Edirol SD-80 manuale d’uso

Thank you, and congratulations on your choice of the STUDIO Canvas SD-80. Before using this unit, carefully read the sections entitled: “IMPORTANT SAFETY INSTRUCTIONS” (Owner’s manual p. 2), “USING THE UNIT SAFELY” (Owner’s manual pp. 3--4), and “IMPORTANT NOTES” (Owner’s manual p. 5). These sections provide important information [...]

To resize thickness, move all items on the front cover 2 and center registration marks to left or right. CAUTION RISK OF ELECTRIC SHOCK DO NOT OPEN ATTENTION : RISQUE DE CHOC ELECTRIQUE NE PAS OUVRIR CAUTION : TO REDUCE THE RISK OF ELECTRIC SHOCK, DO NOT REMOVE COVER (OR BACK). NO USER-SERVICEABLE PARTS INSIDE. REFER SERVICING TO QUALIFIED SERVICE [...]

3 USING THE UNIT SAFELY 001 • Before using this unit, make sure to read the instructions below, and the Owner’s Manual. ................................................................................................ 002a • Do not open or perform any internal modifi- cations on the unit. .......................................................[...]

4 009 • Do not excessively twist or bend the power cord, nor place heavy objects on it. Doing so can damage the cord, producing severed elements and short circuits. Damaged cords are fire and shock hazards! ................................................................................................ 010 • This unit, either alone or in combin[...]

5 IMPORTANT NOTES 291b In addition to the items listed under “IMPORTANT SAFETY INSTRUCTIONS” and “USING THE UNIT SAFELY” on pages 2, 3 and 4, please read and observe the following: Power Supply 301 • Do not use this unit on the same power circuit with any device that will generate line noise (such as an electric motor or variable lighting[...]

6 Contents USING THE UNIT SAFELY ....................................................... 3 IMPORTANT NOTES ................................................................ 5 Contents ................................................................................... 6 Introduction ....................................................................[...]

7 Contents Using the effects of the internal sound generator .............. 39 About the sound generator effects .................................................................................. 39 Editing the sound generator effects................................................................................. 40 Parameters that can be edited i[...]

8 Contents Instrument list (XGlite mode) ........................................................................................ 103 Drum set list (GM2 / Native mode) .............................................................................. 105 Classical set drum set (1) ........................................................................[...]

9 Introduction Thank you, and congratulations on your choice of the Edirol SD-80 Studio Canvas. How to read this manual The documentation for the SD-80 consists of a Getting Started , a Owner’s Manual , and Additional Information (PDF) on the included CD-ROM. • The Getting Started takes you through the steps you need to follow in order to get r[...]

10 Names of things and what they do ■ Front Panel fig.1-01 1 Display This shows various types of information (such as level meters or parameter values) related to the current state. 2 VALUE dial Turn this dial to change a parameter’s setting, or “value.” If you hold down [SHIFT] as you turn [VALUE], the parameter’s value will change by la[...]

11 Names of things and what they do Names of things 9 Mode Indicators This indicates the sound generator mode in which the SD-80 is operating. The indicator of the current sound generator mode will light red. In the case of XGlite mode, all the mode indicators will be dark. 10 PAGE Buttons Use these buttons to switch between screens that consist of[...]

12 Names of things and what they do ■ Rear Panel fig.1-02 17 AC IN Connector Connect the supplied AC cable here. Never use any AC cable other than the one provided, since doing so may cause malfunction. 18 Grounding Terminal In some cases, depending on the environment in which the unit is installed, the surface of the panel may sometimes feel rou[...]

13 Basic operation Basic operation Operations in the basic screen The SD-80 contains a diverse array of sounds, ranging from instrumental sounds such as piano/organ/ guitar for an ensemble, to sound effects such as birdsong and telephone ringers. Each of these sounds is called an instrument . Here’s how to select instruments and listen to the var[...]

14 Basic operation ■ Auditioning the sounds (Preview) On the SD-80, sounds are specified using two numbers: the instrument number and the variation number . By pressing [PREVIEW] you can audition the currently selected sound. fig.2-03a 1. Press [PREVIEW] . While you continue pressing [PREVIEW] , the button will light and a phrase will play. When [...]

15 Basic operation Basic operation ■ Adjusting the brightness of the display (Contrast) Immediately after the power is turned on, or after the SD-80 has been used for an extended period, or depending on the conditions in which it is placed, the characters or icons in the display screen may become difficult to read. If this happens, you can adjust[...]

16 Using the internal sound generator The SD-80 contains a sound generator with 1,050 diverse and high-quality sounds. The internal sound generator has four modes to support different sound generator formats, and you can select the mode you want to use. For details on the sound generator modes, refer to "About the sound generator modes" ([...]

17 Using the internal sound generator Using the internal sound generator About GM2/Native modes ■ GM2/Native mode sound sets The sounds sets of GM2 mode and Native mode are organized by their character into four or six variations . fig.5-01 Classical This is the basic sound set that blends well into an ensemble. This set is also used when GM2 dat[...]

18 Using the internal sound generator About parts and sounds The SD-80 is able to produce 32 different sounds at once. A sound generator such as the SD-80 that is able to produce many different sounds simultaneously is called a “ multitimbral sound module .” “Timbre” refers to the unique characteristics that result in the sound of one instr[...]

19 Using the internal sound generator Using the internal sound generator Specifying the function of the MIDI connectors The SD-80 has two modes in which MIDI data is transferred differently: USB mode and MIDI mode . The mode is switched automatically depending on the connector you use. ■ USB mode fig.7-2 MIDI messages received at the MIDI IN conn[...]

20 Using the internal sound generator ■ MIDI mode fig.7-3 The MIDI messages received at the MIDI IN connectors will be passed directly to the internal sound generator. The SD-80 has two MIDI IN connectors , and each MIDI IN connector can receive data for 16 Parts. In MIDI mode , when you play using the MIDI connectors, group A corresponds to the [...]

21 Using the internal sound generator Using the internal sound generator Specifying the function of the MIDI connectors If the MIDI OUT/THRU switch on the rear panel is set to [IN1 THRU] , MIDI messages received at the MIDI IN 1 connector will be retransmitted without change from the MIDI OUT 2 connector. If the SD-80 is operating in USB mode and t[...]

