The Oscitron is launched!
Soulsby Synths have launched their first Eurorack module, The Oscitron, on the first day of this year’s NAMM show. It is available from their website and will soon be available from retailers (see website for list). It comes bundled with the Uni-Five utility module for £260. The modules are also available separately.
The Oscitron is an 8-bit wavetable oscillator. The audio engine is based on the Atmegatron desktop synth module but has many differences too. These include an audio input that can sample wavetables and an adjustable audio engine resolution.
Other features include pitch quantizer, 15 filter algorithms, wave-crusher pulse width and phaser effects. There are 5 CV inputs, a clock input which can be routed to many parameters and an audio input and output.
As with the Atmegatron, there will be numerous software versions released for the Oscitron. A port of the the Odytron analogue modelling software will be released soon after launch.
The Uni-Five is the companion module to the Oscitron and converts bipolar LFOs and 8V envelopes to 0-5V control voltages suitable for the Oscitron inputs.
Pete Fowler limited edition Atmegatron
There are 2 other exciting announcements at NAMM this year. First a new limited edition Atmegatron designed by Pete Fowler (Super Furry Animals / Monsterism). Only 30 have been made, each signed and numbered. The design features a bright pink glossy finish with monsterism screen print patterning.
The Atmultitron
Finally, the initial prototype of the Atmultitron is on demonstration. It is a 6 voice polyphonic 8-bit synthesizer with 3 octave keyboard. The final specification will feature Eurorack connectivity and wavetable sampling from the Oscitron, along with sequencing and versatile modulation routing. The Atmultitron is aimed to be released in mid-2018.
“The initial prototype of the Oscitron was premiered at NAMM 2016”, said Paul Soulsby CEO of Soulsby Synthesizers. “One year on we are delighted to launch the finished product and premiere the next big project, the Atmultitron.”