video upload by Hügelton Instruments
"This series' first synthesizer simulation is of a rare Japanese-made bass synthesizer.
This synthesizer possesses features rarely seen in modern synthesizers, such as a unique traveler and simplified oscillator sources.
We has poured its passion for this hard-to-find synthesizer into this simulation software.
Features
・Monophonic synthesizer architecture
・Triangle, Square, Saw, Pulse and Phaser modes
・4’, 8’ and 16’ octave ranges
・Classic Traveler filter
・Twelve factory presets
・Full MIDI CC control
・Separate modern modification section
Available for macOS (AUv2 / VST3) and Windows (VST3).
https://hugelton.itch.io/synbe"

SynBe is a monophonic bass synthesizer inspired by a 1975 Japanese Synth Bass.
I had wanted one for a long time, but finding one is difficult. Rather than wait for the right unit to appear, I started with what was still available: surviving technical documentation, published circuit information, material from related instruments, and other technical references.
Some sections are well documented. Others are incomplete. Where the original circuit cannot be fully determined, SynBe uses the available evidence, related designs, conventional modelling techniques, and listening tests.
Features
Monophonic synthesizer architecture
Triangle, Square, Saw, Pulse and Phaser modes
4’, 8’ and 16’ octave ranges
Classic Traveler filter
Twelve factory presets
Full MIDI CC control
Separate modern modification section
2x internal oversampling
Versioned DSP kernel
Special nice & great graphics by ME!
Archaeology
Most of my previous reconstruction projects started with an instrument sitting in front of me.
SynBe did not.
The reconstruction began with surviving technical documentation and circuit information. I also studied material from contemporary and related instruments where the available information was incomplete.
The signal path was reconstructed section by section, from the oscillator and waveform circuitry through the Traveler filter and VCA.

