22 Using the internal sound generator Switching the sound generator mode Here’s how to switch the sound generator mode. The sound generator mode can be switched from the front panel, or by MIDI messages from an external device. Please be aware that the sound generator will be initialized when you switch the sound generator mode. fig.5-02 1. Press[...]

23 Using the internal sound generator Using the internal sound generator Selecting a part Here’s how to select the part that you want to edit. fig.5-03 1. Press [INST] . The button will light. fig.5-03a_67.2 2. Press [PART ] or [PART ] to select the part to be edited. The number of the part currently being edited is indicated at the bottom of the[...]

24 Using the internal sound generator Selecting the type of part (INST/DRUM) Here’s how to select the type (Part Mode) for each part. * Inst Type can be executed only if the sound generator mode is GM2 mode or Native mode. fig.5-04 1. Press [INST] . The button will light. 2. Press [PAGE ] until the display indicates Inst Type . 3. Turn the [VALUE[...]

25 Using the internal sound generator Using the internal sound generator Selecting the sound set In GM2 mode you can choose one of four different sound sets. In Native mode you can choose one of six different sound sets. fig.5-05 1. Press [INST] . The button will light. fig.5-05a_67.2 2. Press [PAGE ] until the display indicates Inst Type . 3. Turn[...]

26 Using the internal sound generator Selecting a sound If the part type is Inst, use the following procedure to select a sound. First make sure that the part type is Inst. For details on how to set the part type to Inst, refer to "Selecting the type of part (INST/DRUM)" (p. 24). On the SD-80, the sound of an Inst part is specified by two[...]

27 Using the internal sound generator Using the internal sound generator Selecting a drum set If the part type is Drum Set, use the following procedure to select a drum set. First make sure that the part type is Drum. For details on how to set the part type to Drum, refer to "Selecting the type of part (INST/ DRUM)" (p. 24). For details o[...]

28 Using the internal sound generator Muting/soloing a part You can “ mute ” a specified part so that it will not sound. This is convenient when you want to play along to a backing provided by the SD-80 (“minus-one” playing). Conversely, you can “ solo ” a specified part so that the remaining parts will be muted. Here’s how to mute/so[...]

29 Using the internal sound generator Using the internal sound generator ■ Soloing a part When multiple parts are sounding, you can cause only the currently selected part to sound, allowing you to check the performance of that part. This is referred to as “ soloing ” the part. fig.5-09 1. Press [INST] . The button will light. 2. Press [PART ][...]

30 Using the internal sound generator About parameters This section explains the parameters (items that you can set). Parameters are settings that determine how a sound is produced, and the process of modifying the values of the parameters is called “editing.” If you are using the SD-80 in GM2 mode or Native mode , some of the Part parameter va[...]

31 Using the internal sound generator Using the internal sound generator Editing the parameters Parameters can be controlled from the SD-80's panel only in GM2 mode and Native mode . Of the parameters that can be controlled from the SD-80, only MFX settings that were edited in Native mode can be saved within the SD-80 as a user patch ( "S[...]

32 Using the internal sound generator ■ Editing parameters that are common to all parts Here’s an example of how to edit parameters that are common to all parts. fig.5-12 1. Simultaneously press [PART ] and [PART ] . A screen will appear in which you can edit parameters for all parts. fig.5-12a_67.2 2. Press [PAGE ] or [PAGE ] to select the par[...]

33 Using the internal sound generator Using the internal sound generator About parameters that can be edited from the SD-80’s panel The following parameters can be edited from the panel in GM2 mode or Native mode. On the SD-80, parameter values are specified for the Part. In other words, these parameters belong to the part, and not to the sound ([...]

34 Using the internal sound generator Portamento SW [cc#65] ON/ OFF , (PATCH: Native mode only) Turn this ON when you want to use portamento. Portamento Time [cc#5] 0 –127, (PATCH: Native mode only) Adjusts the time over which the next pitch will be reached. Portamento is a function that changes the pitch smoothly from one note to the next. Porta[...]

35 Using the internal sound generator Using the internal sound generator Envelope fig.p8-3j The sound of a musical instrument changes over time from the moment the note begins until it ends. Such change can be expressed by the graph shown below. The shape of this change is distinctive of that particular instrument, and is an important factor that a[...]

36 Using the internal sound generator Vibrato fig.p7-1j Vibrato is an effect that cyclically modulates the pitch. By applying vibrato, you can make your performance more expressive. Vibrato Rate [cc#76] -64– 0 –+63 This adjusts the speed (frequency) at which the pitch is modulated. Positive (+) settings will speed up the modulation, and negativ[...]

37 Using the internal sound generator Using the internal sound generator ■ Part parameters (Native mode) In addition to the Part parameters described in the preceding pages, Native mode also allows you to adjust the following parameters. Rx Channel (Receive channel) 1–16, OFF This specifies the MIDI channel that is assigned to the part. If this[...]

38 Using the internal sound generator Part Output Assign MFX, 1, 2, 1L, 1R, 2L, 2R, PATCH This specifies where the output signal of the part will be sent. MFX: Output to MFX. 1: Output the unprocessed sound from OUTPUT 1, without using MFX. 2: Output the unprocessed sound from OUTPUT 2, without using MFX. 1L: Output the unprocessed sound from the L[...]

39 Using the effects of the internal sound generator Using the effects of the internal sound generator About the sound generator effects The SD-80 contains the following four effects processors, and each can be set independently. Chorus Chorus is an effect that adds depth and spaciousness to the sound. Reverb Reverb is an effect that adds the rever[...]

40 Using the effects of the internal sound generator Editing the sound generator effects You can edit the sound generator effects when the sound generator mode is either GM2 mode or Native mode. fig.6-01b 1. Switch the sound generator to GM2 mode or Native mode. For details on switching the sound generator mode, refer to "Switching the sound g[...]

41 Using the effects of the internal sound generator Using the effects of the internal sound generator Parameters that can be edited in GM2 mode The sound generator effect parameters that can be edited using the SD-80’s controls will differ depending on the sound generator mode (GM2 or Native). In the SD-80’s GM2 mode, you can edit the reverb a[...]

