 NE AUX8 NE ST L NE ST R NE L NE R NE STI1L STI1R STI2L STI2R STI3L STI3R STI4L STI4R FX1-1 FX1-2 FX2-1 FX2-2 FX3-1 FX3-2 FX4-1 FX4-2 EFFECT1 EFFECT2 EFFECT3 EFFECT4 REVER HALL REVER ROOM REVER STAGE REVER PLATE ( )

252 22 CH1 CH1 CH1 CH1 CH2 CH2 CH2 CH2 CH3 CH3 CH3 CH3 CH4 CH4 CH4 CH4 CH CH CH CH CH6 CH6 CH6 CH6 CH7 CH7 CH7 CH7 CH8 CH8 CH8 CH8 CH9 CH9 CH9 CH9 CH CH CH CH CH11 CH11 CH11 CH11 CH12 CH12 CH12 CH12 CH13 CH13 CH13 CH13 CH14 CH14 CH14 CH14 CH1 CH1 CH1 CH1 CH16 CH16 CH16 CH16 CH17 CH17 CH17 CH17 CH18 CH18 CH18 CH18 CH19 CH19 CH19 CH19 CH CH CH CH CH21 CH21 CH21 CH21 CH22 CH22 CH22 CH22 CH23 CH23 CH23 CH23 CH24 CH24 CH24 CH24 CH2 CH2 CH2 CH2 CH26 CH26 CH26 CH26 CH27 CH27 CH27 CH27 CH28 CH28 CH28 CH28 CH29 CH29 CH29 CH29 CH CH CH CH CH31 CH31 CH31 CH31 CH32 CH32 CH32 CH32 ST IN1 STI1 STI1 STEREO IN1 ST IN2 STI2 STI2 STEREO IN2 ST IN3 STI3 STI3 STEREO IN3 ST IN4 STI4 STI4 STEREO IN4

253 23 - NE - NE - NE - NE US1 US1 AD1 AD IN 1 ADAT1 ADAT1 OUT US1 US1 US2 US2 AD2 AD IN 2 ADAT2 ADAT2 OUT US2 US2 US3 US3 AD3 AD IN 3 ADAT3 ADAT3 OUT US3 US3 US4 US4 AD4 AD IN 4 ADAT4 ADAT4 OUT US4 US4 US US AD AD IN ADAT ADAT OUT US US US6 US6 AD6 AD IN 6 ADAT6 ADAT6 OUT US6 US6 US7 US7 AD7 AD IN 7 ADAT7 ADAT7 OUT US7 US7 US8 US8 AD8 AD IN 8 ADAT8 ADAT8 OUT US8 US8 AUX1 AUX1 AD9 AD IN 9 SL-1 Slot CH1 IN AUX1 AUX1 AUX2 AUX2 AD AD IN SL-2 Slot CH2 IN AUX2 AUX2 AUX3 AUX3 AD11 AD IN 11 SL-3 Slot CH3 IN AUX3 AUX3 AUX4 AUX4 AD12 AD IN 12 SL-4 Slot CH4 IN AUX4 AUX4 AUX AUX AD13 AD IN 13 SL- Slot CH IN AUX AUX AUX6 AUX6 AD14 AD IN 14 SL-6 Slot CH6 IN AUX6 AUX6 AUX7 AUX7 AD1 AD IN 1 SL-7 Slot CH7 IN AUX7 AUX7 AUX8 AUX8 AD16 AD IN 16 SL-8 Slot CH8 IN AUX8 AUX8 ST L STEREO L ADAT1 ADAT1 IN SL-9 Slot CH9 IN ST L STEREO L ST R STEREO R ADAT2 ADAT2 IN SL- Slot CH IN ST R STEREO R INS CH1 InsertOut-CH1 ADAT3 ADAT3 IN SL-11 Slot CH11 IN INS CH1 InsertOut-CH1 INS CH2 InsertOut-CH2 ADAT4 ADAT4 IN SL-12 Slot CH12 IN INS CH2 InsertOut-CH2 INS CH3 InsertOut-CH3 ADAT ADAT IN SL-13 Slot CH13 IN INS CH3 InsertOut-CH3 INS CH4 InsertOut-CH4 ADAT6 ADAT6 IN SL-14 Slot CH14 IN INS CH4 InsertOut-CH4 INS CH InsertOut-CH ADAT7 ADAT7 IN SL-1 Slot CH1 IN INS CH InsertOut-CH INS CH6 InsertOut-CH6 ADAT8 ADAT8 IN SL-16 Slot CH16 IN INS CH6 InsertOut-CH6 INS CH7 InsertOut-CH7 SL-1 Slot CH1 IN OMNI1 OMNI OUT 1 INS CH7 InsertOut-CH7 INS CH8 InsertOut-CH8 SL-2 Slot CH2 IN OMNI2 OMNI OUT 2 INS CH8 InsertOut-CH8 INS CH9 InsertOut-CH9 SL-3 Slot CH3 IN OMNI3 OMNI OUT 3 INS CH9 InsertOut-CH9 INS CH InsertOut-CH SL-4 Slot CH4 IN OMNI4 OMNI OUT 4 INS CH InsertOut-CH INS CH11 InsertOut-CH11 SL- Slot CH IN 2TD-L 2TR OUT Dig. L INS CH11 InsertOut-CH11 INS CH12 InsertOut-CH12 SL-6 Slot CH6 IN 2TD-R 2TR OUT Dig. R INS CH12 InsertOut-CH12 INS CH13 InsertOut-CH13 SL-7 Slot CH7 IN - - INS CH13 InsertOut-CH13 INS CH14 InsertOut-CH14 SL-8 Slot CH8 IN - - INS CH14 InsertOut-CH14 INS CH1 InsertOut-CH1 SL-9 Slot CH9 IN - - INS CH1 InsertOut-CH1 INS CH16 InsertOut-CH16 SL- Slot CH IN - - INS CH16 InsertOut-CH16 INS CH17 InsertOut-CH17 SL-11 Slot CH11 IN - - INS CH17 InsertOut-CH17 INS CH18 InsertOut-CH18 SL-12 Slot CH12 IN - - INS CH18 InsertOut-CH18 INS CH19 InsertOut-CH19 SL-13 Slot CH13 IN - - INS CH19 InsertOut-CH19 INS CH InsertOut-CH SL-14 Slot CH14 IN - - INS CH InsertOut-CH INS CH21 InsertOut-CH21 SL-1 Slot CH1 IN - - INS CH21 InsertOut-CH21 INS CH22 InsertOut-CH22 SL-16 Slot CH16 IN - - INS CH22 InsertOut-CH22 INS CH23 InsertOut-CH23 FX1-1 Effect1 OUT INS CH23 InsertOut-CH23 INS CH24 InsertOut-CH24 FX1-2 Effect1 OUT INS CH24 InsertOut-CH24 INS CH2 InsertOut-CH2 FX2-1 Effect2 OUT INS CH2 InsertOut-CH2 INS CH26 InsertOut-CH26 FX2-2 Effect2 OUT INS CH26 InsertOut-CH26 INS CH27 InsertOut-CH27 FX3-1 Effect3 OUT INS CH27 InsertOut-CH27 INS CH28 InsertOut-CH28 FX3-2 Effect3 OUT INS CH28 InsertOut-CH28 INS CH29 InsertOut-CH29 FX4-1 Effect4 OUT INS CH29 InsertOut-CH29 INS CH InsertOut-CH FX4-2 Effect4 OUT INS CH InsertOut-CH INS CH31 InsertOut-CH31 2TD-L 2TR IN Dig. L - - INS CH31 InsertOut-CH31 INS CH32 InsertOut-CH32 2TD-R 2TR IN Dig. R - - INS CH32 InsertOut-CH32

254 24 INS US1 InsertOut-US INS US1 InsertOut-US1 INS US2 InsertOut-US INS US2 InsertOut-US2 INS US3 InsertOut-US INS US3 InsertOut-US3 INS US4 InsertOut-US INS US4 InsertOut-US4 INS US InsertOut-US INS US InsertOut-US INS US6 InsertOut-US INS US6 InsertOut-US6 INS US7 InsertOut-US INS US7 InsertOut-US7 INS US8 InsertOut-US INS US8 InsertOut-US8 INS AUX1 InsertOut-AUX INS AUX1 InsertOut-AUX1 INS AUX2 InsertOut-AUX INS AUX2 InsertOut-AUX2 INS AUX3 InsertOut-AUX INS AUX3 InsertOut-AUX3 INS AUX4 InsertOut-AUX INS AUX4 InsertOut-AUX4 INS AUX InsertOut-AUX INS AUX InsertOut-AUX INS AUX6 InsertOut-AUX INS AUX6 InsertOut-AUX6 INS AUX7 InsertOut-AUX INS AUX7 InsertOut-AUX7 INS AUX8 InsertOut-AUX INS AUX8 InsertOut-AUX8 INS ST-L InsertOut-STL INS ST-L InsertOut-ST-L INS ST-R InsertOut-STR INS ST-R InsertOut-ST-R CAS US1 Cascade Out us CAS US1 Cascade Out us1 CAS US2 Cascade Out us CAS US2 Cascade Out us2 CAS US3 Cascade Out us CAS US3 Cascade Out us3 CAS US4 Cascade Out us CAS US4 Cascade Out us4 CAS US Cascade Out us CAS US Cascade Out us CAS US6 Cascade Out us CAS US6 Cascade Out us6 CAS US7 Cascade Out us CAS US7 Cascade Out us7 CAS US8 Cascade Out us CAS US8 Cascade Out us8 CAS AUX1 Cascade Out Aux CAS AUX1 Cascade Out Aux1 CAS AUX2 Cascade Out Aux CAS AUX2 Cascade Out Aux2 CAS AUX3 Cascade Out Aux CAS AUX3 Cascade Out Aux3 CAS AUX4 Cascade Out Aux CAS AUX4 Cascade Out Aux4 CAS AUX Cascade Out Aux CAS AUX Cascade Out Aux CAS AUX6 Cascade Out Aux CAS AUX6 Cascade Out Aux6 CAS AUX7 Cascade Out Aux CAS AUX7 Cascade Out Aux7 CAS AUX8 Cascade Out Aux CAS AUX8 Cascade Out Aux8 CAS ST-L Cascade STEREO-L CAS ST-L Cascade STEREO-L CAS ST-R Cascade STEREO-R CAS ST-R Cascade STEREO-R CASL Cascade L CASL Cascade L CASR Cascade R CASR Cascade R

255 2 SLOT1-1 US1 SLOT1-2 US2 SLOT1-3 US3 SLOT1-4 US4 SLOT1- US SLOT1-6 US6 SLOT1-7 US7 SLOT1-8 US8 SLOT1-9 US1 SLOT1- US2 SLOT1-11 US3 SLOT1-12 US4 SLOT1-13 US SLOT1-14 US6 SLOT1-1 US7 SLOT1-16 US8 1 US1 2 US2 3 US3 4 US4 US 6 US6 7 US7 8 US8 1 AUX1 2 AUX2 3 AUX3 4 AUX4 1 ADAT1 2 ADAT2 3 ADAT3 4 ADAT4 ADAT 6 ADAT6 7 ADAT7 8 ADAT8 9 SLOT-1 SLOT-2 11 SLOT-3 12 SLOT-4 13 SLOT- 14 SLOT-6 1 SLOT-7 16 SLOT-8 17 NE 18 NE 19 NE NE 21 NE 22 NE 23 NE 24 NE 2 NE 26 NE 27 NE 28 NE 29 NE NE 31 NE 32 NE 1L ST L 1R ST R AUX1 AUX1 AUX1 AUX1 AUX2 AUX2 AUX2 AUX2 AUX3 AUX3 AUX3 AUX3 AUX4 AUX4 AUX4 AUX4 AUX AUX AUX AUX AUX6 AUX6 AUX6 AUX6 AUX7 AUX7 AUX7 AUX7 AUX8 AUX8 AUX8 AUX8 US1 US1 US1 US1 US2 US2 US2 US2 US3 US3 US3 US3 US4 US4 US4 US4 US US US US US6 US6 US6 US6 US7 US7 US7 US7 US8 US8 US8 US8 STEREO ST ST STEREO

256 26 ank 1 (GM Vol & Pan) RM1 GM1 GM-CH1 VOL&PAN END FADER 7 FAD END RM2 GM2 GM-CH2 VOL&PAN END FADER 1 7 FAD END RM3 GM3 GM-CH3 VOL&PAN END FADER 2 7 FAD END RM4 GM4 GM-CH4 VOL&PAN END FADER 3 7 FAD END RM GM GM-CH VOL&PAN END FADER 4 7 FAD END RM6 GM6 GM-CH6 VOL&PAN END FADER 7 FAD END RM7 GM7 GM-CH7 VOL&PAN END FADER 6 7 FAD END RM8 GM8 GM-CH8 VOL&PAN END FADER 7 7 FAD END RM9 GM9 GM-CH9 VOL&PAN END FADER 8 7 FAD END RM GM GM-CH VOL&PAN END FADER 9 7 FAD END RM11 GM11 GM-CH11 VOL&PAN END FADER A 7 FAD END RM12 GM12 GM-CH12 VOL&PAN END FADER 7 FAD END RM13 GM13 GM-CH13 VOL&PAN END FADER C 7 FAD END RM14 GM14 GM-CH14 VOL&PAN END FADER D 7 FAD END RM1 GM1 GM-CH1 VOL&PAN END FADER E 7 FAD END RM16 GM16 GM-CH16 VOL&PAN END FADER F 7 FAD END

257 27 ank 2 (GM Vol & Effect 1) END RM1 GM1 GM-CH1 VOL&EFF1 FADER 7 FAD END END RM2 GM2 GM-CH2 VOL&EFF1 FADER 1 7 FAD END END RM3 GM3 GM-CH3 VOL&EFF1 FADER 2 7 FAD END END RM4 GM4 GM-CH4 VOL&EFF1 FADER 3 7 FAD END END RM GM GM-CH VOL&EFF1 FADER 4 7 FAD END END RM6 GM6 GM-CH6 VOL&EFF1 FADER 7 FAD END END RM7 GM7 GM-CH7 VOL&EFF1 FADER 6 7 FAD END END RM8 GM8 GM-CH8 VOL&EFF1 FADER 7 7 FAD END END RM9 GM9 GM-CH9 VOL&EFF1 FADER 8 7 FAD END END RM GM GM-CH VOL&EFF1 FADER 9 7 FAD END END RM11 GM11 GM-CH11 VOL&EFF1 FADER A 7 FAD END END RM12 GM12 GM-CH12 VOL&EFF1 FADER 7 FAD END END RM13 GM13 GM-CH13 VOL&EFF1 FADER C 7 FAD END END RM14 GM14 GM-CH14 VOL&EFF1 FADER D 7 FAD END END RM1 GM1 GM-CH1 VOL&EFF1 FADER E 7 FAD END END RM16 GM16 GM-CH16 VOL&EFF1 FADER F 7 FAD END

258 28 ank 3 (XG Vol & Pan) RM1 XG1 XG-CH1 VOL&PAN RM2 XG2 XG-CH2 VOL&PAN RM3 XG3 XG-CH3 VOL&PAN RM4 XG4 XG-CH4 VOL&PAN RM XG XG-CH VOL&PAN RM6 XG6 XG-CH6 VOL&PAN RM7 XG7 XG-CH7 VOL&PAN RM8 XG8 XG-CH8 VOL&PAN RM9 XG9 XG-CH9 VOL&PAN RM XG XG-CH VOL&PAN RM11 XG11 XG-CH11 VOL&PAN RM12 XG12 XG-CH12 VOL&PAN RM13 XG13 XG-CH13 VOL&PAN RM14 XG14 XG-CH14 VOL&PAN RM1 XG1 XG-CH1 VOL&PAN RM16 XG16 XG-CH16 VOL&PAN END FADER F 43 4C 8 FAD F7 END END FADER F 43 4C 8 1 FAD F7 END END FADER F 43 4C 8 2 FAD F7 END END FADER F 43 4C 8 3 FAD F7 END END FADER F 43 4C 8 4 FAD F7 END END FADER F 43 4C 8 FAD F7 END END FADER F 43 4C 8 6 FAD F7 END END FADER F 43 4C 8 7 FAD F7 END END FADER F 43 4C 8 8 FAD F7 END END FADER F 43 4C 8 9 FAD F7 END END FADER F 43 4C 8 A FAD F7 END END FADER F 43 4C 8 FAD F7 END END FADER F 43 4C 8 C FAD F7 END END FADER F 43 4C 8 D FAD F7 END END FADER F 43 4C 8 E FAD F7 END END FADER F 43 4C 8 F FAD F7 END

