Diagram of the front panel of the Roland Jupiter-6 Tauntek Upgrade
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Roland Jupiter-6 Tauntek Upgrade MIDI CCs & NRPNs

MIDI implementation details for the Roland Jupiter-6 Tauntek Upgrade.

Last update: December 31, 2025 • 63 parameters

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Performance

Parameter CC Range Usage Description Orientation
Mod Wheel 1 [0–127]
0~127: Mod wheel value
Modulation wheel value. Destination is user-assignable via Tauntek settings.
Note: Destination set by Tauntek 'Mod CC Assign' bits (panel setting). Destinations listed on cheat sheet include VCO Mod - LFO1 Amt; VCF Cut - LFO1 Amt; VCA Mod - LFO1 Amt; LFO1 Rate; XMOD Amt; Pulse Width; VCF Cutoff; VCF Resonance.
0-based
Hold 30 [0–127]
0-63: Off; 64-127: On
Holds notes (panel HOLD).
0-based
Glissando 29 [0–127]
0-63: Off; 64-127: On
Enables glissando.
0-based
Bender 28 [0–127]
0-63: Off; 64-127: On
Enables bender.
Note: Cheat sheet lists as on/off; exact behaviour (range/source) not specified.
0-based
Portamento Switch 65 [0–127]
0-63: Off; 64-127: On
Enables portamento.
0-based
Sustain Pedal 64 [0–127]
0-63: Off; 64-127: On
Sustain pedal (damper) on/off.
0-based
Volume 7 [0–127]
0~127: Volume amount
Main output level.
0-based
Split Balance (CC08) 8 [0–127]
0~127: Split balance amount
Upper/lower split balance (alternate CC mapping).
Note: Cheat sheet also lists Split Balance on CC80 with explicit 0/64/127 meaning; CC08 entry in cheat sheet does not specify mapping.
0-based
Split Balance (CC80) 80 [0–127]
0~127: Split balance amount
Upper/lower split balance.
Note: Cheat sheet: 0=Lower, 64=Equal, 127=Upper.
Centered
Master Tune 79 [0–127]
0~127: Master tune amount
Master tuning (global).
Note: Cheat sheet does not describe the value mapping (e.g., centre/offset).
0-based
Key Assign Mode 77 [0–127]
0-15: Poly 1; 16-31: Poly 2; 32-47: Unison; 48-63: Solo; 64-127: Solo Unison
Key assign mode selection.
0-based
Unison Detune 63 [0–127]
0~127: Detune amount
Detune amount for unison.
0-based
Glide Time (CC05) 5 [0–127]
0~127: Glide time amount
Portamento/glide time.
Note: Cheat sheet lists CC05 as Glide Time but provides no value mapping details.
0-based
Glide Time (CC62) 62 [0–127]
0~127: Glide time amount
Portamento/glide time (alternate mapping).
Note: Cheat sheet notes: 0 = fast. Remaining mapping not described.
0-based

Oscillators

Parameter CC Range Usage Description Orientation
VCO1 Triangle 20 [0–127]
0-63: Off; 64-127: On
Enables/disables Triangle waveform.
0-based
VCO1 Saw 21 [0–127]
0-63: Off; 64-127: On
Enables/disables Saw waveform.
0-based
VCO1 Pulse 22 [0–127]
0-63: Off; 64-127: On
Enables/disables Pulse waveform.
0-based
VCO1 Square 23 [0–127]
0-63: Off; 64-127: On
Enables/disables Square waveform.
0-based
VCO2 Triangle 24 [0–127]
0-63: Off; 64-127: On
Enables/disables Triangle waveform.
0-based
VCO2 Saw 25 [0–127]
0-63: Off; 64-127: On
Enables/disables Saw waveform.
0-based
VCO2 Pulse 26 [0–127]
0-63: Off; 64-127: On
Enables/disables Pulse waveform.
0-based
VCO2 Noise 27 [0–127]
0-63: Off; 64-127: On
Enables/disables Noise waveform.
0-based
VCO 1 Range 40 [0–127]
0~127: Range value
VCO1 octave range selector.
Note: Cheat sheet lists parameter but does not provide discrete value map.
0-based
VCO 2 Range 41 [0–127]
0~127: Range value
VCO2 octave range selector.
Note: Cheat sheet lists parameter but does not provide discrete value map.
0-based
VCO 2 Fine 42 [0–127]
0~127: Fine tune amount
VCO2 fine tuning.
0-based
VCO Mixer 43 [0–127]
0~127: VCO mix amount
Mix between VCO1 and VCO2.
Note: Cheat sheet specifies: 0 = full VCO1. Remaining mapping not described.
0-based
Pulse Width 36 [0–127]
0~127: Pulse width amount
Pulse width (PW).
0-based
PWM Amount 37 [0–127]
0~127: PWM amount
PWM modulation amount.
0-based
PWM Mod Source 67 [0–127]
0-63: ENV1; 64-127: LFO1
PWM modulation source select.
0-based
VCO Mod Amount 34 [0–127]
0~127: VCO mod amount
VCO modulation amount (mod wheel destination option).
0-based
VCO Mod Source 68 [0–127]
0-31: None; 32-63: VCO1; 64-95: VCO2; 96-127: VCO1+2
VCO modulation source selection.
0-based
VCO Mod By ENV1 35 [0–127]
0~127: Amount
VCO modulation by ENV1 amount.
0-based
XMOD Manual 38 [0–127]
0~127: XMOD amount
Cross-mod manual amount.
0-based
XMOD By ENV1 39 [0–127]
0~127: Amount
Cross-mod by ENV1 amount.
0-based
Osc Sync Mode 72 [0–127]
0-31: None; 32-63: VCO2 syncs to VCO1; 64-95: VCO1 syncs to VCO2; 96-127: Both sync
Oscillator sync mode.
Note: Cheat sheet formatting is slightly unclear; this is the most consistent interpretation of the listed ranges.
0-based
VCO 1 Wave Bitmask 69 [0–127]
0~127: Wave enable bitmask
Waveform enable bitmask for VCO1.
Note: Cheat sheet: Bit 3=Triangle; Bit 4=Saw; Bit 5=Pulse; Bit 6=Square. Value is a bitfield (multiple waves can be enabled).
0-based
VCO 2 Wave Bitmask 70 [0–127]
0~127: Wave enable bitmask
Waveform enable bitmask for VCO2.
Note: Cheat sheet: Bit 3=Triangle; Bit 4=Saw; Bit 5=Pulse; Bit 6=Noise. Value is a bitfield (multiple waves can be enabled).
0-based