42 Using the effects of the internal sound generator Mod Rate (Modulation Rate) 0–127 Specifies the speed (frequency) at which the chorus sound will be modulated. Higher settings produce faster modulation. Mod Depth (Modulation Depth) 0–127 Specifies the depth of modulation for the chorus sound. Higher settings will produce deeper modulation. F[...]

43 Using the effects of the internal sound generator Using the effects of the internal sound generator Parameters that can be edited in Native mode The sound generator effect parameters that can be edited using the front panel of the SD-80 will differ depending on the sound generator mode (GM2 or Native mode). In the SD-80’s Native mode, you can [...]

44 Using the effects of the internal sound generator HF Damp (Reverb/Delay HF Damp) Specifies the frequency above which the high-frequency component of the reverb sound will be cut. Lowering this value will cause a greater portion of the high-frequency range to be cut, producing a softer- toned reverb sound. If no cutting is desired, set this to BY[...]

45 Using the effects of the internal sound generator Using the effects of the internal sound generator ■ Chorus (System Effect) On the SD-80, the chorus section can also be used as a delay. Here you can edit parameters that select either chorus or delay, and specify how the chorus/delay sound will be heard and output. Chorus Type Selection for th[...]

46 Using the effects of the internal sound generator Phase 0–180 degrees Specifies the spaciousness of the chorus sound. Pre Delay (Chorus Pre Delay) 0.0–100 ms Specifies the amount of time that is to pass after the original sound has been heard before the chorus sound is heard. Increasing this value heightens the dispersal effect. Type (Filter[...]

47 Using the effects of the internal sound generator Using the effects of the internal sound generator MFX A-C Chorus Send Level (Multi-effect A–C Chorus Send Level) 0–127 Specifies the level at which the signal processed by the multi-effect will be sent to the Chorus effect. MFX A-C Reverb Send Level (Multi-effect A–C Reverb Send Level) 0–[...]

48 Using the effects of the internal sound generator Specifying the output destination of the part PART OUTPUT ASSIGN MFX, 1, 2, 1L, 1R, 2L, 2R, PATCH Specify where the output signal of the part will be sent. MFX: Output to MFX. 1: Output the unprocessed sound from OUTPUT 1, without using MFX. 2: Output the unprocessed sound from OUTPUT 2, without [...]

49 System-related settings System-related settings This chapter explains how to make settings that affect the entire system of the SD-80. Here’s the basic procedure for setting these parameters. fig.7-1 1. Press [SYSTEM] . The button will light. 2. Press [PAGE ] or [PAGE ] until the item you want to edit appears in the display. The following para[...]

50 System-related settings Adjusting the contrast of the display Immediately after the power is turned on, or after the SD-80 has been used for an extended period, or depending on the location, the characters and icons in the display screen may be difficult to read. If this occurs, adjust the contrast of the display ( "Adjusting the brightness[...]

51 System-related settings System-related settings Bulk Dump A01 –A16, B01–B16, COMMON, ALL fig.7-1ab Specifies the internal sound generator parameters that you want to transmit when the bulk dump is executed. * Bulk Dump can be carried out only when the sound generator mode is Native mode. Otherwise, "---" will be displayed, indicati[...]

52 System-related settings Preview settings By pressing [PREVIEW] you can audition the currently selected sound. This is called the preview function . Here you can make settings for the preview function ( "Auditioning the sounds (Preview)" (p. 14)). Preview Mode PHRASE , SINGLE Switches the mode of the Preview function. Select PHRASE to u[...]

53 Controlling the SD-80 via MIDI Controlling the SD-80 via MIDI The functionality of the SD-80’s internal sound generator, mixer, and audio effects can be controlled by MIDI messages received from the USB connector or MIDI IN connector. This chapter provides various examples that show how MIDI messages can be used to operate the SD-80. * For det[...]

54 Controlling the SD-80 via MIDI •A greater number of the Part parameters can be edited from the SD-80. • When creating song data, you can select sounds from the Classical/Contemporary/Solo/Enhanced sound sets simply by specifying the Bank MSB/LSB and Program Number. • You can use system exclusive messages to control the Patch parameters tha[...]

55 Controlling the SD-80 via MIDI Controlling the SD-80 via MIDI ■ Switching the sound set GM2 mode and Native mode each have four sound sets (variations). You can use MIDI messages to switch between these sound sets. Switching the sound set in GM2 mode In GM2 mode, you can switch the sound set by transmitting a system exclusive message . <Exa[...]

56 Controlling the SD-80 via MIDI ■ Switching the type of part Switching the Part Mode in GM2 mode In GM2, transmit a Bank Select message to switch the Part Mode. MIDI bank number: CC#00 (MSB) = ** **: The part mode will be switched according to the value that you insert here (decimal). 121 (79H) = Inst part 120 (78H) = Drum part Switching the Pa[...]

57 Controlling the SD-80 via MIDI Controlling the SD-80 via MIDI Data: 00H = OFF (Normal part) 01H = Set1 (Drum1) 02H = Set2 (Drum2) (p) specifies the part you want to switch, and (nn) selects the sound set. Switching the Part Mode in XGlite mode Send a message that causes the sound generator to switch to XGlite mode (F0 43 10 4C 00 00 7E 00 F7), a[...]

58 Controlling the SD-80 via MIDI ■ Switching sounds You can switch the sound (instrument) for each of the SD-80’s parts by transmitting MIDI messages from sequencer software running on your computer. Sounds are specified by their Variation number and Instrument number , but the way in which these numbers are displayed may differ depending on y[...]

59 Controlling the SD-80 via MIDI Controlling the SD-80 via MIDI Switching sounds in GM2 mode Transmit bank select LSB (CC#32) and program change (PC#). * Bank select MSB (CC#00) is used to switch the part mode. Inst part and Drum part correspond to the following numbers. <Example> Specifying part 11 as a GM2 Inst part (009: Celesta 2) MIDI C[...]