259 29 ank 4 (Nuendo VST Mixer) RM1 CH1 VST MIXER CH1 SW END FADER 7 FAD END RM2 CH2 VST MIXER CH2 1 SW END FADER 1 7 FAD END RM3 CH3 VST MIXER CH3 2 SW END FADER 2 7 FAD END RM4 CH4 VST MIXER CH4 3 SW END FADER 3 7 FAD END RM CH VST MIXER CH 4 SW END FADER 4 7 FAD END RM6 CH6 VST MIXER CH6 SW END FADER 7 FAD END RM7 CH7 VST MIXER CH7 6 SW END FADER 6 7 FAD END RM8 CH8 VST MIXER CH8 7 SW END FADER 7 7 FAD END RM9 CH9 VST MIXER CH9 8 SW END FADER 8 7 FAD END RM CH VST MIXER CH 9 SW END FADER 9 7 FAD END RM11 CH11 VST MIXER CH11 A SW END FADER A 7 FAD END RM12 CH12 VST MIXER CH12 SW END FADER 7 FAD END RM13 CH13 VST MIXER CH13 C SW END FADER C 7 FAD END RM14 CH14 VST MIXER CH14 D SW END FADER D 7 FAD END RM1 CH1 VST MIXER CH1 E SW END FADER E 7 FAD END RM16 CH16 VST MIXER CH16 F SW END FADER F 7 FAD END

260 26

261 261

262 262

263 263

264 264

265 26

266 266

267 267

268 268

269 269

270 27 = 1/48 = 1/24 = 1/16 = 1/12 = 3/32 = 1/8 = 1/6 = 3/16 = 1/4 = 3/8 = 1/2 = 3/4 = 1/1 = 2/1

271 271

272 272

273 273

274 274

275 27 THRESHOLD ATTACK HOLD DECAY RANGE THRESHOLD RANGE

276 276 THRESHOLD ATTACK HOLD DECAY RANGE THRESHOLD RANGE

277 277 THRESHOLD RATIO ATTACK RELEASE THRESHOLD

278 278 THRESHOLD ATTACK RELEASE THRESHOLD RATIO

279 279 THRESHOLD WIDTH d 1 2 3

280 28 Ω Ω Ω Ω Ω Ω Ω

281 281,,

282 282 / /

283 283 ± ± ±

284 284

285 28

286 286 Ω Ω Ω Ω Ω Ω Ω Ω Ω Ω Ω Ω Ω Ω Ω Ω Ω Ω Ω Ω Ω Ω

287 287 2TR IN DIGITAL Ω ADAT IN ADAT OUT Ω

288 288 Ω Ω 4 () 436 () 1 48

289

290 29 NO ASSIGN 1 FADER H CHANNEL INPUT1 2 FADER H CHANNEL INPUT2 3 FADER H CHANNEL INPUT3 4 FADER H CHANNEL INPUT4 FADER H CHANNEL INPUT 6 FADER H CHANNEL INPUT6 7 FADER H CHANNEL INPUT7 8 FADER H CHANNEL INPUT8 9 FADER H CHANNEL INPUT9 FADER H CHANNEL INPUT 11 FADER H CHANNEL INPUT11 12 FADER H CHANNEL INPUT12 13 FADER H CHANNEL INPUT13 14 FADER H CHANNEL INPUT14 1 FADER H CHANNEL INPUT1 16 FADER H CHANNEL INPUT16 17 FADER H CHANNEL INPUT17 18 FADER H CHANNEL INPUT18 19 FADER H CHANNEL INPUT19 FADER H CHANNEL INPUT 21 FADER H CHANNEL INPUT21 22 FADER H CHANNEL INPUT22 23 FADER H CHANNEL INPUT23 24 FADER H CHANNEL INPUT24 2 NO ASSIGN 26 NO ASSIGN 27 NO ASSIGN 28 NO ASSIGN 29 NO ASSIGN FADER H MASTER STEREO 31 NO ASSIGN 32 NO ASSIGN 33 FADER L CHANNEL INPUT1 34 FADER L CHANNEL INPUT2 3 FADER L CHANNEL INPUT3 36 FADER L CHANNEL INPUT4 37 FADER L CHANNEL INPUT 38 FADER L CHANNEL INPUT6 39 FADER L CHANNEL INPUT7 FADER L CHANNEL INPUT8 41 FADER L CHANNEL INPUT9 42 FADER L CHANNEL INPUT 43 FADER L CHANNEL INPUT11 44 FADER L CHANNEL INPUT12 4 FADER L CHANNEL INPUT13 46 FADER L CHANNEL INPUT14 47 FADER L CHANNEL INPUT1 48 FADER L CHANNEL INPUT16 49 FADER L CHANNEL INPUT17 FADER L CHANNEL INPUT18 1 FADER L CHANNEL INPUT19 2 FADER L CHANNEL INPUT 3 FADER L CHANNEL INPUT21 4 FADER L CHANNEL INPUT22 FADER L CHANNEL INPUT23 6 FADER L CHANNEL INPUT24 7 NO ASSIGN 8 NO ASSIGN 9 NO ASSIGN 6 NO ASSIGN 61 NO ASSIGN 62 FADER L MASTER STEREO 63 NO ASSIGN 64 CHANNEL INPUT1 6 CHANNEL INPUT2 66 CHANNEL INPUT3 67 CHANNEL INPUT4 68 CHANNEL INPUT 69 CHANNEL INPUT6 7 CHANNEL INPUT7 71 CHANNEL INPUT8 72 CHANNEL INPUT9 73 CHANNEL INPUT 74 CHANNEL INPUT11 7 CHANNEL INPUT12 76 CHANNEL INPUT13 77 CHANNEL INPUT14 78 CHANNEL INPUT1 79 CHANNEL INPUT16 8 CHANNEL INPUT17 81 CHANNEL INPUT18 82 CHANNEL INPUT19 83 CHANNEL INPUT 84 CHANNEL INPUT21 8 CHANNEL INPUT22 86 CHANNEL INPUT23 87 CHANNEL INPUT24 88 NO ASSIGN 89 PAN CHANNEL INPUT1 9 PAN CHANNEL INPUT2 91 PAN CHANNEL INPUT3 92 PAN CHANNEL INPUT4 93 PAN CHANNEL INPUT 94 PAN CHANNEL INPUT6 9 PAN CHANNEL INPUT7 2 PAN CHANNEL INPUT8 3 PAN CHANNEL INPUT9 4 PAN CHANNEL INPUT PAN CHANNEL INPUT11 6 PAN CHANNEL INPUT12 7 PAN CHANNEL INPUT13 8 PAN CHANNEL INPUT14 9 PAN CHANNEL INPUT1 1 PAN CHANNEL INPUT PAN CHANNEL INPUT PAN CHANNEL INPUT PAN CHANNEL INPUT PAN CHANNEL INPUT 11 PAN CHANNEL INPUT PAN CHANNEL INPUT PAN CHANNEL INPUT PAN CHANNEL INPUT NO ASSIGN

291 291 NO ASSIGN 1 FADER H CHANNEL INPUT2 2 FADER H CHANNEL INPUT26 3 FADER H CHANNEL INPUT27 4 FADER H CHANNEL INPUT28 FADER H CHANNEL INPUT29 6 FADER H CHANNEL INPUT 7 FADER H CHANNEL INPUT31 8 FADER H CHANNEL INPUT32 9 FADER H CHANNEL ST-IN1 FADER H CHANNEL ST-IN2 11 FADER H CHANNEL ST-IN3 12 FADER H CHANNEL ST-IN4 13 FADER H MASTER US1 14 FADER H MASTER US2 1 FADER H MASTER US3 16 FADER H MASTER US4 17 FADER H MASTER US 18 FADER H MASTER US6 19 FADER H MASTER US7 FADER H MASTER US8 21 FADER H MASTER AUX1 22 FADER H MASTER AUX2 23 FADER H MASTER AUX3 24 FADER H MASTER AUX4 2 FADER H MASTER AUX 26 FADER H MASTER AUX6 27 FADER H MASTER AUX7 28 FADER H MASTER AUX8 29 NO ASSIGN MASTER STEREO 31 NO ASSIGN 32 NO ASSIGN 33 FADER L CHANNEL INPUT2 34 FADER L CHANNEL INPUT26 3 FADER L CHANNEL INPUT27 36 FADER L CHANNEL INPUT28 37 FADER L CHANNEL INPUT29 38 FADER L CHANNEL INPUT 39 FADER L CHANNEL INPUT31 FADER L CHANNEL INPUT32 41 FADER L CHANNEL ST-IN1 42 FADER L CHANNEL ST-IN2 43 FADER L CHANNEL ST-IN3 44 FADER L CHANNEL ST-IN4 4 FADER L MASTER US1 46 FADER L MASTER US2 47 FADER L MASTER US3 48 FADER L MASTER US4 49 FADER L MASTER US FADER L MASTER US6 1 FADER L MASTER US7 2 FADER L MASTER US8 3 FADER L MASTER AUX1 4 FADER L MASTER AUX2 FADER L MASTER AUX3 6 FADER L MASTER AUX4 7 FADER L MASTER AUX 8 FADER L MASTER AUX6 9 FADER L MASTER AUX7 6 FADER L MASTER AUX8 61 NO ASSIGN 62 ALANCE MASTER STEREO 63 NO ASSIGN 64 CHANNEL INPUT2 6 CHANNEL INPUT26 66 CHANNEL INPUT27 67 CHANNEL INPUT28 68 CHANNEL INPUT29 69 CHANNEL INPUT 7 CHANNEL INPUT31 71 CHANNEL INPUT32 72 CHANNEL ST-IN1 73 CHANNEL ST-IN2 74 CHANNEL ST-IN3 7 CHANNEL ST-IN4 76 MASTER US1 77 MASTER US2 78 MASTER US3 79 MASTER US4 8 MASTER US 81 MASTER US6 82 MASTER US7 83 MASTER US8 84 NO ASSIGN 8 NO ASSIGN 86 NO ASSIGN 87 NO ASSIGN 88 NO ASSIGN 89 PAN CHANNEL INPUT2 9 PAN CHANNEL INPUT26 91 PAN CHANNEL INPUT27 92 PAN CHANNEL INPUT28 93 PAN CHANNEL INPUT29 94 PAN CHANNEL INPUT 9 PAN CHANNEL INPUT31 2 PAN CHANNEL INPUT32 3 PAN CHANNEL ST-IN1L 4 PAN CHANNEL ST-IN1R PAN CHANNEL ST-IN2L 6 PAN CHANNEL ST-IN2R 7 PAN CHANNEL ST-IN3L 8 PAN CHANNEL ST-IN3R 9 PAN CHANNEL ST-IN4L 1 PAN CHANNEL ST-IN4R 111 MASTER AUX1 112 MASTER AUX2 113 MASTER AUX3 114 MASTER AUX4 11 MASTER AUX 116 MASTER AUX6 117 MASTER AUX7 118 MASTER AUX8 119 NO ASSIGN

292 292 NO ASSIGN 1 EQ G LOW H INPUT1 2 EQ G LOW H INPUT2 3 EQ G LOW H INPUT3 4 EQ G LOW H INPUT4 EQ G LOW H INPUT 6 EQ G LOW H INPUT6 7 EQ G LOW H INPUT7 8 EQ G LOW H INPUT8 9 EQ G LOW H INPUT9 EQ G LOW H INPUT 11 EQ G LOW H INPUT11 12 EQ G LOW H INPUT12 13 EQ G LOW H INPUT13 14 EQ G LOW H INPUT14 1 EQ G LOW H INPUT1 16 EQ G LOW H INPUT16 17 EQ G LOW H INPUT17 18 EQ G LOW H INPUT18 19 EQ G LOW H INPUT19 EQ G LOW H INPUT 21 EQ G LOW H INPUT21 22 EQ G LOW H INPUT22 23 EQ G LOW H INPUT23 24 EQ G LOW H INPUT24 2 NO ASSIGN 26 NO ASSIGN 27 NO ASSIGN 28 NO ASSIGN 29 NO ASSIGN NO ASSIGN 31 NO ASSIGN 32 NO ASSIGN 33 EQ G LOW L INPUT1 34 EQ G LOW L INPUT2 3 EQ G LOW L INPUT3 36 EQ G LOW L INPUT4 37 EQ G LOW L INPUT 38 EQ G LOW L INPUT6 39 EQ G LOW L INPUT7 EQ G LOW L INPUT8 41 EQ G LOW L INPUT9 42 EQ G LOW L INPUT 43 EQ G LOW L INPUT11 44 EQ G LOW L INPUT12 4 EQ G LOW L INPUT13 46 EQ G LOW L INPUT14 47 EQ G LOW L INPUT1 48 EQ G LOW L INPUT16 49 EQ G LOW L INPUT17 EQ G LOW L INPUT18 1 EQ G LOW L INPUT19 2 EQ G LOW L INPUT 3 EQ G LOW L INPUT21 4 EQ G LOW L INPUT22 EQ G LOW L INPUT23 6 EQ G LOW L INPUT24 7 NO ASSIGN 8 NO ASSIGN 9 NO ASSIGN 6 NO ASSIGN 61 NO ASSIGN 62 NO ASSIGN 63 NO ASSIGN 64 EQ F LOW INPUT1 6 EQ F LOW INPUT2 66 EQ F LOW INPUT3 67 EQ F LOW INPUT4 68 EQ F LOW INPUT 69 EQ F LOW INPUT6 7 EQ F LOW INPUT7 71 EQ F LOW INPUT8 72 EQ F LOW INPUT9 73 EQ F LOW INPUT 74 EQ F LOW INPUT11 7 EQ F LOW INPUT12 76 EQ F LOW INPUT13 77 EQ F LOW INPUT14 78 EQ F LOW INPUT1 79 EQ F LOW INPUT16 8 EQ F LOW INPUT17 81 EQ F LOW INPUT18 82 EQ F LOW INPUT19 83 EQ F LOW INPUT 84 EQ F LOW INPUT21 8 EQ F LOW INPUT22 86 EQ F LOW INPUT23 87 EQ F LOW INPUT24 88 NO ASSIGN 89 EQ Q LOW INPUT1 9 EQ Q LOW INPUT2 91 EQ Q LOW INPUT3 92 EQ Q LOW INPUT4 93 EQ Q LOW INPUT 94 EQ Q LOW INPUT6 9 EQ Q LOW INPUT7 2 EQ Q LOW INPUT8 3 EQ Q LOW INPUT9 4 EQ Q LOW INPUT EQ Q LOW INPUT11 6 EQ Q LOW INPUT12 7 EQ Q LOW INPUT13 8 EQ Q LOW INPUT14 9 EQ Q LOW INPUT1 1 EQ Q LOW INPUT EQ Q LOW INPUT EQ Q LOW INPUT EQ Q LOW INPUT EQ Q LOW INPUT 11 EQ Q LOW INPUT EQ Q LOW INPUT EQ Q LOW INPUT EQ Q LOW INPUT NO ASSIGN

293 293 NO ASSIGN 1 EQ G LOW H INPUT2 2 EQ G LOW H INPUT26 3 EQ G LOW H INPUT27 4 EQ G LOW H INPUT28 EQ G LOW H INPUT29 6 EQ G LOW H INPUT 7 EQ G LOW H INPUT31 8 EQ G LOW H INPUT32 9 EQ G LOW H ST-IN1 EQ G LOW H ST-IN2 11 EQ G LOW H ST-IN3 12 EQ G LOW H ST-IN4 13 NO ASSIGN 14 NO ASSIGN 1 NO ASSIGN 16 NO ASSIGN 17 NO ASSIGN 18 NO ASSIGN 19 NO ASSIGN NO ASSIGN 21 NO ASSIGN 22 NO ASSIGN 23 NO ASSIGN 24 NO ASSIGN 2 NO ASSIGN 26 NO ASSIGN 27 NO ASSIGN 28 NO ASSIGN 29 NO ASSIGN NO ASSIGN 31 NO ASSIGN 32 NO ASSIGN 33 EQ G LOW L INPUT2 34 EQ G LOW L INPUT26 3 EQ G LOW L INPUT27 36 EQ G LOW L INPUT28 37 EQ G LOW L INPUT29 38 EQ G LOW L INPUT 39 EQ G LOW L INPUT31 EQ G LOW L INPUT32 41 EQ G LOW L ST-IN1 42 EQ G LOW L ST-IN2 43 EQ G LOW L ST-IN3 44 EQ G LOW L ST-IN4 4 NO ASSIGN 46 NO ASSIGN 47 NO ASSIGN 48 NO ASSIGN 49 NO ASSIGN NO ASSIGN 1 NO ASSIGN 2 NO ASSIGN 3 NO ASSIGN 4 NO ASSIGN NO ASSIGN 6 NO ASSIGN 7 NO ASSIGN 8 NO ASSIGN 9 NO ASSIGN 6 NO ASSIGN 61 NO ASSIGN 62 NO ASSIGN 63 NO ASSIGN 64 EQ F LOW INPUT2 6 EQ F LOW INPUT26 66 EQ F LOW INPUT27 67 EQ F LOW INPUT28 68 EQ F LOW INPUT29 69 EQ F LOW INPUT 7 EQ F LOW INPUT31 71 EQ F LOW INPUT32 72 EQ F LOW ST-IN1 73 EQ F LOW ST-IN2 74 EQ F LOW ST-IN3 7 EQ F LOW ST-IN4 76 NO ASSIGN 77 NO ASSIGN 78 NO ASSIGN 79 NO ASSIGN 8 NO ASSIGN 81 NO ASSIGN 82 NO ASSIGN 83 NO ASSIGN 84 NO ASSIGN 8 NO ASSIGN 86 NO ASSIGN 87 NO ASSIGN 88 NO ASSIGN 89 EQ Q LOW INPUT2 9 EQ Q LOW INPUT26 91 EQ Q LOW INPUT27 92 EQ Q LOW INPUT28 93 EQ Q LOW INPUT29 94 EQ Q LOW INPUT 9 EQ Q LOW INPUT31 2 EQ Q LOW INPUT32 3 EQ Q LOW ST-IN1 4 EQ Q LOW ST-IN2 EQ Q LOW ST-IN3 6 EQ Q LOW ST-IN4 7 NO ASSIGN 8 NO ASSIGN 9 NO ASSIGN 1 NO ASSIGN 111 NO ASSIGN 112 NO ASSIGN 113 NO ASSIGN 114 NO ASSIGN 11 NO ASSIGN 116 NO ASSIGN 117 NO ASSIGN 118 NO ASSIGN 119 NO ASSIGN

