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Power| power supply | AC 117–240 V, 50/60 Hz |
|---|---|
| power consumption | 20W |
Sound and Effects| preset tones | 4, 000 or greater |
|---|---|
| user tones | 256 |
| drum kits | 90 or greater |
Connectivity| bluetooth profile support | A2DP, GATT |
|---|---|
| headphones jacks | Stereo miniature phone type, Stereo 1/4-inch phone type |
| main out jacks | 1/4-inch phone type, XLR type |
Weight and Dimensions| width | 1, 090 mm |
|---|---|
| depth | 447 mm |
| height | 119 mm |
| weight | 16.9 kg |
Introduces the purpose and scope of the JUPITER-X Owner's Manual.
Explains how to find and download comprehensive PDF manuals from Roland's website.
Provides step-by-step instructions to download the full PDF manual via URL.
Explains warning and caution symbols and their meanings.
Lists essential safety guidelines to prevent electrical shock, fire, and injury.
Details electrical connections, power supply noise, and optimal unit placement for performance.
Covers care instructions, service advice, and data backup/restoration procedures.
Lists important considerations for daily use, including environmental factors and handling.
Lists key hardware and performance details of the JUPITER-X synthesizer.
Outlines copyright information, third-party rights, and brand acknowledgments.
Guides on correctly positioning the unit on the KS-10Z stand, including width adjustment.
Guides on correctly positioning the unit on the KS-12 stand, including width and height alignment.
Explains core concepts for performance setup: scenes, sound engines (models), and parts.
Details the arpeggiator feature and how sounds (tones) are assigned and edited.
Describes general operation buttons, display, and navigation controls.
Details knobs and buttons for selecting and controlling arpeggio patterns.
Explains parameters for sound synthesis: LFO modulation, oscillators, mixer levels, and filters.
Details volume control and ADSR envelope parameters for dynamic shaping.
Describes MFX, Reverb, Chorus, Delay parameters and secondary display functions.
Covers transpose, octave, wheels, sliders, and assignable buttons for performance control.
Details essential input/output ports for power, MIDI devices, and audio signals.
Explains computer interfaces, headphone output, and grounding connections.
Instructions for startup, shutdown, and the auto power-off function.
How to control overall volume and enable/disable the built-in speakers.
How to switch between, recall, and modify performance setups (scenes).
Procedure for storing custom scene configurations to preserve settings.
Methods for choosing sounds (tones) from model banks and categories.
Instructions for playing single tones and switching sounds from the top screen.
Overview of OSC, FILTER, AMP, LFO, ENV, and EFFECTS for sound manipulation.
Steps to save user-created tones to memory.
How to enable, select mode, and generate arpeggios.
Modifying tempo, shuffle feel, and note duration for arpeggio patterns.
Choosing phrases and rhythms for arpeggio patterns.
Customizing note appearance probability and variation strength.
Guide to using the step editing interface for creating custom arpeggio patterns.
Methods for managing step edit data, including copying from I-ARP or scenes.
Specifying which parts will use step-edited arpeggio patterns.
Adjusting settings like Switch and Arp Mode for step-edited parts.
Splitting the keyboard for different tones or layering sounds.
Controlling transpose, velocity sensitivity, and pitch glide effects.
Establishing Bluetooth connections for audio playback from mobile devices.
Using the unit with music apps via Bluetooth MIDI for control.
Setting unique Bluetooth IDs to distinguish multiple units.
Turning off Bluetooth features when not in use to conserve power or avoid interference.
Connecting sustain pedals, expression pedals, and microphones for performance.
Linking to a computer via USB and installing the necessary dedicated driver.
Connecting, formatting, and understanding USB port details.
Saving and loading user data, settings, and scenes to a USB flash drive.
Loading previously saved user data (scenes, tones, settings) from a USB flash drive.
Adding external sounds (tones) and performance setups (scenes) to the unit.
Saving user-created sounds (tones) and performance setups (scenes) to USB.
Saving custom arpeggio step data as MIDI files (SMF).
Resetting all user-edited parameters and settings to their original factory defaults.
Procedure for saving current system configurations to memory.
Parameters for aging simulation, tuning, USB, and input/output levels.
Settings for arpeggio synchronization, tempo source, and sync output.
Mapping functions to controls and adjusting microphone input parameters.
Settings for microphone compression and basic MIDI communication.
Configuring MIDI message flow, USB driver, and tone control mapping.
Customizing button illumination colors for different modes or sets.
Mapping functions to S buttons, SL1, SL2 sliders, and other assignable controls.
Mapping functions to connected pedals and performance wheels.