LFO

Parameter CC Range Usage Description Orientation
LFO1 Rate 32 [0–127]
0~127: Rate amount
LFO1 rate.
0-based
LFO1 Delay 33 [0–127]
0~127: Delay amount
LFO1 delay.
0-based
LFO1 Shape 66 [0–127]
0-31: Triangle; 32-63: Saw; 64-95: Square; 96-127: Random
LFO1 waveform shape selection.
0-based

Filter

Parameter CC Range Usage Description Orientation
VCF Frequency 44 [0–127]
0~127: Cutoff amount
Filter cutoff frequency.
0-based
VCF Resonance 45 [0–127]
0~127: Resonance amount
Filter resonance.
0-based
VCF Mod By ENV 46 [0–127]
0~127: Amount
Filter envelope modulation amount.
0-based
VCF Mod By LFO1 47 [0–127]
0~127: Amount
Filter LFO1 modulation amount.
0-based
VCF Keyboard Tracking 48 [0–127]
0~127: Tracking amount
Filter keyboard tracking amount.
0-based
Filter Mode 71 [0–127]
0-31: LPF; 32-63: HPF; 64-127: BPF
Filter mode selection (LP/HP/BP).
0-based
VCF Envelope Select 73 [0–127]
0-63: ENV1; 64-127: ENV2
Select which envelope modulates VCF.
0-based
VCF ENV1 Polarity 74 [0–127]
0-63: Positive; 64-127: Negative
ENV1 polarity for VCF modulation.
0-based

Amplifier

Parameter CC Range Usage Description Orientation
VCA By ENV2 Amount 49 [0–127]
0~127: Amount
VCA envelope 2 amount.
0-based
VCA Mod By LFO1 50 [0–127]
0~127: Amount
VCA LFO1 modulation amount.
0-based

Envelope 1

Parameter CC Range Usage Description Orientation
Attack 51 [0–127]
0~127: Attack amount
Envelope 1 attack time.
0-based
Decay 52 [0–127]
0~127: Decay amount
Envelope 1 decay time.
0-based
Sustain 53 [0–127]
0~127: Sustain amount
Envelope 1 sustain level.
0-based
Release 54 [0–127]
0~127: Release amount
Envelope 1 release time.
0-based
Key Follow 55 [0–127]
0~127: Key follow amount
Envelope 1 key follow amount.
Note: Cheat sheet label appears as 'KFOLLOW'.
0-based

Envelope 2

Parameter CC Range Usage Description Orientation
Attack 56 [0–127]
0~127: Attack amount
Envelope 2 attack time.
0-based
Decay 57 [0–127]
0~127: Decay amount
Envelope 2 decay time.
0-based
Sustain 58 [0–127]
0~127: Sustain amount
Envelope 2 sustain level.
0-based
Release 59 [0–127]
0~127: Release amount
Envelope 2 release time.
0-based
Key Follow 60 [0–127]
0~127: Key follow amount
Envelope 2 key follow amount.
Note: Cheat sheet label appears as 'FOLLOW'.
0-based

Arpeggiator

Parameter CC Range Usage Description Orientation
Arp Rate 61 [0–127]
0~127: Arp rate amount
Arpeggiator rate (when MIDI clock selected).
Note: Cheat sheet: 'WHEN MIDI CLK SELECTED'.
0-based
Arp Mode 84 [0–127]
0-63: Off; 64-79: Up; 80-95: Down; 96-111: Up/Down; 112-127: Random
Arpeggiator mode.
0-based
Arp Range 85 [0–127]
0-31: 1 Oct; 32-63: 2 Oct; 64-95: 3 Oct; 96-127: 4 Oct
Arpeggiator range (octaves).
0-based

This dataset is provided under the Creative Commons Attribution Share Alike 4.0 International license.