294 294 NO ASSIGN 1 EQ G LO-MID H INPUT1 2 EQ G LO-MID H INPUT2 3 EQ G LO-MID H INPUT3 4 EQ G LO-MID H INPUT4 EQ G LO-MID H INPUT 6 EQ G LO-MID H INPUT6 7 EQ G LO-MID H INPUT7 8 EQ G LO-MID H INPUT8 9 EQ G LO-MID H INPUT9 EQ G LO-MID H INPUT 11 EQ G LO-MID H INPUT11 12 EQ G LO-MID H INPUT12 13 EQ G LO-MID H INPUT13 14 EQ G LO-MID H INPUT14 1 EQ G LO-MID H INPUT1 16 EQ G LO-MID H INPUT16 17 EQ G LO-MID H INPUT17 18 EQ G LO-MID H INPUT18 19 EQ G LO-MID H INPUT19 EQ G LO-MID H INPUT 21 EQ G LO-MID H INPUT21 22 EQ G LO-MID H INPUT22 23 EQ G LO-MID H INPUT23 24 EQ G LO-MID H INPUT24 2 NO ASSIGN 26 NO ASSIGN 27 NO ASSIGN 28 NO ASSIGN 29 NO ASSIGN NO ASSIGN 31 NO ASSIGN 32 NO ASSIGN 33 EQ G LO-MID L INPUT1 34 EQ G LO-MID L INPUT2 3 EQ G LO-MID L INPUT3 36 EQ G LO-MID L INPUT4 37 EQ G LO-MID L INPUT 38 EQ G LO-MID L INPUT6 39 EQ G LO-MID L INPUT7 EQ G LO-MID L INPUT8 41 EQ G LO-MID L INPUT9 42 EQ G LO-MID L INPUT 43 EQ G LO-MID L INPUT11 44 EQ G LO-MID L INPUT12 4 EQ G LO-MID L INPUT13 46 EQ G LO-MID L INPUT14 47 EQ G LO-MID L INPUT1 48 EQ G LO-MID L INPUT16 49 EQ G LO-MID L INPUT17 EQ G LO-MID L INPUT18 1 EQ G LO-MID L INPUT19 2 EQ G LO-MID L INPUT 3 EQ G LO-MID L INPUT21 4 EQ G LO-MID L INPUT22 EQ G LO-MID L INPUT23 6 EQ G LO-MID L INPUT24 7 NO ASSIGN 8 NO ASSIGN 9 NO ASSIGN 6 NO ASSIGN 61 NO ASSIGN 62 NO ASSIGN 63 NO ASSIGN 64 EQ F LO-MID INPUT1 6 EQ F LO-MID INPUT2 66 EQ F LO-MID INPUT3 67 EQ F LO-MID INPUT4 68 EQ F LO-MID INPUT 69 EQ F LO-MID INPUT6 7 EQ F LO-MID INPUT7 71 EQ F LO-MID INPUT8 72 EQ F LO-MID INPUT9 73 EQ F LO-MID INPUT 74 EQ F LO-MID INPUT11 7 EQ F LO-MID INPUT12 76 EQ F LO-MID INPUT13 77 EQ F LO-MID INPUT14 78 EQ F LO-MID INPUT1 79 EQ F LO-MID INPUT16 8 EQ F LO-MID INPUT17 81 EQ F LO-MID INPUT18 82 EQ F LO-MID INPUT19 83 EQ F LO-MID INPUT 84 EQ F LO-MID INPUT21 8 EQ F LO-MID INPUT22 86 EQ F LO-MID INPUT23 87 EQ F LO-MID INPUT24 88 NO ASSIGN 89 EQ Q LO-MID INPUT1 9 EQ Q LO-MID INPUT2 91 EQ Q LO-MID INPUT3 92 EQ Q LO-MID INPUT4 93 EQ Q LO-MID INPUT 94 EQ Q LO-MID INPUT6 9 EQ Q LO-MID INPUT7 2 EQ Q LO-MID INPUT8 3 EQ Q LO-MID INPUT9 4 EQ Q LO-MID INPUT EQ Q LO-MID INPUT11 6 EQ Q LO-MID INPUT12 7 EQ Q LO-MID INPUT13 8 EQ Q LO-MID INPUT14 9 EQ Q LO-MID INPUT1 1 EQ Q LO-MID INPUT EQ Q LO-MID INPUT EQ Q LO-MID INPUT EQ Q LO-MID INPUT EQ Q LO-MID INPUT 11 EQ Q LO-MID INPUT EQ Q LO-MID INPUT EQ Q LO-MID INPUT EQ Q LO-MID INPUT NO ASSIGN

295 29 NO ASSIGN 1 EQ G LO-MID H INPUT2 2 EQ G LO-MID H INPUT26 3 EQ G LO-MID H INPUT27 4 EQ G LO-MID H INPUT28 EQ G LO-MID H INPUT29 6 EQ G LO-MID H INPUT 7 EQ G LO-MID H INPUT31 8 EQ G LO-MID H INPUT32 9 EQ G LO-MID H ST-IN1 EQ G LO-MID H ST-IN2 11 EQ G LO-MID H ST-IN3 12 EQ G LO-MID H ST-IN4 13 NO ASSIGN 14 NO ASSIGN 1 NO ASSIGN 16 NO ASSIGN 17 NO ASSIGN 18 NO ASSIGN 19 NO ASSIGN NO ASSIGN 21 NO ASSIGN 22 NO ASSIGN 23 NO ASSIGN 24 NO ASSIGN 2 NO ASSIGN 26 NO ASSIGN 27 NO ASSIGN 28 NO ASSIGN 29 NO ASSIGN NO ASSIGN 31 NO ASSIGN 32 NO ASSIGN 33 EQ G LO-MID L INPUT2 34 EQ G LO-MID L INPUT26 3 EQ G LO-MID L INPUT27 36 EQ G LO-MID L INPUT28 37 EQ G LO-MID L INPUT29 38 EQ G LO-MID L INPUT 39 EQ G LO-MID L INPUT31 EQ G LO-MID L INPUT32 41 EQ G LO-MID L ST-IN1 42 EQ G LO-MID L ST-IN2 43 EQ G LO-MID L ST-IN3 44 EQ G LO-MID L ST-IN4 4 NO ASSIGN 46 NO ASSIGN 47 NO ASSIGN 48 NO ASSIGN 49 NO ASSIGN NO ASSIGN 1 NO ASSIGN 2 NO ASSIGN 3 NO ASSIGN 4 NO ASSIGN NO ASSIGN 6 NO ASSIGN 7 NO ASSIGN 8 NO ASSIGN 9 NO ASSIGN 6 NO ASSIGN 61 NO ASSIGN 62 NO ASSIGN 63 NO ASSIGN 64 EQ F LO-MID INPUT2 6 EQ F LO-MID INPUT26 66 EQ F LO-MID INPUT27 67 EQ F LO-MID INPUT28 68 EQ F LO-MID INPUT29 69 EQ F LO-MID INPUT 7 EQ F LO-MID INPUT31 71 EQ F LO-MID INPUT32 72 EQ F LO-MID ST-IN1 73 EQ F LO-MID ST-IN2 74 EQ F LO-MID ST-IN3 7 EQ F LO-MID ST-IN4 76 NO ASSIGN 77 NO ASSIGN 78 NO ASSIGN 79 NO ASSIGN 8 NO ASSIGN 81 NO ASSIGN 82 NO ASSIGN 83 NO ASSIGN 84 NO ASSIGN 8 NO ASSIGN 86 NO ASSIGN 87 NO ASSIGN 88 NO ASSIGN 89 EQ Q LO-MID INPUT2 9 EQ Q LO-MID INPUT26 91 EQ Q LO-MID INPUT27 92 EQ Q LO-MID INPUT28 93 EQ Q LO-MID INPUT29 94 EQ Q LO-MID INPUT 9 EQ Q LO-MID INPUT31 2 EQ Q LO-MID INPUT32 3 EQ Q LO-MID ST-IN1 4 EQ Q LO-MID ST-IN2 EQ Q LO-MID ST-IN3 6 EQ Q LO-MID ST-IN4 7 NO ASSIGN 8 NO ASSIGN 9 NO ASSIGN 1 NO ASSIGN 111 NO ASSIGN 112 NO ASSIGN 113 NO ASSIGN 114 NO ASSIGN 11 NO ASSIGN 116 NO ASSIGN 117 NO ASSIGN 118 NO ASSIGN 119 NO ASSIGN

296 296 NO ASSIGN 1 EQ G HI-MID H INPUT1 2 EQ G HI-MID H INPUT2 3 EQ G HI-MID H INPUT3 4 EQ G HI-MID H INPUT4 EQ G HI-MID H INPUT 6 EQ G HI-MID H INPUT6 7 EQ G HI-MID H INPUT7 8 EQ G HI-MID H INPUT8 9 EQ G HI-MID H INPUT9 EQ G HI-MID H INPUT 11 EQ G HI-MID H INPUT11 12 EQ G HI-MID H INPUT12 13 EQ G HI-MID H INPUT13 14 EQ G HI-MID H INPUT14 1 EQ G HI-MID H INPUT1 16 EQ G HI-MID H INPUT16 17 EQ G HI-MID H INPUT17 18 EQ G HI-MID H INPUT18 19 EQ G HI-MID H INPUT19 EQ G HI-MID H INPUT 21 EQ G HI-MID H INPUT21 22 EQ G HI-MID H INPUT22 23 EQ G HI-MID H INPUT23 24 EQ G HI-MID H INPUT24 2 NO ASSIGN 26 NO ASSIGN 27 NO ASSIGN 28 NO ASSIGN 29 NO ASSIGN NO ASSIGN 31 NO ASSIGN 32 NO ASSIGN 33 EQ G HI-MID L INPUT1 34 EQ G HI-MID L INPUT2 3 EQ G HI-MID L INPUT3 36 EQ G HI-MID L INPUT4 37 EQ G HI-MID L INPUT 38 EQ G HI-MID L INPUT6 39 EQ G HI-MID L INPUT7 EQ G HI-MID L INPUT8 41 EQ G HI-MID L INPUT9 42 EQ G HI-MID L INPUT 43 EQ G HI-MID L INPUT11 44 EQ G HI-MID L INPUT12 4 EQ G HI-MID L INPUT13 46 EQ G HI-MID L INPUT14 47 EQ G HI-MID L INPUT1 48 EQ G HI-MID L INPUT16 49 EQ G HI-MID L INPUT17 EQ G HI-MID L INPUT18 1 EQ G HI-MID L INPUT19 2 EQ G HI-MID L INPUT 3 EQ G HI-MID L INPUT21 4 EQ G HI-MID L INPUT22 EQ G HI-MID L INPUT23 6 EQ G HI-MID L INPUT24 7 NO ASSIGN 8 NO ASSIGN 9 NO ASSIGN 6 NO ASSIGN 61 NO ASSIGN 62 NO ASSIGN 63 NO ASSIGN 64 EQ F HI-MID INPUT1 6 EQ F HI-MID INPUT2 66 EQ F HI-MID INPUT3 67 EQ F HI-MID INPUT4 68 EQ F HI-MID INPUT 69 EQ F HI-MID INPUT6 7 EQ F HI-MID INPUT7 71 EQ F HI-MID INPUT8 72 EQ F HI-MID INPUT9 73 EQ F HI-MID INPUT 74 EQ F HI-MID INPUT11 7 EQ F HI-MID INPUT12 76 EQ F HI-MID INPUT13 77 EQ F HI-MID INPUT14 78 EQ F HI-MID INPUT1 79 EQ F HI-MID INPUT16 8 EQ F HI-MID INPUT17 81 EQ F HI-MID INPUT18 82 EQ F HI-MID INPUT19 83 EQ F HI-MID INPUT 84 EQ F HI-MID INPUT21 8 EQ F HI-MID INPUT22 86 EQ F HI-MID INPUT23 87 EQ F HI-MID INPUT24 88 NO ASSIGN 89 EQ Q HI-MID INPUT1 9 EQ Q HI-MID INPUT2 91 EQ Q HI-MID INPUT3 92 EQ Q HI-MID INPUT4 93 EQ Q HI-MID INPUT 94 EQ Q HI-MID INPUT6 9 EQ Q HI-MID INPUT7 2 EQ Q HI-MID INPUT8 3 EQ Q HI-MID INPUT9 4 EQ Q HI-MID INPUT EQ Q HI-MID INPUT11 6 EQ Q HI-MID INPUT12 7 EQ Q HI-MID INPUT13 8 EQ Q HI-MID INPUT14 9 EQ Q HI-MID INPUT1 1 EQ Q HI-MID INPUT EQ Q HI-MID INPUT EQ Q HI-MID INPUT EQ Q HI-MID INPUT EQ Q HI-MID INPUT 11 EQ Q HI-MID INPUT EQ Q HI-MID INPUT EQ Q HI-MID INPUT EQ Q HI-MID INPUT NO ASSIGN

297 297 NO ASSIGN 1 EQ G HI-MID H INPUT2 2 EQ G HI-MID H INPUT26 3 EQ G HI-MID H INPUT27 4 EQ G HI-MID H INPUT28 EQ G HI-MID H INPUT29 6 EQ G HI-MID H INPUT 7 EQ G HI-MID H INPUT31 8 EQ G HI-MID H INPUT32 9 EQ G HI-MID H ST-IN1 EQ G HI-MID H ST-IN2 11 EQ G HI-MID H ST-IN3 12 EQ G HI-MID H ST-IN4 13 NO ASSIGN 14 NO ASSIGN 1 NO ASSIGN 16 NO ASSIGN 17 NO ASSIGN 18 NO ASSIGN 19 NO ASSIGN NO ASSIGN 21 NO ASSIGN 22 NO ASSIGN 23 NO ASSIGN 24 NO ASSIGN 2 NO ASSIGN 26 NO ASSIGN 27 NO ASSIGN 28 NO ASSIGN 29 NO ASSIGN NO ASSIGN 31 NO ASSIGN 32 NO ASSIGN 33 EQ G HI-MID L INPUT2 34 EQ G HI-MID L INPUT26 3 EQ G HI-MID L INPUT27 36 EQ G HI-MID L INPUT28 37 EQ G HI-MID L INPUT29 38 EQ G HI-MID L INPUT 39 EQ G HI-MID L INPUT31 EQ G HI-MID L INPUT32 41 EQ G HI-MID L ST-IN1 42 EQ G HI-MID L ST-IN2 43 EQ G HI-MID L ST-IN3 44 EQ G HI-MID L ST-IN4 4 NO ASSIGN 46 NO ASSIGN 47 NO ASSIGN 48 NO ASSIGN 49 NO ASSIGN NO ASSIGN 1 NO ASSIGN 2 NO ASSIGN 3 NO ASSIGN 4 NO ASSIGN NO ASSIGN 6 NO ASSIGN 7 NO ASSIGN 8 NO ASSIGN 9 NO ASSIGN 6 NO ASSIGN 61 NO ASSIGN 62 NO ASSIGN 63 NO ASSIGN 64 EQ F HI-MID INPUT2 6 EQ F HI-MID INPUT26 66 EQ F HI-MID INPUT27 67 EQ F HI-MID INPUT28 68 EQ F HI-MID INPUT29 69 EQ F HI-MID INPUT 7 EQ F HI-MID INPUT31 71 EQ F HI-MID INPUT32 72 EQ F HI-MID ST-IN1 73 EQ F HI-MID ST-IN2 74 EQ F HI-MID ST-IN3 7 EQ F HI-MID ST-IN4 76 NO ASSIGN 77 NO ASSIGN 78 NO ASSIGN 79 NO ASSIGN 8 NO ASSIGN 81 NO ASSIGN 82 NO ASSIGN 83 NO ASSIGN 84 NO ASSIGN 8 NO ASSIGN 86 NO ASSIGN 87 NO ASSIGN 88 NO ASSIGN 89 EQ Q HI-MID INPUT2 9 EQ Q HI-MID INPUT26 91 EQ Q HI-MID INPUT27 92 EQ Q HI-MID INPUT28 93 EQ Q HI-MID INPUT29 94 EQ Q HI-MID INPUT 9 EQ Q HI-MID INPUT31 2 EQ Q HI-MID INPUT32 3 EQ Q HI-MID ST-IN1 4 EQ Q HI-MID ST-IN2 EQ Q HI-MID ST-IN3 6 EQ Q HI-MID ST-IN4 7 NO ASSIGN 8 NO ASSIGN 9 NO ASSIGN 1 NO ASSIGN 111 NO ASSIGN 112 NO ASSIGN 113 NO ASSIGN 114 NO ASSIGN 11 NO ASSIGN 116 NO ASSIGN 117 NO ASSIGN 118 NO ASSIGN 119 NO ASSIGN

