Portable 4-Voice Hybrid Synthesizer with 2 Analog Modelling Oscillators Per Voice, Analog Filter and ArpeggiatorThe Behringer JT-4000 MICRO is a portable 4-voice programmable hybrid synthesizer, allowing you to play anywhere, anytime. Featuring 2 analog modeling oscillators per voice, it offers a faithful reproduction of the JP-8k sound engine with the Supersaw waveform for a powerful and rich sound.
This compact synthesizer also incorporates an analog filter and an authentic 12-bit DAC, providing a warm and natural sound reminiscent of classic synthesizer timbres in a pocket-sized package.
With 16 touch-sensitive keys, an arpeggiator, individual envelopes for the filter and amplifier, and two powerful LFOs for filter and oscillator tuning control, the JT-4000 MICRO offers impressive sound versatility.
Its compact design is ideal for musicians on the go, offering 32 presets in memory, expandable via the SynthTribe app. It's easy to power via USB Type C, allowing you to play with your smartphone, an external battery, or a computer.
The Behringer JT-4000 MICRO is more than just a portable synthesizer. It embodies a smart fusion of sonic power and mobility, delivering a classic sound in an elegant and convenient format to meet the needs of modern musicians.
Caracteristics
- Programmable 4-voice hybrid synthesizer with 2 analog modelling oscillators per voice
- Analog filter for warm and natural sound
- Reproduction of the JP-8k sound engine with Supersaw waveform
- Additional 2-operator FM engine for unparalleled sound possibilities
- Authentic 12-bit DAC for classic sound
- 16 touch-sensitive keys for great playability
- 32 memory presets, expandable via SynthTribe app
- Arpeggiator with 3 patterns and hold function
- Individual envelopes for filter and amplifier for creative sound shaping
- 2 powerful LFO’s to control filter and oscillator tuning
- 6 function buttons and OLED display for easy and immediate parameter editing
- USB Type C allows powering via smartphone, power bank or computer
- Comprehensive USB/MIDI implementation (including NRPN/CC control of all parameters and bulk load/save)
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