Roland Jupiter-4 (Lifetime Key)

- Authentic recreation of the JUPITER-4 synthesizer using enhanced ACB technology
- Detailed interface gives the feel of working with the vintage hardware
- Double the polyphony of the original hardware (selectable from two to eight notes)
- Circuit Mod function lets you tweak the sonic character in real time
- Extended parameters, advanced arpeggiator, onboard effects, and more
- Lush Ensemble chorus effect, plus classic reverb, flanger, delay, overdrive, and more
- PLUG-OUT compatibility with the SYSTEM-8 hardware synth
- All the original patches plus new sounds for contemporary music
- VST3, AU, and AAX compatibility and native support for Apple silicon
- Included with Roland Cloud Pro (via Pro Selector) and Ultimate memberships

Manufacturer Warranty (3 years) :

- Specification]
Maximum Polyphony
- 8 voice
LFO
- WAVE FORM (SIN, TRI, SAW(INV), SAW, SQR, RND(S&H))
- KEY TRIG (OFF, ON)
- RANGE (NORMAL, WIDE)
- RATE
- DELAY TIME
VCO
- RANGE (64', 32', 16', 8', 4', 2')
- LFO MOD
- PW MOD
- PW (MAN, LFO, F.ENV+, F.ENV-, A.ENV+, A.ENV-)
- WAVE FORM (OFF, SAW, SQR, PWM, SAW+SQR, SAW+PWM)
- SUB
NOISE
- NOISE
VCF
- VELOCITY SENS
- HPF CUTOFF FREQ
- LPF CUTOFF FREQ
- LPF RES
- KEY FOLLOW
- LFO MOD
- ENVELOPE MOD
- ENVELOPE A
- ENVELOPE D
- ENVELOPE S
- ENVELOPE R
VCA
- VELOCITY SENS
- LFO MOD
- ENVELOPE A
- ENVELOPE D
- ENVELOPE S
- ENVELOPE R
- TONE
- LEVEL
PORTAMENTO
- PORTAMENTO
- TYPE (1, 2)
- LEGATO (OFF, ON)
EFFECT
- TYPE (OVERDRIVE, DISTORTION, METAL, FUZZ, ENSEMBLE, PHASER)
- TONE
- DEPTH
DELAY
- TYPE (DELAY, PANNING DELAY, CHORUS 1, CHORUS 2, FLANGER, DELAY + CHORUS)
- TIME
- LEVEL
REVERB
- TYPE (AMBIENCE, ROOM, HALL 1, HALL 2, PLATE, MODULATION)
- TIME
- LEVEL
Controller
- TEMPO SYNC (OFF, ON)
- ASSIGN MODE (UNISON 1, UNISON 2, POLY 1, POLY 2)
- OCTAVE (-3, -2, -1, 0, +1, +2, +3)
- KEY HOLD (OFF, ON)
- BEND RANGE
- BEND GAIN (x1, x2, x3, x4)
- BEND SENS VCO
- BEND SENS VCF
- MOD SENS VCO
- MOD SENS VCF
Arpeggio
- ARPEGGIO (OFF, ON)
- ARP MODE (UP, UP&DOWN, DOWN, RANDOM, CHORD)
- ARP RANGE (1/4, 1/8, 1/16, 1/4T, 1/8T, 1/16T)
CIRCUIT MOD
- AMOUNT
CONDITION
- 128-+127
Tune
- 430.0 Hz--450.0 Hz
Sampling Frequency
- 44.1 kHz, 48 kHz, 88.2 kHz, 96 kHz, 176.4 kHz, 192 kHz
Patches per bank
- 64 patches
- User can make new user banks.
Plug-In Formats
- VSTi 3.6 (64 bits)
- AU
- AAX
- System Requirements]
- macOS
Operating System:
macOS 10.15
macOS 11
macOS 12
Host Application:
VST instruments (VSTi) version: VST 3.6 compatible
Audio Units (AU) version: V2 Audio Units compatible
AAX Compatible
CPU:
Intel(R) Core(TM) i5 or better(Quad-core CPU recommended)
Apple M1 Chip
RAM:
4 GB or more
Storage Space:
100 MB or more
Display resolution and Colors:
1280 x 800 dots or higher, 16.7 million colors or more
Other:
You'll need Internet connectivity to Authenticate this software.
You'll need installation SYSTEM-8 driver to connect this software to the SYSTEM-8.
- Windows
Operating System:
Microsoft(R) Windows(R) 10 (64-bit)
Microsoft(R) Windows(R) 11
This does not work with the Windows(R) RT.
This does not work with the Windows(R) Phone.
This does not work on the virtual machines such as Hyper-V, Virtual PC, or Boot Camp.
Host Application:
VST instruments (VSTi) version: VST 3.6 compatible
AAX Compatible
CPU:
Intel(R) Core(TM) i5 or better(Quad-core CPU recommended)
RAM:
4 GB or more
Storage Space:
100 MB or more
Display resolution and Colors:
1280 x 800 dots or higher, 24 bits Full Color or more
Other:
You'll need Internet connectivity to Authenticate this software.
You'll need installation SYSTEM-8 driver to connect this software to the SYSTEM-8.
Although Roland has tested numerous configurations, and has determined that on average, a computer system similar to that described above will permit normal operation of the JUPITER-4 PLUG-OUT Software Synthesizer, Roland cannot guarantee that a given computer can be used satisfactorily with the JUPITER-4 PLUG-OUT Software Synthesizer based solely on the fact that it meets the above requirements.
This is because there are too many other variables that may influence the processing environment, including differences in motherboard design and the particular combination of other devices involved.