298 298 NO ASSIGN 1 EQ G HIGH H INPUT1 2 EQ G HIGH H INPUT2 3 EQ G HIGH H INPUT3 4 EQ G HIGH H INPUT4 EQ G HIGH H INPUT 6 EQ G HIGH H INPUT6 7 EQ G HIGH H INPUT7 8 EQ G HIGH H INPUT8 9 EQ G HIGH H INPUT9 EQ G HIGH H INPUT 11 EQ G HIGH H INPUT11 12 EQ G HIGH H INPUT12 13 EQ G HIGH H INPUT13 14 EQ G HIGH H INPUT14 1 EQ G HIGH H INPUT1 16 EQ G HIGH H INPUT16 17 EQ G HIGH H INPUT17 18 EQ G HIGH H INPUT18 19 EQ G HIGH H INPUT19 EQ G HIGH H INPUT 21 EQ G HIGH H INPUT21 22 EQ G HIGH H INPUT22 23 EQ G HIGH H INPUT23 24 EQ G HIGH H INPUT24 2 NO ASSIGN 26 NO ASSIGN 27 NO ASSIGN 28 NO ASSIGN 29 NO ASSIGN NO ASSIGN 31 NO ASSIGN 32 NO ASSIGN 33 EQ G HIGH L INPUT1 34 EQ G HIGH L INPUT2 3 EQ G HIGH L INPUT3 36 EQ G HIGH L INPUT4 37 EQ G HIGH L INPUT 38 EQ G HIGH L INPUT6 39 EQ G HIGH L INPUT7 EQ G HIGH L INPUT8 41 EQ G HIGH L INPUT9 42 EQ G HIGH L INPUT 43 EQ G HIGH L INPUT11 44 EQ G HIGH L INPUT12 4 EQ G HIGH L INPUT13 46 EQ G HIGH L INPUT14 47 EQ G HIGH L INPUT1 48 EQ G HIGH L INPUT16 49 EQ G HIGH L INPUT17 EQ G HIGH L INPUT18 1 EQ G HIGH L INPUT19 2 EQ G HIGH L INPUT 3 EQ G HIGH L INPUT21 4 EQ G HIGH L INPUT22 EQ G HIGH L INPUT23 6 EQ G HIGH L INPUT24 7 NO ASSIGN 8 NO ASSIGN 9 NO ASSIGN 6 NO ASSIGN 61 NO ASSIGN 62 NO ASSIGN 63 NO ASSIGN 64 EQ F HIGH INPUT1 6 EQ F HIGH INPUT2 66 EQ F HIGH INPUT3 67 EQ F HIGH INPUT4 68 EQ F HIGH INPUT 69 EQ F HIGH INPUT6 7 EQ F HIGH INPUT7 71 EQ F HIGH INPUT8 72 EQ F HIGH INPUT9 73 EQ F HIGH INPUT 74 EQ F HIGH INPUT11 7 EQ F HIGH INPUT12 76 EQ F HIGH INPUT13 77 EQ F HIGH INPUT14 78 EQ F HIGH INPUT1 79 EQ F HIGH INPUT16 8 EQ F HIGH INPUT17 81 EQ F HIGH INPUT18 82 EQ F HIGH INPUT19 83 EQ F HIGH INPUT 84 EQ F HIGH INPUT21 8 EQ F HIGH INPUT22 86 EQ F HIGH INPUT23 87 EQ F HIGH INPUT24 88 NO ASSIGN 89 EQ Q HIGH INPUT1 9 EQ Q HIGH INPUT2 91 EQ Q HIGH INPUT3 92 EQ Q HIGH INPUT4 93 EQ Q HIGH INPUT 94 EQ Q HIGH INPUT6 9 EQ Q HIGH INPUT7 2 EQ Q HIGH INPUT8 3 EQ Q HIGH INPUT9 4 EQ Q HIGH INPUT EQ Q HIGH INPUT11 6 EQ Q HIGH INPUT12 7 EQ Q HIGH INPUT13 8 EQ Q HIGH INPUT14 9 EQ Q HIGH INPUT1 1 EQ Q HIGH INPUT EQ Q HIGH INPUT EQ Q HIGH INPUT EQ Q HIGH INPUT EQ Q HIGH INPUT 11 EQ Q HIGH INPUT EQ Q HIGH INPUT EQ Q HIGH INPUT EQ Q HIGH INPUT NO ASSIGN

299 299 NO ASSIGN 1 EQ G HIGH H INPUT2 2 EQ G HIGH H INPUT26 3 EQ G HIGH H INPUT27 4 EQ G HIGH H INPUT28 EQ G HIGH H INPUT29 6 EQ G HIGH H INPUT 7 EQ G HIGH H INPUT31 8 EQ G HIGH H INPUT32 9 EQ G HIGH H ST-IN1 EQ G HIGH H ST-IN2 11 EQ G HIGH H ST-IN3 12 EQ G HIGH H ST-IN4 13 NO ASSIGN 14 NO ASSIGN 1 NO ASSIGN 16 NO ASSIGN 17 NO ASSIGN 18 NO ASSIGN 19 NO ASSIGN NO ASSIGN 21 NO ASSIGN 22 NO ASSIGN 23 NO ASSIGN 24 NO ASSIGN 2 NO ASSIGN 26 NO ASSIGN 27 NO ASSIGN 28 NO ASSIGN 29 NO ASSIGN NO ASSIGN 31 NO ASSIGN 32 NO ASSIGN 33 EQ G HIGH L INPUT2 34 EQ G HIGH L INPUT26 3 EQ G HIGH L INPUT27 36 EQ G HIGH L INPUT28 37 EQ G HIGH L INPUT29 38 EQ G HIGH L INPUT 39 EQ G HIGH L INPUT31 EQ G HIGH L INPUT32 41 EQ G HIGH L ST-IN1 42 EQ G HIGH L ST-IN2 43 EQ G HIGH L ST-IN3 44 EQ G HIGH L ST-IN4 4 NO ASSIGN 46 NO ASSIGN 47 NO ASSIGN 48 NO ASSIGN 49 NO ASSIGN NO ASSIGN 1 NO ASSIGN 2 NO ASSIGN 3 NO ASSIGN 4 NO ASSIGN NO ASSIGN 6 NO ASSIGN 7 NO ASSIGN 8 NO ASSIGN 9 NO ASSIGN 6 NO ASSIGN 61 NO ASSIGN 62 NO ASSIGN 63 NO ASSIGN 64 EQ F HIGH INPUT2 6 EQ F HIGH INPUT26 66 EQ F HIGH INPUT27 67 EQ F HIGH INPUT28 68 EQ F HIGH INPUT29 69 EQ F HIGH INPUT 7 EQ F HIGH INPUT31 71 EQ F HIGH INPUT32 72 EQ F HIGH ST-IN1 73 EQ F HIGH ST-IN2 74 EQ F HIGH ST-IN3 7 EQ F HIGH ST-IN4 76 NO ASSIGN 77 NO ASSIGN 78 NO ASSIGN 79 NO ASSIGN 8 NO ASSIGN 81 NO ASSIGN 82 NO ASSIGN 83 NO ASSIGN 84 NO ASSIGN 8 NO ASSIGN 86 NO ASSIGN 87 NO ASSIGN 88 NO ASSIGN 89 EQ Q HIGH INPUT2 9 EQ Q HIGH INPUT26 91 EQ Q HIGH INPUT27 92 EQ Q HIGH INPUT28 93 EQ Q HIGH INPUT29 94 EQ Q HIGH INPUT 9 EQ Q HIGH INPUT31 2 EQ Q HIGH INPUT32 3 EQ Q HIGH ST-IN1 4 EQ Q HIGH ST-IN2 EQ Q HIGH ST-IN3 6 EQ Q HIGH ST-IN4 7 NO ASSIGN 8 NO ASSIGN 9 NO ASSIGN 1 NO ASSIGN 111 NO ASSIGN 112 NO ASSIGN 113 NO ASSIGN 114 NO ASSIGN 11 NO ASSIGN 116 NO ASSIGN 117 NO ASSIGN 118 NO ASSIGN 119 NO ASSIGN

300 NO ASSIGN 1 EQ ATT H INPUT1 2 EQ ATT H INPUT2 3 EQ ATT H INPUT3 4 EQ ATT H INPUT4 EQ ATT H INPUT 6 EQ ATT H INPUT6 7 EQ ATT H INPUT7 8 EQ ATT H INPUT8 9 EQ ATT H INPUT9 EQ ATT H INPUT 11 EQ ATT H INPUT11 12 EQ ATT H INPUT12 13 EQ ATT H INPUT13 14 EQ ATT H INPUT14 1 EQ ATT H INPUT1 16 EQ ATT H INPUT16 17 EQ ATT H INPUT17 18 EQ ATT H INPUT18 19 EQ ATT H INPUT19 EQ ATT H INPUT 21 EQ ATT H INPUT21 22 EQ ATT H INPUT22 23 EQ ATT H INPUT23 24 EQ ATT H INPUT24 2 NO ASSIGN 26 NO ASSIGN 27 NO ASSIGN 28 NO ASSIGN 29 NO ASSIGN NO ASSIGN 31 NO ASSIGN 32 NO ASSIGN 33 EQ ATT L INPUT1 34 EQ ATT L INPUT2 3 EQ ATT L INPUT3 36 EQ ATT L INPUT4 37 EQ ATT L INPUT 38 EQ ATT L INPUT6 39 EQ ATT L INPUT7 EQ ATT L INPUT8 41 EQ ATT L INPUT9 42 EQ ATT L INPUT 43 EQ ATT L INPUT11 44 EQ ATT L INPUT12 4 EQ ATT L INPUT13 46 EQ ATT L INPUT14 47 EQ ATT L INPUT1 48 EQ ATT L INPUT16 49 EQ ATT L INPUT17 EQ ATT L INPUT18 1 EQ ATT L INPUT19 2 EQ ATT L INPUT 3 EQ ATT L INPUT21 4 EQ ATT L INPUT22 EQ ATT L INPUT23 6 EQ ATT L INPUT24 7 NO ASSIGN 8 NO ASSIGN 9 NO ASSIGN 6 NO ASSIGN 61 NO ASSIGN 62 NO ASSIGN 63 NO ASSIGN 64 EQ HPF INPUT1 6 EQ HPF INPUT2 66 EQ HPF INPUT3 67 EQ HPF INPUT4 68 EQ HPF INPUT 69 EQ HPF INPUT6 7 EQ HPF INPUT7 71 EQ HPF INPUT8 72 EQ HPF INPUT9 73 EQ HPF INPUT 74 EQ HPF INPUT11 7 EQ HPF INPUT12 76 EQ HPF INPUT13 77 EQ HPF INPUT14 78 EQ HPF INPUT1 79 EQ HPF INPUT16 8 EQ HPF INPUT17 81 EQ HPF INPUT18 82 EQ HPF INPUT19 83 EQ HPF INPUT 84 EQ HPF INPUT21 8 EQ HPF INPUT22 86 EQ HPF INPUT23 87 EQ HPF INPUT24 88 NO ASSIGN 89 EQ LPF INPUT1 9 EQ LPF INPUT2 91 EQ LPF INPUT3 92 EQ LPF INPUT4 93 EQ LPF INPUT 94 EQ LPF INPUT6 9 EQ LPF INPUT7 2 EQ LPF INPUT8 3 EQ LPF INPUT9 4 EQ LPF INPUT EQ LPF INPUT11 6 EQ LPF INPUT12 7 EQ LPF INPUT13 8 EQ LPF INPUT14 9 EQ LPF INPUT1 1 EQ LPF INPUT EQ LPF INPUT EQ LPF INPUT EQ LPF INPUT EQ LPF INPUT 11 EQ LPF INPUT EQ LPF INPUT EQ LPF INPUT EQ LPF INPUT NO ASSIGN

301 1 NO ASSIGN 1 EQ ATT H INPUT2 2 EQ ATT H INPUT26 3 EQ ATT H INPUT27 4 EQ ATT H INPUT28 EQ ATT H INPUT29 6 EQ ATT H INPUT 7 EQ ATT H INPUT31 8 EQ ATT H INPUT32 9 EQ ATT H ST-IN1L EQ ATT H ST-IN1R 11 EQ ATT H ST-IN2L 12 EQ ATT H ST-IN2R 13 EQ ATT H ST-IN3L 14 EQ ATT H ST-IN3R 1 EQ ATT H ST-IN4L 16 EQ ATT H ST-IN4R 17 NO ASSIGN 18 NO ASSIGN 19 NO ASSIGN NO ASSIGN 21 NO ASSIGN 22 NO ASSIGN 23 NO ASSIGN 24 NO ASSIGN 2 NO ASSIGN 26 NO ASSIGN 27 NO ASSIGN 28 NO ASSIGN 29 NO ASSIGN NO ASSIGN 31 NO ASSIGN 32 NO ASSIGN 33 EQ ATT L INPUT2 34 EQ ATT L INPUT26 3 EQ ATT L INPUT27 36 EQ ATT L INPUT28 37 EQ ATT L INPUT29 38 EQ ATT L INPUT 39 EQ ATT L INPUT31 EQ ATT L INPUT32 41 EQ ATT L ST-IN1L 42 EQ ATT L ST-IN1R 43 EQ ATT L ST-IN2L 44 EQ ATT L ST-IN2R 4 EQ ATT L ST-IN3L 46 EQ ATT L ST-IN3R 47 EQ ATT L ST-IN4L 48 EQ ATT L ST-IN4R 49 NO ASSIGN NO ASSIGN 1 NO ASSIGN 2 NO ASSIGN 3 NO ASSIGN 4 NO ASSIGN NO ASSIGN 6 NO ASSIGN 7 NO ASSIGN 8 NO ASSIGN 9 NO ASSIGN 6 NO ASSIGN 61 NO ASSIGN 62 NO ASSIGN 63 NO ASSIGN 64 EQ HPF INPUT2 6 EQ HPF INPUT26 66 EQ HPF INPUT27 67 EQ HPF INPUT28 68 EQ HPF INPUT29 69 EQ HPF INPUT 7 EQ HPF INPUT31 71 EQ HPF INPUT32 72 EQ HPF ST-IN1 73 EQ HPF ST-IN2 74 EQ HPF ST-IN3 7 EQ HPF ST-IN4 76 NO ASSIGN 77 NO ASSIGN 78 NO ASSIGN 79 NO ASSIGN 8 NO ASSIGN 81 NO ASSIGN 82 NO ASSIGN 83 NO ASSIGN 84 NO ASSIGN 8 NO ASSIGN 86 NO ASSIGN 87 NO ASSIGN 88 NO ASSIGN 89 EQ LPF INPUT2 9 EQ LPF INPUT26 91 EQ LPF INPUT27 92 EQ LPF INPUT28 93 EQ LPF INPUT29 94 EQ LPF INPUT 9 EQ LPF INPUT31 2 EQ LPF INPUT32 3 EQ LPF ST-IN1 4 EQ LPF ST-IN2 EQ LPF ST-IN3 6 EQ LPF ST-IN4 7 NO ASSIGN 8 NO ASSIGN 9 NO ASSIGN 1 NO ASSIGN 111 NO ASSIGN 112 NO ASSIGN 113 NO ASSIGN 114 NO ASSIGN 11 NO ASSIGN 116 NO ASSIGN 117 NO ASSIGN 118 NO ASSIGN 119 NO ASSIGN