60 Controlling the SD-80 via MIDI <Example> If you want to select the sound for variation number 8, instrument number 3 (Piano3 w), transmit the following data to the SD-80 (given in decimal form). 1. Value of control change 0: 008 (upper byte of bank number = variation number: 8) 2. Value of control change 32: 0 3. Value of program change: 0[...]

61 Controlling the SD-80 via MIDI Controlling the SD-80 via MIDI ■ Switching the drum set In the same way as for instruments, you can switch drum sets by transmitting MIDI messages from sequencer software running on your computer. The drum set will switch when the program change is received. Transmit the program change message on the same channel[...]

62 Controlling the SD-80 via MIDI Switching drum sets in Native mode Transmit bank select LSB (CC#32) and program change (PC#). * Bank select MSB (CC#0) is used to switch the Part Mode. Inst part and Drum part correspond to the following numbers. <Example> Specifying part 10 as a Classical set drum part (009: Room Set) MIDI CH= 10 CC#00 104 .[...]

63 Controlling the SD-80 via MIDI Controlling the SD-80 via MIDI ■ Editing MIDI effect parameters Editing the reverb (in GM2 mode) To edit the reverb via MIDI messages, transmit the following system exclusive data (global parameter control). F0 7F 10 04 05 01 01 01 01 01 pp vv F7 pp: Parameter number vv: Value (setting) <Example> Setting th[...]

64 Controlling the SD-80 via MIDI Changing the MFX type (Native mode) fig.8-04_99 To change the effect type of the enhanced sounds selected for parts 1–3, transmit the following system exclusive message. Address (p1 p2) : when changing the insertion effect of part 1 = 11 00 when changing the insertion effect of part 2 = 11 20 when changing the in[...]

65 Controlling the SD-80 via MIDI Controlling the SD-80 via MIDI Data: 00 (output assign = MFX) Checksum (ss ): For details on the calculation method, refer to “How to calculate the checksum” in “MIDI Implementation” (MIDIImp_E.pdf) on the included CD-ROM. fig.8-07_99 2. Transmit “ Part Output MFX Select ” to specify the MFX (MFX A–MF[...]

66 Controlling the SD-80 via MIDI fig.8-07_99 3. Transmit “ Part Output MFX Select ” to specify the MFX (MFX A–MFX C) to which the part output will be sent. Address (pp): when you want part 1 to use the MFX =20 when you want part 2 to use the MFX =21 : when you want part 32 to use the MFX =3F Data (nn): when you want to use MFX A =00 when you[...]

67 Controlling the SD-80 via MIDI Controlling the SD-80 via MIDI Editing the MFX effect parameters You can edit effect parameters such as equalizer gain and frequency, delay time, and feedback level. * The MFX effect parameters will sometimes be included in the sound parameters (PART), and sometimes be outside the sound (COMMON). The address will d[...]

68 Controlling the SD-80 via MIDI <Example> Editing the MFX of part 3 If MFX type=18:Mod Delay is applied to the sound of part 3 and you want to change its DLY Right setting (parameter number 02) to 80 (=50H), transmit the following system exclusive data. 1. F0 41 10 00 48 12 11 40 06 15 08 00 05 00 07 F7 When MFX source = COMMON When MFX sou[...]

69 Controlling the SD-80 via MIDI Controlling the SD-80 via MIDI ■ Writing/loading SD-80 settings The SD-80 is able to transmit the settings of its sound generator as MIDI data. Two types of data can be transmitted: Bulk data , which transmits a group of parameters; and Individual data , which transmits a single parameter. All data is transmitted[...]

70 Controlling the SD-80 via MIDI Transmitting individual data Individual data can be transmitted in each editing screen. fig.8-3a 1. In each editing screen, select the parameter that you want to transmit, and specify its value. 2. Hold down [SHIFT] and press [ENTER] . The highlighted parameter value will be transmitted. 2[...]

71 Troubleshooting Troubleshooting If the SD-80 does not function as you expect, please check the following points first. If this does not resolve the problem, please contact a Roland Service Center (refer to the back cover). ■ Power won’t come on ● Is the power cord of the SD-80 correctly connected to the AC outlet and to the SD-80? Make the[...]

72 Troubleshooting ■ Notes do not sound Compared to other problems, there are a greater number and wider variety of reasons that notes do not sound. However in many cases, this problem is caused by incorrect connections between devices, or by incorrect driver or software settings. ● Is the power of the connected device(s) turned on? ● Has the[...]

73 Troubleshooting Troubleshooting ■ Something is wrong with the sound ● You may have switched to another sound after editing sound parameters (such as the filter). Set all sound parameter values to 0. ( "Editing the parameters" (p. 31)) ● It is possible that the parameter settings of the SD-80 have become corrupted. Please initiali[...]

74 Troubleshooting ■ When you turn MFX on, all of the system effects you have previously set (such as reverb) are initialized. ● When you turn MFX on, it will no longer be possible to use control changes to set the send level of the system effect. This means that when you turn MFX on, it will be necessary to send the signal to the system effect[...]

75 Appendices Appendices Part parameter list ■ Part parameters (GM2 mode, Native mode) Parameter Value Inst Type Inst Type INST , DRUM Volume Volume 0– 100 –127 Panpot Pan L64– 0 –63R Chorus Send Chorus Send Level 0 –127 Reverb Send Reverb Send Level 0– 40 –127 Vibrato Rate Vibrato Rate -64– 0 –+63 Vibrato Depth Vibrato Depth -6[...]

76 Appendices ■ Parameters common to all parts (Native mode) Parameter Value SYSTEM Control 1–4 System Control OFF, CC01–31, 33–95, BEND, AFT MFX Sw MFX Switch OFF, ON Chorus Sw Chorus Switch OFF, ON Reverb Sw Reverb Switch OFF, ON Scale Tune Sw Scale Tune Switch OFF, ON[...]

77 Appendices Appendices Effect parameter list ■ Effect parameter (GM2 mode) Reverb (System Effect) Parameter Value Reverb Type Reverb Type Small Room, Medium Room, Large Room, Medium Hall, Large Hall, Plate Reverb Time Reverb Time 0–127 Chorus (System Effect) Parameter Value Chorus Type Chorus Type Chorus1, Chorus2, Chorus3, Chorus4, FB Chorus[...]

