Roland JUPITER-80 Manuale Utente

The “tone” is the smallest unit of sound that is managed on the JUPITER-80.
There are four types of tones, as shown in the table below. These tones are the elements that make up Registrations (p. 15) and Live Sets (p. 14).

These are acoustic-type SuperNATURAL sounds.
Many realistic sounds using Behavior Modeling Technology are provided.
You can also use the Live Set Tone Modify screen (p. 32, p. 78) to adjust certain parameters that have been selected 

as most appropriate for each sound.

These tones can be assigned to a Live Set (Upper Part, Lower Part), to the Solo Part, or to the Percussion Part.

These are synthesizer-type SuperNATURAL sounds.
These tones allow you to freely create original sounds, as on an analog synthesizer (p. 66).
One tone can produce the sound of three synthesizers, each with an oscillator (OSC), filter (FILTER), and 

amplifier (AMP).
The oscillator (OSC) provides not only the waveforms of a standard analog synthesizer, but also PCM 

waveforms.
You can save 2,048 tones you’ve edited (p. 68).

These tones can be assigned to the Live Set (Upper Part, Lower Part), Solo Part, and Percussion Part.

These produce the sounds of percussion instruments or sound effects.
A wide variety of percussion instruments and sound effects will be heard depending on the key (note number) 

you play.

These tones can be assigned only to the Percussion Part.

You can save 2,048 SuperNATURAL Synth Tones you’ve edited, and call them up when desired.

The results of your editing a SuperNATURAL Acoustic Tone, Manual Percussion, and Drums/SFX can be saved as a Registration or as a Live Set.

Taking advantage of Behavior Modeling Technology, SuperNATURAL is Roland’s exclusive sound set 

that achieves a new level of realism and expression that were difficult to realize with previous sound 

generators.

Not only physical modeling of the instruments, Roland takes it a step further by modeling the instrument’s distinctive behavior that responds 

to how the performer plays, resulting in true-to-life, expressive sounds in realtime.