302 2 NO ASSIGN 1 SURROUND LFE H INPUT1 2 SURROUND LFE H INPUT2 3 SURROUND LFE H INPUT3 4 SURROUND LFE H INPUT4 SURROUND LFE H INPUT 6 SURROUND LFE H INPUT6 7 SURROUND LFE H INPUT7 8 SURROUND LFE H INPUT8 9 SURROUND LFE H INPUT9 SURROUND LFE H INPUT 11 SURROUND LFE H INPUT11 12 SURROUND LFE H INPUT12 13 SURROUND LFE H INPUT13 14 SURROUND LFE H INPUT14 1 SURROUND LFE H INPUT1 16 SURROUND LFE H INPUT16 17 SURROUND LFE H INPUT17 18 SURROUND LFE H INPUT18 19 SURROUND LFE H INPUT19 SURROUND LFE H INPUT 21 SURROUND LFE H INPUT21 22 SURROUND LFE H INPUT22 23 SURROUND LFE H INPUT23 24 SURROUND LFE H INPUT24 2 NO ASSIGN 26 NO ASSIGN 27 NO ASSIGN 28 NO ASSIGN 29 NO ASSIGN NO ASSIGN 31 NO ASSIGN 32 NO ASSIGN 33 SURROUND LFE L INPUT1 34 SURROUND LFE L INPUT2 3 SURROUND LFE L INPUT3 36 SURROUND LFE L INPUT4 37 SURROUND LFE L INPUT 38 SURROUND LFE L INPUT6 39 SURROUND LFE L INPUT7 SURROUND LFE L INPUT8 41 SURROUND LFE L INPUT9 42 SURROUND LFE L INPUT 43 SURROUND LFE L INPUT11 44 SURROUND LFE L INPUT12 4 SURROUND LFE L INPUT13 46 SURROUND LFE L INPUT14 47 SURROUND LFE L INPUT1 48 SURROUND LFE L INPUT16 49 SURROUND LFE L INPUT17 SURROUND LFE L INPUT18 1 SURROUND LFE L INPUT19 2 SURROUND LFE L INPUT 3 SURROUND LFE L INPUT21 4 SURROUND LFE L INPUT22 SURROUND LFE L INPUT23 6 SURROUND LFE L INPUT24 7 NO ASSIGN 8 NO ASSIGN 9 NO ASSIGN 6 NO ASSIGN 61 NO ASSIGN 62 NO ASSIGN 63 NO ASSIGN 64 SURROUND DIV F INPUT1 6 SURROUND DIV F INPUT2 66 SURROUND DIV F INPUT3 67 SURROUND DIV F INPUT4 68 SURROUND DIV F INPUT 69 SURROUND DIV F INPUT6 7 SURROUND DIV F INPUT7 71 SURROUND DIV F INPUT8 72 SURROUND DIV F INPUT9 73 SURROUND DIV F INPUT 74 SURROUND DIV F INPUT11 7 SURROUND DIV F INPUT12 76 SURROUND DIV F INPUT13 77 SURROUND DIV F INPUT14 78 SURROUND DIV F INPUT1 79 SURROUND DIV F INPUT16 8 SURROUND DIV F INPUT17 81 SURROUND DIV F INPUT18 82 SURROUND DIV F INPUT19 83 SURROUND DIV F INPUT 84 SURROUND DIV F INPUT21 8 SURROUND DIV F INPUT22 86 SURROUND DIV F INPUT23 87 SURROUND DIV F INPUT24 88 NO ASSIGN 89 EQ INPUT1 9 EQ INPUT2 91 EQ INPUT3 92 EQ INPUT4 93 EQ INPUT 94 EQ INPUT6 9 EQ INPUT7 2 EQ INPUT8 3 EQ INPUT9 4 EQ INPUT EQ INPUT11 6 EQ INPUT12 7 EQ INPUT13 8 EQ INPUT14 9 EQ INPUT1 1 EQ INPUT EQ INPUT EQ INPUT EQ INPUT EQ INPUT 11 EQ INPUT EQ INPUT EQ INPUT EQ INPUT NO ASSIGN

303 3 NO ASSIGN 1 SURROUND LFE H INPUT2 2 SURROUND LFE H INPUT26 3 SURROUND LFE H INPUT27 4 SURROUND LFE H INPUT28 SURROUND LFE H INPUT29 6 SURROUND LFE H INPUT 7 SURROUND LFE H INPUT31 8 SURROUND LFE H INPUT32 9 SURROUND LFE H ST-IN1L SURROUND LFE H ST-IN1R 11 SURROUND LFE H ST-IN2L 12 SURROUND LFE H ST-IN2R 13 SURROUND LFE H ST-IN3L 14 SURROUND LFE H ST-IN3R 1 SURROUND LFE H ST-IN4L 16 SURROUND LFE H ST-IN4R 17 NO ASSIGN 18 NO ASSIGN 19 NO ASSIGN NO ASSIGN 21 NO ASSIGN 22 NO ASSIGN 23 NO ASSIGN 24 NO ASSIGN 2 NO ASSIGN 26 NO ASSIGN 27 NO ASSIGN 28 NO ASSIGN 29 NO ASSIGN NO ASSIGN 31 NO ASSIGN 32 NO ASSIGN 33 SURROUND LFE L INPUT2 34 SURROUND LFE L INPUT26 3 SURROUND LFE L INPUT27 36 SURROUND LFE L INPUT28 37 SURROUND LFE L INPUT29 38 SURROUND LFE L INPUT 39 SURROUND LFE L INPUT31 SURROUND LFE L INPUT32 41 SURROUND LFE L ST-IN1L 42 SURROUND LFE L ST-IN1R 43 SURROUND LFE L ST-IN2L 44 SURROUND LFE L ST-IN2R 4 SURROUND LFE L ST-IN3L 46 SURROUND LFE L ST-IN3R 47 SURROUND LFE L ST-IN4L 48 SURROUND LFE L ST-IN4R 49 NO ASSIGN NO ASSIGN 1 NO ASSIGN 2 NO ASSIGN 3 NO ASSIGN 4 NO ASSIGN NO ASSIGN 6 NO ASSIGN 7 NO ASSIGN 8 NO ASSIGN 9 NO ASSIGN 6 NO ASSIGN 61 NO ASSIGN 62 NO ASSIGN 63 NO ASSIGN 64 SURROUND DIV F INPUT2 6 SURROUND DIV F INPUT26 66 SURROUND DIV F INPUT27 67 SURROUND DIV F INPUT28 68 SURROUND DIV F INPUT29 69 SURROUND DIV F INPUT 7 SURROUND DIV F INPUT31 71 SURROUND DIV F INPUT32 72 SURROUND DIV F ST-IN1L 73 SURROUND DIV F ST-IN1R 74 SURROUND DIV F ST-IN2L 7 SURROUND DIV F ST-IN2R 76 SURROUND DIV F ST-IN3L 77 SURROUND DIV F ST-IN3R 78 SURROUND DIV F ST-IN4L 79 SURROUND DIV F ST-IN4R 8 NO ASSIGN 81 NO ASSIGN 82 NO ASSIGN 83 NO ASSIGN 84 NO ASSIGN 8 NO ASSIGN 86 NO ASSIGN 87 NO ASSIGN 88 NO ASSIGN 89 EQ INPUT2 9 EQ INPUT26 91 EQ INPUT27 92 EQ INPUT28 93 EQ INPUT29 94 EQ INPUT 9 EQ INPUT31 2 EQ INPUT32 3 EQ ST-IN1 4 EQ ST-IN2 EQ ST-IN3 6 EQ ST-IN4 7 NO ASSIGN 8 NO ASSIGN 9 NO ASSIGN 1 NO ASSIGN 111 NO ASSIGN 112 NO ASSIGN 113 NO ASSIGN 114 NO ASSIGN 11 NO ASSIGN 116 NO ASSIGN 117 NO ASSIGN 118 NO ASSIGN 119 NO ASSIGN

304 4 NO ASSIGN 1 SURROUND LR INPUT1 2 SURROUND LR INPUT2 3 SURROUND LR INPUT3 4 SURROUND LR INPUT4 SURROUND LR INPUT 6 SURROUND LR INPUT6 7 SURROUND LR INPUT7 8 SURROUND LR INPUT8 9 SURROUND LR INPUT9 SURROUND LR INPUT 11 SURROUND LR INPUT11 12 SURROUND LR INPUT12 13 SURROUND LR INPUT13 14 SURROUND LR INPUT14 1 SURROUND LR INPUT1 16 SURROUND LR INPUT16 17 SURROUND LR INPUT17 18 SURROUND LR INPUT18 19 SURROUND LR INPUT19 SURROUND LR INPUT 21 SURROUND LR INPUT21 22 SURROUND LR INPUT22 23 SURROUND LR INPUT23 24 SURROUND LR INPUT24 2 NO ASSIGN 26 NO ASSIGN 27 NO ASSIGN 28 NO ASSIGN 29 NO ASSIGN NO ASSIGN 31 NO ASSIGN 32 NO ASSIGN 33 SURROUND FR INPUT1 34 SURROUND FR INPUT2 3 SURROUND FR INPUT3 36 SURROUND FR INPUT4 37 SURROUND FR INPUT 38 SURROUND FR INPUT6 39 SURROUND FR INPUT7 SURROUND FR INPUT8 41 SURROUND FR INPUT9 42 SURROUND FR INPUT 43 SURROUND FR INPUT11 44 SURROUND FR INPUT12 4 SURROUND FR INPUT13 46 SURROUND FR INPUT14 47 SURROUND FR INPUT1 48 SURROUND FR INPUT16 49 SURROUND FR INPUT17 SURROUND FR INPUT18 1 SURROUND FR INPUT19 2 SURROUND FR INPUT 3 SURROUND FR INPUT21 4 SURROUND FR INPUT22 SURROUND FR INPUT23 6 SURROUND FR INPUT24 7 NO ASSIGN 8 NO ASSIGN 9 NO ASSIGN 6 NO ASSIGN 61 NO ASSIGN 62 NO ASSIGN 63 NO ASSIGN 64 SURROUND WIDTH INPUT1 6 SURROUND WIDTH INPUT2 66 SURROUND WIDTH INPUT3 67 SURROUND WIDTH INPUT4 68 SURROUND WIDTH INPUT 69 SURROUND WIDTH INPUT6 7 SURROUND WIDTH INPUT7 71 SURROUND WIDTH INPUT8 72 SURROUND WIDTH INPUT9 73 SURROUND WIDTH INPUT 74 SURROUND WIDTH INPUT11 7 SURROUND WIDTH INPUT12 76 SURROUND WIDTH INPUT13 77 SURROUND WIDTH INPUT14 78 SURROUND WIDTH INPUT1 79 SURROUND WIDTH INPUT16 8 SURROUND WIDTH INPUT17 81 SURROUND WIDTH INPUT18 82 SURROUND WIDTH INPUT19 83 SURROUND WIDTH INPUT 84 SURROUND WIDTH INPUT21 8 SURROUND WIDTH INPUT22 86 SURROUND WIDTH INPUT23 87 SURROUND WIDTH INPUT24 88 NO ASSIGN 89 SURROUND DEPTH INPUT1 9 SURROUND DEPTH INPUT2 91 SURROUND DEPTH INPUT3 92 SURROUND DEPTH INPUT4 93 SURROUND DEPTH INPUT 94 SURROUND DEPTH INPUT6 9 SURROUND DEPTH INPUT7 2 SURROUND DEPTH INPUT8 3 SURROUND DEPTH INPUT9 4 SURROUND DEPTH INPUT SURROUND DEPTH INPUT11 6 SURROUND DEPTH INPUT12 7 SURROUND DEPTH INPUT13 8 SURROUND DEPTH INPUT14 9 SURROUND DEPTH INPUT1 1 SURROUND DEPTH INPUT SURROUND DEPTH INPUT SURROUND DEPTH INPUT SURROUND DEPTH INPUT SURROUND DEPTH INPUT 11 SURROUND DEPTH INPUT SURROUND DEPTH INPUT SURROUND DEPTH INPUT SURROUND DEPTH INPUT NO ASSIGN

305 NO ASSIGN 1 SURROUND LR INPUT2 2 SURROUND LR INPUT26 3 SURROUND LR INPUT27 4 SURROUND LR INPUT28 SURROUND LR INPUT29 6 SURROUND LR INPUT 7 SURROUND LR INPUT31 8 SURROUND LR INPUT32 9 SURROUND LR ST-IN1L SURROUND LR ST-IN1R 11 SURROUND LR ST-IN2L 12 SURROUND LR ST-IN2R 13 SURROUND LR ST-IN3L 14 SURROUND LR ST-IN3R 1 SURROUND LR ST-IN4L 16 SURROUND LR ST-IN4R 17 NO ASSIGN 18 NO ASSIGN 19 NO ASSIGN NO ASSIGN 21 NO ASSIGN 22 NO ASSIGN 23 NO ASSIGN 24 NO ASSIGN 2 NO ASSIGN 26 NO ASSIGN 27 NO ASSIGN 28 NO ASSIGN 29 NO ASSIGN NO ASSIGN 31 NO ASSIGN 32 NO ASSIGN 33 SURROUND FR INPUT2 34 SURROUND FR INPUT26 3 SURROUND FR INPUT27 36 SURROUND FR INPUT28 37 SURROUND FR INPUT29 38 SURROUND FR INPUT 39 SURROUND FR INPUT31 SURROUND FR INPUT32 41 SURROUND FR ST-IN1L 42 SURROUND FR ST-IN1R 43 SURROUND FR ST-IN2L 44 SURROUND FR ST-IN2R 4 SURROUND FR ST-IN3L 46 SURROUND FR ST-IN3R 47 SURROUND FR ST-IN4L 48 SURROUND FR ST-IN4R 49 NO ASSIGN NO ASSIGN 1 NO ASSIGN 2 NO ASSIGN 3 NO ASSIGN 4 NO ASSIGN NO ASSIGN 6 NO ASSIGN 7 NO ASSIGN 8 NO ASSIGN 9 NO ASSIGN 6 NO ASSIGN 61 NO ASSIGN 62 NO ASSIGN 63 NO ASSIGN 64 SURROUND WIDTH INPUT2 6 SURROUND WIDTH INPUT26 66 SURROUND WIDTH INPUT27 67 SURROUND WIDTH INPUT28 68 SURROUND WIDTH INPUT29 69 SURROUND WIDTH INPUT 7 SURROUND WIDTH INPUT31 71 SURROUND WIDTH INPUT32 72 SURROUND WIDTH ST-IN1L 73 SURROUND WIDTH ST-IN1R 74 SURROUND WIDTH ST-IN2L 7 SURROUND WIDTH ST-IN2R 76 SURROUND WIDTH ST-IN3L 77 SURROUND WIDTH ST-IN3R 78 SURROUND WIDTH ST-IN4L 79 SURROUND WIDTH ST-IN4R 8 NO ASSIGN 81 NO ASSIGN 82 NO ASSIGN 83 NO ASSIGN 84 NO ASSIGN 8 NO ASSIGN 86 NO ASSIGN 87 NO ASSIGN 88 NO ASSIGN 89 SURROUND DEPTH INPUT2 9 SURROUND DEPTH INPUT26 91 SURROUND DEPTH INPUT27 92 SURROUND DEPTH INPUT28 93 SURROUND DEPTH INPUT29 94 SURROUND DEPTH INPUT 9 SURROUND DEPTH INPUT31 2 SURROUND DEPTH INPUT32 3 SURROUND DEPTH ST-IN1L 4 SURROUND DEPTH ST-IN1R SURROUND DEPTH ST-IN2L 6 SURROUND DEPTH ST-IN2R 7 SURROUND DEPTH ST-IN3L 8 SURROUND DEPTH ST-IN3R 9 SURROUND DEPTH ST-IN4L 1 SURROUND DEPTH ST-IN4R 111 NO ASSIGN 112 NO ASSIGN 113 NO ASSIGN 114 NO ASSIGN 11 NO ASSIGN 116 NO ASSIGN 117 NO ASSIGN 118 NO ASSIGN 119 NO ASSIGN

306 6 1.1 CHANNEL MESSAGE 1.2 SYSTEM COMM MESSAGE 1.3 SYSTEM REALTIME MESSAGE 1.4 EXCLUSIVE MESSAGE Real Time System Exclusive System Exclusive Message ulk Dump Command rx/tx function 8n NOTE OFF rx Control the internal effects 9n NOTE rx Control the internal effects n CTROL CHANGE rx/tx Control parameters Cn PROGRAM CHANGE rx/tx Switch scene memories Command rx/tx function F1 MIDI TIME CODE QUARTER FRAME The following data types of bulk dump are used on the 1V PARAMTER CHANGE rx MTC Command rx/tx function F8 TIMING CLOCK rx MIDI clock FE ACTIVE SENSING rx Check MIDI cable connections FF RESET rx Clear running status Command rx/tx function F 7F dd 6 F7 MMC COMMAND tx MMC command F 7F dd 7 F7 MMC RESPSE rx MMC response F 7F dd 1 F7 MIDI TIME CODE rx MTC full message Command rx/tx function F43 n 7E F7 ULK DUMP DATA rx/tx ULK DUMP DATA F 43 2n 7E F7 ULK DUMP REQUEST rx/tx ULK DUMP REQUEST Data name tx/rx function m tx/rx Scene Memory & Request (compressed data) S tx/rx Setup Memory & Request L tx/rx User defined MIDI remote & Request V tx/rx User defined keys & Request U tx/rx User assignable layer & Request C tx/rx Control change table & Request P tx/rx Program change table & Request Q tx/rx Equalizer library & Request Y tx/rx Compressor library & Request G tx/rx Gate library & Request E tx/rx Effect library & Request H tx/rx Channel library & Request R tx/rx Input patch library & Request O tx/rx Output patch library & Request N tx/rx Plug-in Effect Card Data & Request Command rx/tx function F 43 1n 3E D F7 RARAMETER CHANGE F 43 3n 3E D F7 PARAMETER REQUEST F 43 1n 3E 7F F7 PARAMETER CHANGE F 43 3n 3E 7F F7 PARAMETER REQUEST rx/tx rx/tx rx/tx rx/tx 1V96-specific parameter change 1V96-specific parameter change General purpose digital mixer parameter change General purpose digital mixer parameter request The following data types of parameter change are used by the 1V96. Type (HEX) tx/rx function 1 (1) tx/rx Edit buffer 2 (2) tx/rx Patch data 3 (3) tx/rx Setup data 4 (4) tx/rx ackup data 16 () tx/rx Function (recall, store, title, clear) 17 (11) rx Function (pair, copy) 18 (12) rx Function (effect) 19 (13) tx/rx Sort table (14) tx/rx Function (attribute, link) 32 () rx Key remote 33 (21) tx/rx Remote meter 34 (22) tx/rx Remote time counter * tx indicates that the data can be transmitted from the 1V96, and rx indicates that the data can be received by the 1V NOTE OFF (8n) Reception If [OTHER ECHO] is, these message are echoed from MIDI OUT. If the [Rx CH] matches, these messages are received and used to control effects. STATUS nnnn 8n Note off message DATA nnnnnnn nn Note number vvvvvvv vv Velocity(ignored) 2.2 NOTE (9n) Reception If [OTHER ECHO] is, these messages are echoed from MIDI OUT. If the [Rx CH] matches, these messages are received and used to control effects. STATUS 1nnnn 9n Note on message DATA nnnnnnn nn Note number vvvvvvv vv Velocity(1-127:on, :off) 2.3 CTROL CHANGE (n) Reception If [Control Change ECHO] is, these messages are echoed from MIDI OUT. If [TALE] is selected, these message are received if [Control Change Rx] is, and will control parameters according to the [Control assign table] settings. The parameters that can be set are defined in the Control Change Assign Parameter List. If [NRPN] is selected, these messages are received if [Control Change Rx] is and the [Rx CH] matches, and will control the parameter that is specified by the four messages NRPN control number (62h, 63h) and Data Entry control number (6h, 26h). Parameter settings are defined in the Control Change Assign Parameter List. Transmission If [TALE] is selected, operating a parameter specified in the [Control assign table] will cause these messages to be transmitted if [Control Change Tx] is. The parameters that can be specified are defined in the Control Change Assign Parameter List. If [NRPN] is selected, operating a specified parameter will cause data to be transmitted on the [Tx CH] if [Control Change Tx] is, using the four messages NRPN control number (62h, 63h) and Data Entry control number (6h, 26h). Parameter settings are defined in the Control Change Assign Parameter List. This data cannot be transmitted via control change to Studio Manager since there is no guarantee that the contents of the tables will match. (Parameter Change messages will always be used.)