78 Appendices ■ Effect parameter (Native mode) Reverb (System Effect) Parameter Value Reverb Type Reverb Type 0(Off), 1(Reverb), 2(Room), 3(SRV Hall), 4(SRV Plate)(*1) Reverb Level Reverb Level 0–127 (*1) When Reverb Type is set to 1 (Reverb) Parameter Value Type Reverb/Delay Type *2 Time Reverb/Delay Time 0–127 HF Damp Reverb/Delay HF Damp *[...]

79 Appendices Appendices (*7)When the Chorus Type is 2 (DELAY) Parameter Value Center Delay Center 200–1000 ms, note value Left Delay Left 200–1000 ms, note value Right Delay Right 200–1000 ms, note value HF Damp HF Damp *9 Feedback Feedback -98–+98% Center Delay Center Level 0–127 Left Delay Left Level 0–127 Right Delay Right Level 0?[...]

80 Appendices MFX parameter list 1:Stereo EQ No. Parameter Setting Value Value Dec. Initial 1 Low Freq 200, 400 Hz 0 - 1 0 5 Mid1 Freq 200 - 8000 Hz (*1) 0 - 16 7 8 Mid2 Freq 200 - 8000 Hz (*1) 0 - 16 16 3 High Freq 4000, 8000 Hz 0 - 2 1 2 Low Gain -15 - +15 dB 0 - 30 22 7 Mid1 Gain -15 - +15 dB 0 - 30 17 10 Mid2 Gain -15 - +15 dB 0 - 30 16 4 High [...]

81 Appendices Appendices 10:Limiter No. Parameter Setting Value Value Dec. Initial 1 LM Thresh 0 - 127 0 - 127 64 2 LM Release 0 - 127 0 - 127 32 3 LM Ratio 1.5:1, 2:1, 4:1, 100:1 0 - 3 2 5 LM Post Gain 0, +6, +12, +18 dB 0 - 3 1 6 EQ Low Gain -15 - +15 dB 0 - 30 15 7 EQ High Gain -15 - +15 dB 0 - 30 15 8 Output Level 0 - 127 0 - 127 127 4 Output P[...]

82 Appendices 18:Modulation Delay No. Parameter Setting Value Value Dec. Initial 2 DLY Left 0.0 - 500.0 ms 0 - 126 126 3 DLY Right 0.0 - 500.0 ms 0 - 126 126 5 DLY HF Damp 200 - 8000 Hz, BYPASS (*1) 0 - 17 17 4 DLY Feedback -98 - +98% 0 - 98 59 1 DLY Fbk Mode NORMAL, CROSS 0 - 1 0 6 MOD Rate 0.05 - 10.00 Hz 0 - 125 19 7 MOD Depth 0 - 127 0 - 127 20[...]

83 Appendices Appendices 25:Gated Reverb No. Parameter Setting Value Value Dec. Initial 1 RV Type NORMAL, REVERSE, SWEEP1, SWEEP2 0 - 3 0 2 RV PreDelay 0.0 - 100.0 ms 0 - 125 10 3 RV GateTime 5 - 500 ms 0 - 99 10 4 EQ Low Gain -15 - +15 dB 0 - 30 15 5 EQ High Gain -15 - +15 dB 0 - 30 15 6 Balance D100:0W - D0:100W 0 - 100 50 7 Output Level 0 - 127 [...]

84 Appendices 2500, 3150, 4000, 5000, 6300, 8000 Hz, BYPASS 35:Chorus → Delay No. Parameter Setting Value Value Dec. Initial 1 CH PreDelay 0.0 - 100.0 ms 0 - 125 10 2 CH Rate 0.05 - 10.00 Hz 0 - 125 9 3 CH Depth 0 - 127 0 - 127 20 5 CH Balance D100:0W - D0:100W 0 - 100 50 6 DLY Time 0.0 - 500.0 ms 0 - 126 10 7 DLY Feedback -98 - +98% 0 - 98 59 8 [...]

85 Appendices Appendices 42 Keysync Flanger No. Parameter Setting Value Value Dec. Initial 3 FL PreDelay 0.0 - 100 ms 0 - 125 5 4 FL Rate 0.05 - 10.00 Hz, note*2 1 - 222 10 5 FL Depth 0 - 127 0 - 127 50 6 FL Feedback -98 - +98% 0 - 98 89 9 FL Phase 0 - 180 degree 0 - 90 90 1 Filter Type OFF, LPF, HPF 0 - 2 0 2 Filter Cutoff 200 - 8000 Hz (*1) 0 - 1[...]

86 Appendices 48:3D Delay No. Parameter Setting Value Value Dec. Initial 3 DLY Time C 0 - 1800 ms, note*2 0 - 1822 1815 1 DLY Time L 0 - 1800 ms, note*2 0 - 1822 1810 2 DLY Time R 0 - 1800 ms, note*2 0 - 1822 1813 8 DLY HF Damp 200 - 8000 Hz, BYPASS (*1) 0 - 17 17 7 DLY Feedback -98 - +98% 0 - 98 59 6 DLY Level C 0 - 127 0 - 127 40 4 DLY Level L 0 [...]

87 Appendices Appendices 55:Stereo Compressor No. Parameter Setting Value Value Dec. Initial 2 COMP Attack 0 - 127 0 - 127 64 1 COMP Sustain 0 - 127 0 - 127 127 3 COMP PostGain 0, +6, +12, +18 dB 0 - 3 0 4 EQ Low Gain -15 - +15 dB 0 - 30 15 5 EQ High Gain -15 - +15 dB 0 - 30 15 6 Output Level 0 - 127 0 - 127 127 56:Stereo Limiter No. Parameter Sett[...]

88 Appendices 5 EQ High Gain -15 - +15 dB 0 - 30 15 6 Output Level 0 - 127 0 - 127 127 63:Auto Pan No. Parameter Setting Value Value Dec. Initial 1 AutoPan ModWave TRI, SQR, SIN, SAW1, SAW2 0 - 4 0 2 AutoPan Rate 0.05 - 10.0 Hz, note*2 1 - 222 40 3 AutoPan Depth 0 - 127 0 - 127 96 4 EQ Low Gain -15 - +15 dB 0 - 30 15 5 EQ High Gain -15 - +15 dB 0 -[...]