307 7 If [TALE] is selected STATUS 11nnnn n Control change DATA nnnnnnn nn Control number (-9, 2-119) vvvvvvv vv Control Value (-127) If [NRPN] is selected STATUS 11nnnn n Control change DATA 1 62 NRPN LS vvvvvvv vv LS of parameter number STATUS 11nnnn n Control change *1 DATA NRPN MS vvvvvvv vv MS of parameter number STATUS 11nnnn n Control change *1 DATA 1 6 MS of data entry vvvvvvv vv MS of parameter data STATUS 11nnnn n Control change *1 DATA 1 26 LS of data entry vvvvvvv vv LS of parameter data *1) The second and subsequent STATUS need not be added during transmission. Reception must be implemented so that reception occurs whether or not STATUS is present. 2.4 PROGRAM CHANGE (Cn) Reception If [Program Change ECHO] is, these messages are echoed from MIDI OUT. If [Program Change RX] is and the [Rx CH] matches, these messages will be received. However if [OMNI] is, they will be received regardless of the channel. When a message is received, a Scene Memory will be recalled according to the settings of the [Program Change Table]. Transmission If [Program Change TX] is, this message is transmitted according to the settings of the [Program Change Table] on the [Tx CH] channel when a scene memory is recalled. If the recalled scene has been assigned to more than one program number, the lowest-numbered program number will be transmitted. Transmission to Studio Manager using Program Change messages will not be performed since there is no guarantee that the contents of the tables will match. (Parameter Changes will always be used.) STATUS 1nnnn Cn Program change DATA nnnnnnn nn Program number (-127) 2. TIMING CLOCK (F8) Reception It is used to control effects. This message is transmitted 24 times per quarter note. STATUS 1111 F8 Timing clock 2.6 ACTIVE SENSING (FE) ULK DUMP This message sends or receives the contents of various memories stored within the 1V96. The basic format is as follows. For DUMP DATA F 43 n 7E cc cc <Model ID> tt mm mm [Data ] cs F7 For DUMP REQUEST F 43 2n 7E <Model ID> tt mm mm F7 n cc cc 4C 4D tt mm mm cs Device Number DATA COUNT (the number of bytes that follow this, ending before the checksum) Model ID DATA TYPE DATA NUMER CHECK SUM A unique header (Model ID) is used to determine whether the device is a 1V96. CHECK SUM is obtained by adding the bytes that follow YTE COUNT (LOW) and end before CHECK SUM, taking the binary compliment of this sum, and then setting bit 7 to. CHECK SUM = (-sum)&x7f Reception This message is received if [ulk RX] is and the [Rx CH] matches the device number included in the SU STATUS. When a bulk dump is received, it is immediately written into the specified memory. When a bulk dump request is received, a bulk dump is immediately transmitted. Transmission This message is transmitted on the [Tx CH] by key operations in the [MI- DI]-[ULK DUMP] screen. A bulk dump is transmitted on the [Rx CH] in response to a bulk dump request. The data area is handled by converting seven words of 8-bit data into eight words of 7-bit data. Conversion from actual data into bulk data d[~6]: actual data b[~7]: bulk data b[] = ; for( I=; I<7; I++){ if( d[i]&x8){ b[] = 1<<(6-I); } b[i+1] = d[i]&x7f; } Restoration from bulk data into actual data d[~6]: actual data b[~7]: bulk data for( I=; I<7; I++){ b[] <<= 1; d[i] = b[i+1]+(x8&b[]); } Reception Once this message has been received, the failure to receive any message for an interval of ms or longer will cause MIDI transmission to be initialized, such as by clearing the Running Status. STATUS FE Active sensing 2.7 SYSTEM RESET (FF) Reception When this message is received, MIDI communications will be cleared, e.g., by clearing the Running Status. STATUS FF System reset 2.8 SYSTEM EXCLUSIVE MESSAGE (F) MIDI MACHINE CTROL (MMC) These messages are transmitted when the Machine Control section of the 1V96 is operated. For details, refer to the MMC specification Scene memory bulk dump format (compress) The 1V96 can transmit and receive scene memories in compressed form. STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS nnnn n n=-1 (Device number=midi Channel) FORMAT No E Universal bulk dump COUNT HIGH ccccccc ch data count = ch * cl COUNT LOW ccccccc cl 1 4C L 11 4D M C DATA NAME 111 6D m mmmmmmm mh m=-99, 26, 8192(Scene-99, EDIT UFFER, UNDO) mmmmmmm ml Receive is effective 1-99, 26, 8192

308 8 LOCK INFO. ttttttt tt total block number(minimum number is ) bbbbbbb bb current block number(-total block number) DATA ddddddd ds Scene data of block[bb] : : ddddddd de CHECK SUM eeeeeee ee ee=(invert( L + +de)+1)&x7f EOX F7 End of exclusive Scene memory bulk dump request format (compress) The second and third bytes of the DATA NAME indicate the scene number that is being requested. If this is 26, the data of the Edit uffer will be bulk-dumped. If this is 8192, the data of the Undo uffer will be bulk-dumped. STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS nnnn 2n n=-1 (Device number=midi Channel) FORMAT No E Universal bulk dump 1 4C L 11 4D M C DATA NAME 111 6D m mmmmmmm mh m=-99, 26, 8192(Scene-99, EDIT UFFER, UNDO) mmmmmmm ml EOX F7 End of exclusive Setup memory bulk dump format Of the setup memory of the 1V96, this bulk-dumps data other than the User Define MIDI Remote, User Defined Keys, User Assignable Layer, Control Change Table, and Program Change Table. STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS nnnn n n=-1 (Device number=midi Channel) FORMAT No E Universal bulk dump COUNT HIGH ccccccc ch data count = ch * cl COUNT LOW ccccccc cl 1 4C L 11 4D M C DATA NAME 11 3 S 2 No.26 = Current LOCK INFO. ttttttt tt total block number(minimum number is ) bbbbbbb bb current block number(-total block number) DATA ddddddd ds Setup data of block[bb] : : ddddddd de CHECK SUM eeeeeee ee ee=(invert( L + +de)+1)&x7f EOX F7 End of exclusive Setup memory bulk dump request format STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS nnnn 2n n=-1 (Device number=midi Channel) FORMAT No E Universal bulk dump 1 4C L 11 4D M C DATA NAME 11 3 S 2 No.26 = Current EOX F7 End of exclusive User Defined MIDI Remote bulk dump format The second and third bytes of the DATA NAME indicate the bank number. e aware that the state of the transmission destination will (in some cases) change if the same bank is being used. STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS nnnn n n=-1 (Device number=midi Channel) FORMAT No E Universal bulk dump COUNT HIGH ccccccc ch data count = ch * cl COUNT LOW ccccccc cl 1 4C L 11 4D M C DATA NAME 1 4C L bbbbbbb bb b=-3(bank no.1-4) LOCK INFO. ttttttt tt total block number(minimum number is ) bbbbbbb bb current block number(-total block number) DATA ddddddd ds User define layer data of block[bb] : : ddddddd de CHECK SUM eeeeeee ee ee=(invert( L + +de)+1)&x7f EOX F7 End of exclusive User Defined MIDI Remote bulk dump request format The second and third bytes of the DATA NAME indicate the bank number. STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS nnnn 2n n=-1 (Device number=midi Channel) FORMAT No E Universal bulk dump 1 4C L 11 4D M C DATA NAME 1 4C L bbbbbbb bb b=-3(bank no.1-4) EOX F7 End of exclusive User Defined Keys bulk dump format The second and third bytes of the DATA NAME indicate the bank number. e aware that the state of the transmission destination will (in some cases) change if the same bank is being used. STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS nnnn n n=-1 (Device number=midi Channel) FORMAT No E Universal bulk dump COUNT HIGH ccccccc ch data count = ch * cl COUNT LOW ccccccc cl 1 4C L 11 4D M

309 C DATA NAME 1 6 V bbbbbbb bb b=-7(bank no.a-h) LOCK INFO. ttttttt tt total block number(minimum number is ) bbbbbbb bb current block number(-total block number) DATA ddddddd ds User define key data of block[bb] : : ddddddd de CHECK SUM eeeeeee ee ee=(invert( L + +de)+1)&x7f EOX F7 End of exclusive User Defined Keys bulk dump request format The second and third bytes of the DATA NAME indicate the bank number. STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS nnnn 2n n=-1 (Device number=midi Channel) FORMAT No E Universal bulk dump 1 4C L 11 4D M C DATA NAME 1 6 V bbbbbbb bb b=-7(bank no.a-h) EOX F7 End of exclusive User Assignable Layer bulk dump format The second and third bytes of the DATA NAME indicate the bank number. e aware that the state of the transmission destination will (in some cases) change if the same bank is being used. STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS nnnn n n=-1 (Device number=midi Channel) FORMAT No E Universal bulk dump COUNT HIGH ccccccc ch data count = ch * cl COUNT LOW ccccccc cl 1 4C L 11 4D M C DATA NAME 1 U bbbbbbb bb b=-3(bank no.1-4) LOCK INFO. ttttttt tt total block number(minimum number is ) bbbbbbb bb current block number(-total block number) DATA ddddddd ds User assignable layer data of block[bb] : : ddddddd de CHECK SUM eeeeeee ee ee=(invert( L + +de)+1)&x7f EOX F7 End of exclusive User Assignable Layer bulk dump request format The second and third bytes of the DATA NAME indicate the bank number. STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS nnnn 2n n=-1 (Device number=midi Channel) FORMAT No E Universal bulk dump 1 4C L 11 4D M C DATA NAME 1 U bbbbbbb bb b=-3(bank no.1-4) EOX F7 End of exclusive Control change table bulk dump format STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS nnnn n n=-1 (Device number=midi Channel) FORMAT No E Universal bulk dump COUNT HIGH ccccccc ch data count = ch * cl COUNT LOW ccccccc cl 1 4C L 11 4D M C DATA NAME C 2 No.26 = Current LOCK INFO. ttttttt tt total block number(minimum number is ) bbbbbbb bb current block number(-total block number) DATA ddddddd ds Control change table data of block[bb] : : ddddddd de CHECK SUM eeeeeee ee ee=(invert( L + +de)+1)&x7f EOX F7 End of exclusive Control change table bulk dump request format STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS nnnn 2n n=-1 (Device number=midi Channel) FORMAT No E Universal bulk dump 1 4C L 11 4D M C DATA NAME C 2 No.26 = Current EOX F7 End of exclusive

310 Program change table bulk dump format STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS nnnn n n=-1 (Device number=midi Channel) FORMAT No E Universal bulk dump COUNT HIGH ccccccc ch data count = ch * cl COUNT LOW ccccccc cl 1 4C L 11 4D M C DATA NAME P 2 No.26 = Current LOCK INFO. ttttttt tt total block number(minimum number is ) bbbbbbb bb current block number(-total block number) DATA ddddddd ds Program change table data of block[bb] : : ddddddd de CHECK SUM eeeeeee ee ee=(invert( L + +de)+1)&x7f EOX F7 End of exclusive Program change table bulk dump request format STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS nnnn 2n n=-1 (Device number=midi Channel) FORMAT No E Universal bulk dump 1 4C L 11 4D M C DATA NAME P 2 No.26 = Current EOX F7 End of exclusive Equalizer library bulk dump format The second and third bytes of the DATA NAME indicate the bank number. :Library no.1 199:Library no., 26:CH1 287:CH32, 288:STEREO 1L 29:STEREO 4R, 384:US1 391:US8, 12:AUX1 19:AUX8, 768:STEREO, 8192:UNDO 26 and following are data for the corresponding channel of the edit buffer. For reception by the 1V96, only the user area is valid. (-199, 26-) STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS nnnn n n=-1 (Device number=midi Channel) FORMAT No E Universal bulk dump COUNT HIGH ccccccc ch data count = ch * cl COUNT LOW ccccccc cl 1 4C L 11 4D M C DATA NAME 1 1 Q mmmmmmm mh -199(EQ Library no.1-), mmmmmmm ml 26-(Channel current data) LOCK INFO. ttttttt tt total block number(minimum number is ) bbbbbbb bb current block number(-total block number) DATA ddddddd ds EQ Library data of block[bb] : : ddddddd de CHECK SUM eeeeeee ee ee=(invert( L + +de)+1)&x7f EOX F7 End of exclusive Equalizer library bulk dump request format The second and third bytes of the DATA NAME indicate the bank number. (See above) STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS nnnn 2n n=-1 (Device number=midi Channel) FORMAT No E Universal bulk dump 1 4C L 11 4D M C DATA NAME 1 1 Q mmmmmmm mh -199(EQ Library no.1-), mmmmmmm ml 26-(Channel current data) EOX F7 End of exclusive Compressor library bulk dump format The second and third bytes of the DATA NAME indicate the bank number. :Library no.1 127:Library no.128, 26:CH1 287:CH32, 384:US1 391:US8, 12:AUX1 19:AUX8, 768:STEREO, 8192:UNDO 26 and following are data for the corresponding channel of the edit buffer. For reception by the 1V96, only the user area is valid. (36-127, 26-) STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS nnnn n n=-1 (Device number=midi Channel) FORMAT No E Universal bulk dump COUNT HIGH ccccccc ch data count = ch * cl COUNT LOW ccccccc cl 1 4C L 11 4D M C DATA NAME 11 9 Y mmmmmmm mh -127(COMP Library no.1-128), mmmmmmm ml 26-(Channel current data) LOCK INFO. ttttttt tt total block number(minimum number is ) bbbbbbb bb current block number(-total block number) DATA ddddddd ds COMP Library data of block[bb] : : ddddddd de CHECK SUM eeeeeee ee ee=(invert( L + +de)+1)&x7f EOX F7 End of exclusive

311 Compressor library bulk dump request format The second and third bytes of the DATA NAME indicate the bank number. (See above) STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS nnnn 2n n=-1 (Device number=midi Channel) FORMAT No E Universal bulk dump 1 4C L 11 4D M C DATA NAME 11 9 Y mmmmmmm mh -127(COMP Library no.1-128), mmmmmmm ml 26-(Channel current data) EOX F7 End of exclusive Gate library bulk dump format The second and third bytes of the DATA NAME indicate the bank number. :Library no.1 127:Library no.128, 26:CH1 287:CH32, 8192:UNDO 26 and following are data for the corresponding channel of the edit buffer. For reception by the 1V96, only the user area is valid. (4-127, 26-) STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS nnnn n n=-1 (Device number=midi Channel) FORMAT No E Universal bulk dump COUNT HIGH ccccccc ch data count = ch * cl COUNT LOW ccccccc cl 1 4C L 11 4D M C DATA NAME G mmmmmmm mh -127(GATE Library no.1-128), mmmmmmm ml 26-31(Channel current data) LOCK INFO. ttttttt tt total block number(minimum number is ) bbbbbbb bb current block number(-total block number) DATA ddddddd ds GATE Library data of block[bb] : : ddddddd de CHECK SUM eeeeeee ee ee=(invert( L + +de)+1)&x7f EOX F7 End of exclusive Gate library bulk dump request format The second and third bytes of the DATA NAME indicate the bank number. (See above) STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS nnnn 2n n=-1 (Device number=midi Channel) FORMAT No E Universal bulk dump 1 4C L 11 4D M C DATA NAME G mmmmmmm mh -127(GATE Library no.1-128), mmmmmmm ml 26-31(Channel current data) EOX F7 End of exclusive Effect library bulk dump format The second and third bytes of the DATA NAME indicate the bank number. :Library no.1 127:Library no.128, 26:EFFECT1 29:EFFECT4, 8192:UNDO are the data for the corresponding area of the edit buffer. For reception by the 1V96, only the user area is valid. (xx-127, 26-29, 8192) (xx varies with the system software version.) STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS nnnn n n=-1 (Device number=midi Channel) FORMAT No E Universal bulk dump COUNT HIGH ccccccc ch data count = ch * cl COUNT LOW ccccccc cl 1 4C L 11 4D M C DATA NAME 1 4 E mmmmmmm mh -127(Effect Library no.1-128), mmmmmmm ml 26-29(Effect1-4 current) LOCK INFO. ttttttt tt total block number(minimum number is ) bbbbbbb bb current block number(-total block number) DATA ddddddd ds Effect Library data of block[bb] : : ddddddd de CHECK SUM eeeeeee ee ee=(invert( L + +de)+1)&x7f EOX F7 End of exclusive Effect library bulk dump request format The second and third bytes of the DATA NAME indicate the bank number. (See above) STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS nnnn 2n n=-1 (Device number=midi Channel) FORMAT No E Universal bulk dump 1 4C L 11 4D M C DATA NAME 1 4 E mmmmmmm mh -127(Effect Library no.1-128), mmmmmmm ml 26-29(Effect1-4 current) EOX F7 End of exclusive Channel library bulk dump format The second and third bytes of the DATA NAME indicate the bank number. :Library no. 128:Library no.128, 26:CH1 287:CH32, 288:STEREO 1L 29:STEREO 4R, 384:US1 391:US8, 12:AUX1 19:AUX8, 768:STEREO, 8192:UNDO 26 and following are data for the corresponding channel of the edit buffer. For reception by the 1V96, only the user area is valid. (2-128, 26-) STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS nnnn n n=-1 (Device number=midi Channel) FORMAT No E Universal bulk dump COUNT HIGH ccccccc ch data count = ch * cl COUNT LOW ccccccc cl 1 4C L 11 4D M

312 C DATA NAME 48 H mmmmmmm mh -128(Channel Library no.-128), mmmmmmm ml 26-(Current data) LOCK INFO. ttttttt tt total block number(minimum number is ) bbbbbbb bb current block number(-total block number) DATA ddddddd ds Channel Library data of block[bb] : : ddddddd de CHECK SUM eeeeeee ee ee=(invert( L + +de)+1)&x7f EOX F7 End of exclusive Channel library bulk dump request format The second and third bytes of the DATA NAME indicate the bank number. (See above) STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS nnnn 2n n=-1 (Device number=midi Channel) FORMAT No E Universal bulk dump 1 4C L 11 4D M C DATA NAME 48 H mmmmmmm mh -128(Channel Library no.-128), mmmmmmm ml 26-(Current data) EOX F7 End of exclusive Input patch library bulk dump format The second and third bytes of the DATA NAME indicate the bank number. :Library no. 32:Library no.32, 26:current input patch data, 8192:UNDO For reception by the 1V96, only the user area is valid. (1-32, 26, 8192) STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS nnnn n n=-1 (Device number=midi Channel) FORMAT No E Universal bulk dump COUNT HIGH ccccccc ch data count = ch * cl COUNT LOW ccccccc cl 1 4C L 11 4D M C DATA NAME 2 R mmmmmmm mh -32(Input patch Library no.-32), mmmmmmm ml 26(Current data) LOCK INFO. ttttttt tt total block number(minimum number is ) bbbbbbb bb current block number(-total block number) DATA ddddddd ds Input patch Library data of block[bb] : : ddddddd de CHECK SUM eeeeeee ee ee=(invert( L + +de)+1)&x7f EOX F7 End of exclusive Input patch library bulk dump request format The second and third bytes of the DATA NAME indicate the bank number. (See above) STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS nnnn 2n n=-1 (Device number=midi Channel) FORMAT No E Universal bulk dump 1 4C L 11 4D M C DATA NAME 2 R mmmmmmm mh -32(Input patch Library no.-32), mmmmmmm ml 26(Current data) EOX F7 End of exclusive Output patch library bulk dump format The second and third bytes of the DATA NAME indicate the bank number. :Library no. 32:Library no.32, 26:current output patch data, 8192:UNDO For reception by the 1V96, only the user area is valid. (1-32, 26) STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS nnnn n n=-1 (Device number=midi Channel) FORMAT No E Universal bulk dump COUNT HIGH ccccccc ch data count = ch * cl COUNT LOW ccccccc cl 1 4C L 11 4D M C DATA NAME F O mmmmmmm mh -32(Output patch Library no.-32), mmmmmmm ml 26(Current data) LOCK INFO. ttttttt tt total block number(minimum number is ) bbbbbbb bb current block number(-total block number) DATA ddddddd ds Output patch Library data of block[bb] : : ddddddd de CHECK SUM eeeeeee ee ee=(invert( L + +de)+1)&x7f EOX F7 End of exclusive Output patch library bulk dump request format The second and third bytes of the DATA NAME indicate the bank number. (See above) STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS nnnn 2n n=-1 (Device number=midi Channel) FORMAT No E Universal bulk dump 1 4C L 11 4D M C DATA NAME F O mmmmmmm mh -32(Output patch Library no.-32), mmmmmmm ml 26(Current data) EOX F7 End of exclusive

313 Plug-in effect card bulk dump format The second byte of the DATA NAME indicates the slot number. :SLOT 1 The data is not received if the Developer ID and Product ID are different than the card that is installed in the slot. The data is not transmitted if a valid plug-in effect card is not installed. Transmission If [Parameter change TX] is and you operate a parameter for which Control Change transmission is not enabled, a parameter change will be transmitted with [Tx CH] as the Device Number. As a response to a Parameter Request, a parameter change will be transmitted with [Rx CH] as the Device Number. STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS nnnn n n=-1 (Device number=midi Channel) FORMAT No E Universal bulk dump COUNT HIGH ccccccc ch data count = ch * cl COUNT LOW ccccccc cl 1 4C L 11 4D M C DATA NAME 11 4E N mmmmmmm mh m=(slot 1) mmmmmmm ml LOCK INFO. bbbbbbb bh current block number(-total block number) bbbbbbb bl ttttttt th total block number(minimum number is ) ttttttt tl iiii i Developer id (High) iiii i Developer id (Low) jjjj j Product id (High) jjjj j Product id (Low) DATA ddddddd ds Plug-in Effect card memory data of block[bb] : : ddddddd de CHECK SUM eeeeeee ee ee=(invert( L + +de)+1)&x7f EOX F7 End of exclusive Plug-in effect card bulk dump request format The second and third bytes of the DATA NAME indicate the slot number. (See above) STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS nnnn 2n n=-1 (Device number=midi Channel) FORMAT No E Universal bulk dump 1 4C L 11 4D M C DATA NAME 11 4E N mmmmmmm mh m=(slot 1) mmmmmmm ml EOX F7 End of exclusive PARAMETER CHANGE asic behavior Reception If [Parameter change ECHO] is, these messages are echoed. If [Parameter change RX] is and the [Rx CH] matches the Device Number included in the SU STATUS, these messages are received. A specific parameter is controlled when a Parameter Change is received. When a Parameter Request is received, the current value of the specified parameter will be transmitted as a Parameter Change with the Device Number set to [Rx CH] Parameter change basic format STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS 1nnnn 1n n=-1 (Device number=midi Channel) GROUP ID E MODEL ID (digital mixer) MODEL ID 11 D 1V96 ADDRESS ttttttt tt Data type eeeeeee ee Element no. (If ee is, ee is expanded to two bytes) ppppppp pp Parameter no. ccccccc cc Channel no. DATA *) ddddddd dd data : : EOX F7 End of exclusive *) For parameters with a data size of 2 or more, data for that size will be transmitted Parameter Change basic format (Universal format) STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS 1nnnn 1n n=-1 (Device number=midi Channel) GROUP ID E MODEL ID (digital mixer) MODEL ID F Universal ADDRESS ttttttt tt Data type eeeeeee ee Element no. (If ee is, ee is expanded to two bytes) ppppppp pp Parameter no. ccccccc cc Channel no. DATA *) ddddddd dd data : : EOX F7 End of exclusive *) For parameters with a data size of 2 or more, data for that size will be transmitted Parameter request basic format STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS 11nnnn 3n n=-1 (Device number=midi Channel) GROUP ID E MODEL ID (digital mixer) MODEL ID 11 D 1V96 ADDRESS ttttttt tt Data type eeeeeee ee Element no. (If ee is, ee is expanded to two bytes) ppppppp pp Parameter no. ccccccc cc Channel no. EOX F7 End of exclusive Parameter request basic format (Universal format) STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS 11nnnn 3n n=-1 (Device number=midi Channel) GROUP ID E MODEL ID (digital mixer) MODEL ID F Universal ADDRESS ttttttt tt Data type eeeeeee ee Element no. (If ee is, ee is expanded to two bytes) ppppppp pp Parameter no. ccccccc cc Channel no. EOX F7 End of exclusive

314 Parameter Address Consult your dealer for parameter address details Parameter change (Edit buffer) STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS 1nnnn 1n n=-1 (Device number=midi Channel) GROUP ID E MODEL ID (digital mixer) MODEL ID F Universal ADDRESS 1 1 Edit uffer eeeeeee ee Element no. (If ee is, ee is expanded to two bytes) ppppppp pp Parameter no. ccccccc cc Channel no. DATA ddddddd dd data : : EOX F7 End of exclusive Parameter request (Edit buffer) STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS 11nnnn 3n n=-1 (Device number=midi Channel) GROUP ID E MODEL ID (digital mixer) MODEL ID F Universal ADDRESS 1 1 Edit uffer eeeeeee ee Element no. (If ee is, ee is expanded to two bytes) ppppppp pp Parameter no. ccccccc cc Channel no. EOX F7 End of exclusive Parameter change (Patch data) STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS 1nnnn 1n n=-1 (Device number=midi Channel) GROUP ID E MODEL ID (digital mixer) MODEL ID 11 D 1V96 ADDRESS 2 Patch data eeeeeee ee Element no. (If ee is, ee is expanded to two bytes) ppppppp pp Parameter no. ccccccc cc Channel no. DATA ddddddd dd data : : EOX F7 End of exclusive Parameter request (Patch data) STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS 11nnnn 3n n=-1 (Device number=midi Channel) GROUP ID E MODEL ID (digital mixer) MODEL ID 11 D 1V96 ADDRESS 2 Patch data eeeeeee ee Element no. (If ee is, ee is expanded to two bytes) ppppppp pp Parameter no. ccccccc cc Channel no. EOX F7 End of exclusive Parameter change (Setup memory) STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS 1nnnn 1n n=-1 (Device number=midi Channel) GROUP ID E MODEL ID (digital mixer) MODEL ID 11 D 1V96 ADDRESS 11 3 Setup data eeeeeee ee Element no. (If ee is, ee is expanded to two bytes) ppppppp pp Parameter no. ccccccc cc Channel no. DATA ddddddd dd data : : EOX F7 End of exclusive Parameter request (Setup memory) STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS 11nnnn 3n n=-1 (Device number=midi Channel) GROUP ID E MODEL ID (digital mixer) MODEL ID 11 D 1V96 ADDRESS 11 3 Setup data eeeeeee ee Element no. (If ee is, ee is expanded to two bytes) ppppppp pp Parameter no. ccccccc cc Channel no. EOX F7 End of exclusive Parameter change (ackup memory) STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS 1nnnn 1n n=-1 (Device number=midi Channel) GROUP ID E MODEL ID (digital mixer) MODEL ID 11 D 1V96 ADDRESS 4 ackup data eeeeeee ee Element no. (If ee is, ee is expanded to two bytes) ppppppp pp Parameter no. ccccccc cc Channel no. DATA ddddddd dd data : : EOX F7 End of exclusive Parameter request (ackup memory) STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS 11nnnn 3n n=-1 (Device number=midi Channel) GROUP ID E MODEL ID (digital mixer) MODEL ID 11 D 1V96 ADDRESS 4 ackup data eeeeeee ee Element no. (If ee is, ee is expanded to two bytes) ppppppp pp Parameter no. ccccccc cc Channel no. EOX F7 End of exclusive Parameter change (Function call: Library store / recall) Reception When this is received, the specified memory/library will be stored/recalled. If this is received from Studio Manager or Cascade Link, the operation will be executed, and then the result of execution will be transmitted as a Parameter Response. Transmission If [Parameter change Tx] is, and you store or recall a memory/library for which Program Change transmission is not valid, this message will be transmitted with the Device Number set to the [Tx CH]. STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS 1nnnn 1n n=-1 (Device number=midi Channel) GROUP ID E MODEL ID (digital mixer) MODEL ID F Universal ADDRESS Function call ffffff ff function mmmmmmm mh number High mmmmmmm ml number Low DATA ccccccc ch channel High ccccccc cl channel Low EOX F7 End of exclusive

315 31 function number channel*1) tx/rx SCENE RECALL x -99, tx/rx EQ LI RECALL x1 1-, tx/rx GATE LI RECALL x , tx/rx COMP LI RECALL x , tx/rx EFF LI RECALL x , tx/rx CHANNEL LI RECALL x6-128, tx/rx INPATCH LI RECALL x7-32, tx/rx OUTPATCH LI RECALL x8-32, tx/rx SCENE STORE x , tx/rx EQ LI STORE x , tx/rx GATE LI STORE x , tx/rx COMP LI STORE x , tx/rx EFF LI STORE x24 xx(*2)-128-3, tx/rx CHANNEL LI STORE x , tx/rx INPATCH LI STORE x , tx/rx OUTPATCH LI STORE x , tx/rx *1) :CH1 31:CH32, 32:ST-IN1L - 39:ST-IN4R, 128:US1 13:US8, 26:AUX1 263:AUX8, 12:STEREO Use 26 if the recall destination or store source is a single data item. Effect is :Effect 1 3:Effect 4 If the store destination is (x3fff), this indicates that the library data has been changed by a external cause (such as bulk reception) (only transmitted by the 1V96) *2) Varies with the system software version Parameter change (Function call: title) Reception When this is received, the title of the specified memory/library will be changed. If this is received from Studio Manager or Cascade Link, the operation will be executed, and then the result of execution will be transmitted as a parameter response. Transmission In response to a request, this is transmitted with the device number set to the [Tx CH]. When the title is changed on the 1V96, this message will be transmitted with the device number set to [Tx CH]. STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS 1nnnn 1n n=-1 (Device number=midi Channel) GROUP ID E MODEL ID (digital mixer) MODEL ID F Universal ADDRESS Function call ffff 4f title mmmmmmm mh number High mmmmmmm ml number Low DATA ddddddd dd title 1 : : : ddddddd dd title x(depend on the library) EOX F7 End of exclusive function number size SCENE LI TITLE x -99,26(:response only) 16 EQ LI TITLE x41 1-(1-:response only) 16 GATE LI TITLE x (1-4:response only) 16 COMP LI TITLE x (1-36:response only) 16 EFF LI TITLE x (1-xx(*1):response only) 16 CHANNEL LI TITLE x46-128(:response only) 16 INPATCH LI TITLE x47-32(:response only) 16 OUTPATCH LI TITLE x48-32(:response only) 16 *2) Varies with the system software version Parameter request (Function call: title) Reception When this is received, a parameter change will be transmitted with the device number set to [Rx CH]. Refer to the above table for the Functions and Numbers. STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS 11nnnn 3n n=-1 (Device number=midi Channel) GROUP ID E MODEL ID (digital mixer) MODEL ID F Universal ADDRESS Function call ffff 4f title mmmmmmm mh number High mmmmmmm ml number Low EOX F7 End of exclusive Parameter change (Function call: Scene/Library Clear) Reception When this is received, the specified memory/library will be cleared. If this is received from Studio Manager or Cascade Link, the operation will be executed, and then the result of execution will be transmitted as a parameter response. Transmission When a memory or library is cleared on the 1V96, this message will be transmitted with the device number set to [Tx CH]. STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS 1nnnn 1n n=-1 (Device number=midi Channel) GROUP ID E MODEL ID (digital mixer) MODEL ID F Universal ADDRESS Function call 1ffff 6f clear function mmmmmmm mh number High mmmmmmm ml number Low EOX F7 End of exclusive function number SCENE LI CLEAR x EQ LI CLEAR x GATE LI CLEAR x COMP LI CLEAR x EFF LI CLEAR x64 xx-128 (*1) CHANNEL LI CLEAR x INPATCH LI CLEAR x OUTPATCH LI CLEAR x *2) Varies with the system software version Parameter change (Function call: attribute) Reception This is received if [Parameter change RX] is and the [Rx CH] matches the device number included in the SU STATUS. This is echoed if [Parameter change ECHO] is. When this is received, the attribute of the specified memory/library will be changed. Transmission In response to a request, a Parameter Change message will be transmitted on the [Rx CH]. If [Parameter change ECHO] is, this message will be retransmitted without change. STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS 1nnnn 1n n=-1 (Device number=midi Channel) GROUP ID E MODEL ID (digital mixer) MODEL ID F Universal ADDRESS 14 Function call ffff f attribute mmmmmmm mh number High mmmmmmm ml number Low DATA ttttttt tt attribute(protect:x1, normal:x) ttttttt tt EOX F7 End of exclusive function number SCENE LI ATTRIUTE x -99(:response only) Parameter request (Function call: attribute) Reception This is received if [Parameter change RX] is and the [Rx CH] matches the device number included in the SU STATUS. This is echoed if [Parameter change ECHO] is. When this is received, a Parameter Change message will be transmitted on the [Rx CH].