89 Appendices Appendices 69:Shuffle Delay 2 No. Parameter Setting Value Value Dec. Initial 1 DLY Time 0 - 3000 ms, note*2 0 - 3022 3013 2 DLY ShuffleRate 0 - 100% 0 - 100 67 7 DLY Acceleration 0 - 15 0 - 15 10 6 DLY Feedback -98 - +98% 0 - 98 59 8 DLY HF Damp 200 - 8000 Hz, BYPASS (*1)0 - 17 17 3 DLY Pan A L64 - 63R 0 - 127 0 4 DLY Pan B L64 - 63R [...]

90 Appendices 2500, 3150, 4000, 5000, 6300, 8000 Hz (*2) 200, 250, 315, 400, 500, 630, 800, 1000, 1250, 1600, 2000, 2500, 3150, 4000, 5000, 6300, 8000, BYPASS 74:Rhodes Multi No. Parameter Setting Value Value Dec. Initial 1 EH Switch OFF, ON 0 - 1 1 2 EH Sens 0 - 127 0 - 127 127 3 EH Mix Level 0 - 127 0 - 127 64 4 PH Switch OFF, ON 0 - 1 1 5 PH Mod[...]

91 Appendices Appendices 78:Guitar Amp Simulator No. Parameter Setting Value Value Dec. Initial 1 AmpSim Switch OFF, ON 0 - 1 1 2 Amp Type (*1) 0 - 13 2 3 Amp Volume 0 - 127 0 - 127 90 4 Amp Master 0 - 127 0 - 127 100 5 Amp Gain LOW, MID, HIGH 0 - 2 1 9 Amp Presence 0 - 127 (Match Drive: -127 - 0) 0 - 127 0 10 Amp Bright OFF, ON 0 - 1 0 6 Amp Bass [...]

92 Appendices 83:Guitar Multi C No. Parameter Setting Value Value Dec. Initial 1 OD/DS Switch OFF, ON 0 - 1 1 2 OD/DS Type OVERDRIVE, DISTORTION 0 - 1 0 3 OD/DS Drive 0 - 127 0 - 127 64 4 OD/DS Tone 0 - 127 0 - 127 50 5 OD/DS Level 0 - 127 0 - 127 64 6 AW Switch OFF, ON 0 - 1 1 7 AW FilterType LPF, BPF 0 - 1 0 8 AW Rate 0.05 - 10.00 Hz, note*2 1 - [...]

93 Appendices Appendices 86:Bass Multi No. Parameter Setting Value Value Dec. Initial 1 COMP Switch OFF, ON 0 - 1 1 2 COMP Attack 0 - 127 0 - 127 64 3 COMP Sustain 0 - 127 0 - 127 127 4 COMP Level 0 - 127 0 - 127 80 5 OD/DS Switch OFF, ON 0 - 1 1 6 OD/DS Type OVERDRIVE,DISTORTION 0 - 1 0 7 OD/DS Drive 0 - 127 0 - 127 64 8 OD/DS Level 0 - 127 0 - 12[...]

94 Appendices[...]

95 Appendices Appendices Instrument list (GM2 / Native mode) Piano PC LSB MSB Classic Set Voices MSB Contemp Set Voices MSB Solo Set Voices MSB Enhance Set Voices 109 6 Piano 1 1 97 Ac.Piano 1 98 St.Piano 1 2 99 SD Piano 2 19 6 Piano 1w 1 97 Ac.Piano w 1 98 St.Piano 1w 2 99 SD Piano w 2 29 6 Piano 1d 1 97 Mild Piano 1 98 European Pf 4 99 Classic Pf[...]

96 Appendices Guitar PC LSB MSB Classic Set Voices MSB Contemp Set Voices MSB Solo Set Voices MSB Enhance Set Voices 25 0 96 Nylon Gt 1 97 Nylon Gt 2 1 98 Nylon Gt 3 1 99 Enh.Nylon Gt 1 19 6 Ukulele 1 97 Ukulele 2 1 98 Ukulele 3 1 99 Enh.Ukulele 1 29 6 Nylon o 2 97 Nylon 2 o 2 98 Nylon 3 o 2 99 Enh.Nylon o 2 39 6 Nylon Gt.2 1 97 Hard Gut Gt 1 98 Ha[...]

97 Appendices Appendices Ensemble PC LSB MSB Classic Set Voices MSB Contemp Set Voices MSB Solo Set Voices MSB Enhance Set Voices 49 0 96 Strings 2 97 Strings 2 3 98 St.Strings 2 99 St.Strings 2 4 19 6 Orchestra 2 97 Orchestra 2 3 98 St.Orchestra 5 99 St.Orchestr2 7 29 6 60’Strings 2 97 Oct.Strings 2 98 St.OctStr 1 6 99 St.OctStr 2 6 50 0 96 Slow[...]

98 Appendices Synth lead PC LSB MSB Classic Set Voices MSB Contemp Set Voices MSB Solo Set Voices MSB Enhance Set Voices 81 0 96 Square Wave 2 97 MG Square 2 98 OB Square 3 99 OBSquareLead 3 19 6 Square 1 97 Fat Square 3 98 Fat Square2 3 99 Phase Square 3 29 6 Sine Wave 1 97 2600 Sine 1 98 2600 Sine 2 2 99 Sine Lead 2 82 0 96 Saw Wave 1 97 JP Saw W[...]

99 Appendices Appendices Percussive PC LSB MSB Classic Set Voices MSB Contemp Set Voices MSB Solo Set Voices MSB Enhance Set Voices 113 0 96 Tinkle Bell 1 97 → 98 → 99 → 114 0 96 Agogo 1 97 → 98 → 99 → 115 0 96 Steel Drums 1 97 → 98 → 99 → 116 0 96 Woodblock 1 97 → 98 → 99 → 19 6 Castanet 1 97 → 98 → 99 → 117 0 96 Taik[...]

100 Appendices Instrument list (Special sound) * The asterisk (*) indicates that the same sound is used for the Enhanced sound set in GM2/Native mode. PC LSB MSB Special 1 Set Voice LSB MSB Special 2 Set Voice 10 80 D.L.A.Pad 8 0 81 Blown Bass 2 20 80 BrushingSaw 8 0 81 Enh.Violin 1 * 30 80 Xtremities 4 0 81 Solo Violin 1 40 80 Atmostrings 2 0 81 E[...]

101 Appendices Appendices Instrument list (GS mode) Piano PC CC00 GS Set Voices 001 000 Piano 1 1 008 Piano 1w 1 016 Piano 1d 1 002 000 Piano 2 1 008 Piano 2w 1 003 000 Piano 3 1 008 Piano 3w 1 004 000 Honky-tonk 2 008 HonkyTonk w 2 005 000 E.Piano 1 1 008 Detuned EP1 2 016 E.Piano 1v 2 024 60s E.Piano 1 006 000 E.Piano 2 1 008 Detuned EP2 2 016 E.[...]

102 Appendices Synth lead PC CC00 GS Map Voices 081 000 Square Wave 2 001 Square 1 008 Sine Wave 1 082 000 Saw Wave 2 001 Saw 1 008 Doctor Solo 2 083 000 SynCalliope 2 084 000 ChifferLead 2 085 000 Charang 2 086 000 Solo Vox 2 087 000 5th Saw 2 088 000 Bass & Lead 2 Synth pad, etc. PC CC00 GS Set Voices 089 000 Fantasia 2 090 000 Warm Pad 1 091[...]

103 Appendices Appendices Instrument list (XGlite mode) * The instrument names listed here are the proper names for the XGlite sound module mode. Due to the limited number of letters that can be used for the display, the names shown in the display may be slightly different from the instrument names listed here. Piano PC CC32 XG Set Elements 001 000[...]

104 Appendices Brass PC CC32 XG Set Elements 057 000 Trumpet 1 032 Warm Trumpet 2 058 000 Trombone 1 018 Trombone 2 059 000 Tuba 1 060 000 Muted Trumpet 1 061 000 French Horn 1 006 French Horn Solo 1 032 French Horn 2 2 037 Horn Orchestra 2 062 000 Brass Section 1 035 Trumpet & Trombone Section 2 063 000 Synth Brass 1 2 020 Resonant Synth Brass[...]

105 Appendices Appendices Drum set list (GM2 / Native mode) PC MSB Classical Set MSB Contemporary Set MSB Solo Set MSB Enhanced Set 001 104 Standard Set 105 StandardSet2 106 St.Standard 107 Amb.Standard 009 104 Room Set 105 Room Set 2 106 St.Room 107 Amb.Room 017 104 Power Set 105 Power Set 2 106 St.Power 107 Gated Power 025 104 Electro Set 105 Dan[...]

106 Appendices ■ Classical set drum set (1) * BANK MSB=104, LSB=0 fig.drum24-87 PC 1 PC 9 PC 17 PC 25 PC 26 Standard Set Room Set Power Set Electric Set Analog Set High Q <- <- <- <- Slap <- <- <- <- Scratch Push <- <- <- <- Scratch Pull <- <- <- <- Sticks <- <- <- <- Square Click <- [...]

107 Appendices Appendices ■ Classical set drum set (2) * BANK MSB=104, LSB=0 fig.drum24-87 PC 33 PC 41 PC 49 PC 57 Jazz Set Brush Set OrchestraSet SFX Set <- <- ClosedHi-hat --- <- <- Pedal Hi-hat --- <- <- Open Hi-hat --- <- <- Ride Cymbal1 --- <- <- <- --- <- <- <- --- <- <- <- --- <- <- [...]

108 Appendices ■ Contemporary set drum set (1) * BANK MSB=105, LSB=0 fig.drum24-87 PC 1 PC 9 PC 17 PC 25 PC 26 Standard Set2 Room Set 2 Power Set 2 Dance Set Rave Set High Q <- <- <- <- Slap <- <- <- <- Scratch Push <- <- <- <- Scratch Pull <- <- <- <- Sticks <- <- <- <- Square Click <[...]

109 Appendices Appendices ■ Contemporary set drum set (1) * BANK MSB=105, LSB=0 fig.drum24-87 PC 33 PC 41 PC 49 PC 57 Jazz Set 2 Brush Set 2 OrchestraSet SFX Set <- <- ClosedHi-hat --- <- <- Pedal Hi-hat --- <- <- Open Hi-hat --- <- <- Ride Cymbal1 --- <- <- <- --- <- <- <- --- <- <- <- --- <-[...]

110 Appendices ■ Solo set drum set (1) * BANK MSB=106, LSB=0 fig.drum24-87 PC 1 PC 9 PC 17 PC 25 PC 26 St.Standard St.Room St.Power Rust Set Analog2 Set High Q <- <- <- <- Slap <- <- <- <- Scratch Push <- <- <- <- Scratch Pull <- <- <- <- Sticks <- <- <- <- Square Click <- <- <-[...]

111 Appendices Appendices ■ Solo set drum set (2) * BANK MSB=106, LSB=0 fig.drum24-87 PC 33 PC 41 PC 49 PC 57 St.Jazz St.Brush OrchestraSet SFX Set <- <- ClosedHi-hat --- <- <- Pedal Hi-hat --- <- <- Open Hi-hat --- <- <- Ride Cymbal1 --- <- <- <- --- <- <- <- --- <- <- <- --- <- <- <- -[...]

112 Appendices ■ Enhanced set drum set (1) * BANK MSB=107, LSB=0 fig.drum24-87 PC 1 PC 9 PC 17 PC 25 PC 26 Amb.Standard Amb.Room Gated Power Techno Set Bully Set High Q <- <- <- <- Slap <- <- <- <- Scratch Push <- <- <- <- Scratch Pull <- <- <- <- Sticks <- <- <- <- Square Click <- &l[...]