316 316 Refer to the above table for the Functions and Numbers. STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS 11nnnn 3n n=-1 (Device number=midi Channel) GROUP ID E MODEL ID (digital mixer) MODEL ID F Universal ADDRESS 14 Function call ffff f attribute mmmmmmm mh number High mmmmmmm ml number Low EOX F7 End of exclusive Parameter change (Function call: link) Reception This is received if [Parameter change RX] is and the [Rx CH] matches the device number included in the SU STATUS. This is echoed if [Parameter change ECHO] is. When this is received, the patch link data of the specified scene will be modified. Transmission In response to a request, a Parameter Change message will be transmitted on the [Rx CH]. If [Parameter change ECHO] is, this message will be retransmitted without change. STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS 1nnnn 1n n=-1 (Device number=midi Channel) GROUP ID E MODEL ID (digital mixer) MODEL ID F Universal ADDRESS 14 Function call ffff 2f link mmmmmmm mh number High mmmmmmm ml number Low DATA iiiiiii ih inpatch iiiiiii il ooooooo oh outpatch ooooooo ol EOX F7 End of exclusive function number SCENE LI LINK x -99(:response only) Parameter request (Function call: link) Reception This is received if [Parameter change RX] is and the [Rx CH] matches the device number included in the SU STATUS. This is echoed if [Parameter change ECHO] is. When this is received, a Parameter Change message will be transmitted on the [Rx CH]. Refer to the above table for the Functions and Numbers. STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS 11nnnn 3n n=-1 (Device number=midi Channel) GROUP ID E MODEL ID (digital mixer) MODEL ID F Universal ADDRESS 14 Function call ffff 2f link mmmmmmm mh number High mmmmmmm ml number Low EOX F7 End of exclusive Parameter change (Function call: pair, copy) Reception This is received if [Parameter change RX] is and the [Rx CH] matches the device number included in the SU STATUS. This is echoed if [Parameter change ECHO] is. When this is received, pairing will be enabled/disabled for the specified channel. GROUP ID E MODEL ID (digital mixer) MODEL ID F Universal ADDRESS 1 11 Function call Pair ffff f function sssssss sh Source channel H sssssss sl Source channel L DATA ddddddd dh Destination channel H ddddddd dl Destination channel L EOX F7 End of exclusive function PAIR with COPY x *1) PAIR with RESET OTH x1 *1) PAIR OFF x2 *1) *1) :CH1 31:CH32, 128:US1 13:US8, 26:AUX1 263:AUX8, 12:STEREO Effect is :Effect 1 3:Effect 4 In the case of PAIR, you must specify channels for which pairing is possible. In the case of PAIR with COPY, you must specify Source Channel as the copy source, and Destination Channel as the copy destination Parameter change (Function call Event: Effect ) Reception This is received if [Parameter change RX] is and the [Rx CH] matches the device number included in the SU STATUS. This is echoed if [Parameter change ECHO] is. When this is received, the corresponding effect s function activates (depending on the effect type). This does not activate when the effect type is different. channel STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS 1nnnn 1n n=-1 (Device number=midi Channel) GROUP ID E MODEL ID (digital mixer) MODEL ID F Universal ADDRESS 12 Function call Effect Event ffff f function ppppppp pp Release:, Press:1 DATA eeeeeee ee Effect number (:Effect1-3:Effect4) EOX F7 End of exclusive function channel Freeze Play button x :Effect1-3:Effect4 Freeze Record button x1 :Effect1-3:Effect Parameter change (Sort Table) When scene memory sort is executed on the 1V96, the memory sort table will be transmitted to Studio Manager. Studio Manager will sort the memories according to this data. If Studio Manager performs a scene memory sort, it will transmit this data to the 1V96. STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS 1nnnn 1n n=-1 (Device number=midi Channel) GROUP ID E MODEL ID (digital mixer) MODEL ID 11 D 1V96 ADDRESS Library sort table ffff f Library type DATA ddddddd ds Data : : ddddddd de Data EOX F7 End of exclusive 8-7 conversion is performed on the data area in the same way as for bulk. STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS 1nnnn 1n n=-1 (Device number=midi Channel)

317 Parameter request (Sort Table) When the 1V96 receives this data, it will transmit Sort Table Data. STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS 11nnnn 3n n=-1 (Device number=midi Channel) GROUP ID E MODEL ID (digital mixer) MODEL ID 11 D 1V96 ADDRESS Library sort table ffff f Library type EOX F7 End of exclusive Parameter change (Key remote) Reception This is received if [Parameter change RX] is and the [Rx CH] matches the device number included in the SU STATUS. This is echoed if [Parameter change ECHO] is. When this is received, the same processing that is executed when the key specified by Address is pressed (released). Transmission If [Parameter Change ECHO] is, this message is retransmitted without change. STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS 1nnnn 1n n=-1 (Device number=midi Channel) GROUP ID E MODEL ID (digital mixer) MODEL ID 11 D 1V96 ADDRESS Key remote kkkkkkk kk Key address H kkkkkkk kk Key address M kkkkkkk kk Key address L DATA ppppppp pp Release:, Press:1 EOX F7 End of exclusive Parameter change (Remote Meter) When transmission is enabled by receiving a Request of Remote meter, the specified meter information is transmitted every msec for seconds. When you want to transmit meter information continuously, a Request must be transmitted continuously within every seconds. Reception This is echoed if [Parameter change ECHO] is. Transmission When transmission has been enabled by a Request, the parameter specified by Address will be transmitted on the [Rx CH] channel at msec intervals for a duration of seconds. Transmission will be disabled if the power is turned off and on again, or if the PORT setting is changed. If [Parameter Change ECHO] is, this message is retransmitted without change. STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS 1nnnn 1n n=-1 (Device number=midi Channel) GROUP ID E MODEL ID (digital mixer) MODEL ID 11 D 1V96 ADDRESS 1 21 Remote meter mmmmmmm mm ADDRESS UL mmmmmmm mm ADDRESS LU mmmmmmm mm ADDRESS LL DATA ddddddd dd Data1 H ddddddd dd Data1 L : : EOX F7 End of exclusive * Meter data uses the unmodified DECAY value of the DSP. The interpretation of the data will depend on the parameter Parameter request (Remote Meter) Reception This is received if [Parameter change RX] is and the [Rx CH] matches the device number included in the SU STATUS. This is echoed if [Parameter change ECHO] is. When this is received, data of the specified address is transmitted on the [Rx CH] at intervals of msec as a rule (although this may not be the case if the port is being used by other communication), for a period of seconds. If Address UL= x7f is received, transmission of all meter data will be halted immediately. (disable) Transmission If [Parameter Change ECHO] is, this message is retransmitted without change. STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS 11nnnn 3n n=-1 (Device number=midi Channel) GROUP ID E MODEL ID (digital mixer) MODEL ID 11 D 1V96 ADDRESS 1 21 Remote meter mmmmmmm mm ADDRESS UL mmmmmmm mm ADDRESS LU mmmmmmm mm ADDRESS LL ccccccc ch Count H ccccccc cl Count L EOX F7 End of exclusive Parameter change (Remote Time Counter) When transmission is enabled by receiving a Request of Remote Time Counter, the Time Counter data is transmitted every msec for seconds. When you want to transmit Counter information continuously, a Request must be transmitted within every seconds. Reception This is echoed if [Parameter change ECHO] is. Transmission When transmission is enabled by receiving a Request, the Time Counter information is transmitted on [RxCH] channel every msec for seconds. Transmission will be disabled if the power is turned off and on again, or if the PORT setting is changed. If [Parameter Change ECHO] is, this message is retransmitted without change. STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS 1nnnn 1n n=-1 (Device number=midi Channel) GROUP ID E MODEL ID (digital mixer) MODEL ID 11 D 1V96 ADDRESS 22 Remote Time counter tttt t :Time code, 1:Measure.eat.Clock ddddddd dd Hour / Measure H ddddddd dd Minute / Measure L DATA ddddddd dd Second / eat ddddddd dd Frame / Clock EOX F7 End of exclusive Parameter request (Remote Time Counter) Reception This is received if [Parameter change RX] is and the [Rx CH] matches the device number included in the SU STATUS. This is echoed if [Parameter change ECHO] is. When this is received, the Time Counter information is transmitted on the [Rx CH] channel every msec for seconds. When the second byte of Address is received on x7f, data transmission will be halted immediately. (disable) Transmission If [Parameter Change ECHO] is, this message is retransmitted without change. STATUS 111 F System exclusive message ID No Manufacture s ID number (YAMAHA) SU STATUS 11nnnn 3n n=-1 (Device number=midi Channel) GROUP ID E MODEL ID (digital mixer) MODEL ID 11 D 1V96 ADDRESS 22 Remote Time counter ddddddd dd :Transmission request, x7f:transmission stop request EOX F7 End of exclusive

318 318

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324 YAMAHA [Digital Mixing Console-Internal Parameters] Date: 26 Aug. 2 Model: 1V96 MIDI Implementation Chart Version: 1. Function... Transmitted Recognized Remarks asic Channel Default Changed Memorized Mode Default Messages Altered X X ************** OMNI off/omni on X X Memorized Note Number True Voice X ************** 127 X Velocity Note On Note Off X X O O Effect Control After Key s Ch s X X X X Pitch end X X Control Change -9,2-119 O O Assignable Prog Change :True# 127 ************** Assignable System Exclusive O O *1 System Common :Song Pos :Song Sel :Tune X X X X X X System Real Time :Clock :Commands X X O X Effect Control Aux Messages :Local /OFF :All Notes OFF :Active Sense :Reset X X X X X X O O Notes MTC quarter frame message is recognized. *1: ulk Dump/Request, Parameter Change/Request, and MMC. For MIDI Remote, ALL messages can be transmitted. Mode 1: OMNI, POLY Mode 3: OMNI OFF, POLY Mode 2: OMNI, MO Mode 4: OMNI OFF, MO O: Yes X: No

325 1V96

326 1V96 Analog Digital Digital Analog Analog du dfs Digital it PAD INSERT AD INPUT PATCH PHASE GATE INSERT ATT. EQ US MASTER MASTER INSERT COMP DELAY LEVEL INSERT PAN INSERT ATT. EQ INSERT COMP INSERT AL DELAY Adder LEVEL OUTPUT PATCH DA Analog du Max. Input [+24du] [+4du] Nominal Input MIN., PAD Max. Input Nominal Input MAX., PAD OFF [-du] [-6du] [+18du] [-2du] CASCADE IN CASCADE OUT Digital Clipping Level DSP Noise Floor Max. Output [+24du] Nominal Output [+4du] STEREO OUT OMNI OUT MITOR OUT [du =.77Vrms] [dfs = Full Scale]

327 For details of products, please contact your nearest Yamaha representative or the authorized distributor listed below. NORTH AMERICA CANADA Yamaha Canada Music Ltd. 13 Milner Avenue, Scarborough, Ontario, M1S 3R1, Canada Tel: U.S.A. Yamaha Corporation of America 66 Orangethorpe Ave., uena Park, Calif. 96, U.S.A. Tel: CENTRAL & SOUTH AMERICA MEXICO Yamaha de México S.A. de C.V. Calz. Javier Rojo Gómez #1149, Col. Guadalupe del Moral C.P. 9, México, D.F., México Tel: RAZIL Yamaha Musical do rasil Ltda. Av. Reboucas 2636-Pinheiros CEP: 2- Sao Paulo-SP. rasil Tel: ARGENTINA Yamaha Music Latin America, S.A. Sucursal de Argentina Viamonte 114 Piso2-3, uenos Aires, Argentina Tel: PANAMA AND OTHER LATIN AMERICAN COUNTRIES/ CARIEAN COUNTRIES Yamaha Music Latin America, S.A. Torre anco General, Piso 7, Urbanización Marbella, Calle 47 y Aquilino de la Guardia, Ciudad de Panamá, Panamá Tel: EUROPE THE UNITED KINGDOM Yamaha-Kemble Music (U.K.) Ltd. Sherbourne Drive, Tilbrook, Milton Keynes, MK7 8L, England Tel: GERMANY Yamaha Music Central Europe GmbH Siemensstraße 22-34, 2462 Rellingen, Germany Tel: 41- SWITZERLAND/LIECHTENSTEIN Yamaha Music Central Europe GmbH, ranch Switzerland Seefeldstrasse 94, 88 Zürich, Switzerland Tel: AUSTRIA Yamaha Music Central Europe GmbH, ranch Austria Schleiergasse, A-1 Wien, Austria Tel: THE NETHERLANDS Yamaha Music Central Europe, ranch Nederland Clarissenhof -b, 4133 A Vianen, The Netherlands Tel: ELGIUM/LUXEMOURG Yamaha Music Central Europe GmbH, ranch elgium Rue de Geneve (Genevastraat), 11 - russels, elgium Tel: FRANCE Yamaha Musique France P Marne-la-Vallée Cedex 2, France Tel: ITALY Yamaha Musica Italia S.P.A. Combo Division Viale Italia 88, Lainate (Milano), Italy Tel: SPAIN/PORTUGAL Yamaha-Hazen Música, S.A. Ctra. de la Coruna km. 17,, 282 Las Rozas (Madrid), Spain Tel: SWEDEN Yamaha Scandinavia A J. A. Wettergrens Gata 1 ox 3 S- 43 Göteborg, Sweden Tel: DENMARK YS Copenhagen Liaison Office Generatorvej 6A DK-27 Herlev, Denmark Tel: NORWAY Norsk filial av Yamaha Scandinavia A Grini Næringspark 1 N-134 Østerås, Norway Tel: OTHER EUROPEAN COUNTRIES Yamaha Music Central Europe GmbH Siemensstraße 22-34, 2462 Rellingen, Germany Tel: AFRICA Yamaha Corporation, Asia-Pacific Music Marketing Group Nakazawa-cho -1, Hamamatsu, Japan 4-86 Tel: MIDDLE EAST TURKEY/CYPRUS Yamaha Music Central Europe GmbH Siemensstraße 22-34, 2462 Rellingen, Germany Tel: 41- OTHER COUNTRIES Yamaha Music Gulf FZE L Jebel Ali Freezone P.O.ox 17328, Dubai, U.A.E. Tel: ASIA THE PEOPLE S REPULIC OF CHINA Yamaha Music & Electronics (China) Co.,Ltd. 2/F., United Plaza, 1468 Nanjing Road (West), Jingan, Shanghai, China Tel: INDESIA PT. Yamaha Music Indonesia (Distributor) PT. Nusantik Gedung Yamaha Music Center, Jalan Jend. Gatot Subroto Kav. 4, Jakarta 129, Indonesia Tel: KOREA Yamaha Music Korea Ltd. Tong-Yang Securities ldg. 16F 23-8 Yoido-dong, Youngdungpo-ku, Seoul, Korea Tel: MALAYSIA Yamaha Music Malaysia, Sdn., hd. Lot 8, Jalan Perbandaran, 471 Kelana Jaya, Petaling Jaya, Selangor, Malaysia Tel: SINGAPORE Yamaha Music Asia Pte., Ltd. #3-11 A-Z uilding 1 Paya Lebor Road, Singapore 91 Tel: TAIWAN Yamaha KHS Music Co., Ltd. 3F, #6, Sec.2, Nan Jing E. Rd. Taipei. Taiwan 4, R.O.C. Tel: THAILAND Siam Music Yamaha Co., Ltd. 891/1 Siam Motors uilding, 1-16 floor Rama 1 road, Wangmai, Pathumwan angkok 3, Thailand Tel: OTHER ASIAN COUNTRIES Yamaha Corporation, Asia-Pacific Music Marketing Group Nakazawa-cho -1, Hamamatsu, Japan 4-86 Tel: OCEANIA AUSTRALIA Yamaha Music Australia Pty. Ltd. Level 1, 99 Queensbridge Street, Southbank, Victoria 6, Australia Tel: COUNTRIES AND TRUST TERRITORIES IN PACIFIC OCEAN Yamaha Corporation, Asia-Pacific Music Marketing Group Nakazawa-cho -1, Hamamatsu, Japan 4-86 Tel: PA11 HEAD OFFICE Yamaha Corporation, Pro Audio & Digital Musical Instrument Division Nakazawa-cho -1, Hamamatsu, Japan 4-86 Tel:

328 用户手册 Yamaha Manual Library This document is printed on recycled chlorine free (ECF) paper with soy ink. U.R.G., Pro Audio & Digital Musical Instrument Division, Yamaha Corporation 4 Yamaha Corporation WE 7IPAPXX.X-1A Printed in Japan C