113 Appendices Appendices ■ Enhanced set drum set (2) * BANK MSB=107, LSB=0 fig.drum24-87 PC 33 PC 41 PC 49 PC 57 Amb.Jazz Amb.Brush OrchestraSet SFX Set <- <- ClosedHi-hat --- <- <- Pedal Hi-hat --- <- <- Open Hi-hat --- <- <- Ride Cymbal1 --- <- <- <- --- <- <- <- --- <- <- <- --- <- <- &[...]

114 Appendices Drum set list (GS mode) * The instrument names listed here are the proper names for the XGlite sound module mode. Due to the limited number of letters that can be used for the display, the names shown in the display may be slightly different from the instrument names listed here. PC GS Set 001 STANDARD 009 ROOM 017 POWER 025 ELECTRON[...]

115 Appendices Appendices ■ GS mode drum set (1) fig.drum25-99 PC 1 / PC 33 STANDARD / JAZZ PC 9 ROOM PC 17 POWER PC 25 ELECTRONIC PC 26 TR-808 PC 41 BRUSH PC 49 ORCHESTRA ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- High Q <- <- <- <- <- Closed Hi-hat Slap <- <- <- <- <- Pedal Hi-hat Scratch[...]

116 Appendices ■ GS mode drum set (2) fig.drum35-108 PC 57 SFX ---- ---- ---- ---- High Q Slap Scratch Push Scratch Pull Sticks Square Click Metronome Click Metronome Bell Guitar Fret Noise Guitar cutting Guitar cutting String slap of double Fl.Key Click Laughing Scream Punch Heart Beat Footsteps1 Footsteps2 Applause Door Creaking Door Scratch Wi[...]

117 Appendices Appendices Drum set list (XGlite mode) * The instrument names listed here are the proper names for the XGlite sound module mode. Due to the limited number of letters that can be used for the display, the names shown in the display may be slightly different from the instrument names listed here. PC MSB LSB XG Set MSB LSB XG Set 001 12[...]

118 Appendices ■ XGlite mode drum set (1) * BANK MSB=127, LSB=0 fig.drum12-64 PC001 PC002 PC009 PC017 PC025 Standard Kit Standard Kit 2 Room Kit Rock Kit Electro Kit Surdo Mute <- <- <- <- Surdo Open <- <- <- <- Hi Q <- <- <- <- Whip Slap <- <- <- <- Scratch H <- <- <- <- Scratch L <-[...]

119 Appendices Appendices fig.drum72-84 ■ XGlite mode drum set (2) * BANK MSB=127, LSB=0 fig.drum12-64 PC001 Standard Kit PC002 Standard Kit 2 PC009 Room Kit PC017 Rock Kit PC025 Electro Kit Samba Whistle L <- <- <- <- Guiro Short <- <- <- <- Guiro Long <- <- <- <- Claves <- <- <- <- Wood Block H &l[...]

120 Appendices fig.drum53-84 PC001 Standard Kit PC026 Analog Kit PC033 Jazz Kit PC041 Brush Kit PC049 Classic Kit Ride Cymbal Cup <- <- <- <- Tambourine <- <- <- <- Splash Cymbal <- <- <- <- Cowbell Cowbell Analog <- <- <- Crash Cymbal 2 <- <- <- Hand Cymbal 2 Vibraslap <- <- <- <- R[...]

121 Appendices Appendices ■ XGlite mode drum set (3) * BANK MSB=126, LSB=0 fig.drum36-90 PC001 PC002 SFX Kit 1 SFX Kit 2 Cutting Noise --- Cutting Noise 2 Door Squeak --- Door Slam String Slap Scratch Cut --- Scratch H 3 --- Wind Chime --- Telephone Ring 2 --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- Flute Key Click Car[...]

122 Appendices[...]

Function... Basic Channel Mode Note Number : Velocity After Touch Pitch Bend Control Change Program Change System Exclusive System Common System Real Time Aux Messages Notes Transmitted Recognized Remarks Default Changed Default Messages Altered True Voice Note On Note Off Key's Channel's 0, 32 1 5 6, 38 7 10 11 64 65 66 67 68 71 72 73 74[...]

Function... Basic Channel Mode Note Number : Velocity After Touch Pitch Bend Control Change Program Change System Exclusive System Common System Real Time Aux Messages Notes Transmitted Recognized Remarks Default Changed Default Messages Altered True Voice Note On Note Off Key's Channel's 0, 32 1 5 6, 38 7 10 11 64 65 66 67 84 91 93 1–9[...]

125 Specifications Specifications ■ Model: Studio Canvas SD-80 (General MIDI2 / GS format / XGlite format) ● Number of parts 32 ● Maximum Polyphony 128 voices ● Internal Sounds Sound Maps: 6 (Classical, Contemporary, Solo, Enhanced, Special 1, Special 2) ● Preset Memory Internal Sounds: 1050 Drum Sound sets: 30 ● User Memory Internal So[...]

126 INDEX A AC IN Connector ............................................... 12 Adobe Acrobat Reader ........................................ 9 B Bulk Dump ................................................... 51, 69 C capital sound ...................................................... 26 checksum .....................................................[...]

127 INDEX R Reverb ................................................ 16, 39, 41, 43 S SHIFT Button ...................................................... 11 Solo ....................................................................... 17 soloing ................................................................. 29 sound ...............................[...]

128 INDEX[...]

129 MEMO[...]

130 MEMO[...]

To resize thickness, move all items on the front cover 2 and center registration marks to left or right. CAUTION RISK OF ELECTRIC SHOCK DO NOT OPEN ATTENTION : RISQUE DE CHOC ELECTRIQUE NE PAS OUVRIR CAUTION : TO REDUCE THE RISK OF ELECTRIC SHOCK, DO NOT REMOVE COVER (OR BACK). NO USER-SERVICEABLE PARTS INSIDE. REFER SERVICING TO QUALIFIED SERVICE [...]

As of December 10, 2005 (EDIROL-1) Information When you need repair service, call your nearest EDIROL/Roland Service Center or authorized EDIROL/Roland distributor in your country as shown below. EUROPE EDIROL (Europe) Ltd. Studio 3.4 114 Power Road London W4 5PY U. K. TEL: +44 (0)20 8747 5949 FAX:+44 (0)20 8747 5948 http://www.edirol.com/europe De[...]