Monthly Archives: March 2018

About Granular synthesis Clouds continuously records the incoming audio into a short amount of sample memory. While recording time can reach up to 8s by reducing the audio quality setting, you ought to feel very guilty every time you think … Continue reading →

VST Revised/Updated for True Stereo Use Eye had some extra time today so reworked this as test with my old projects. My goto VST effects unit has been SynthWizards Re501 so dug back into this project since there are some … Continue reading →

Synthacon VCF for music synthesizers.   This module is a “tribute” module, based on the awesome Steiner-Parker Synthacon VCF. Those who know me will know I’m not a big VCF fan. Nonetheless, this VCF really appeals to me. This time … Continue reading →

 http://www.yusynth.net/Modular/EN/RANDOMGATE/ When I designed this module, I had in mind to control a Moog 960 sequencer in a random fashion, but many other applications may be imagined. On the 960 sequencer, a single step can be selected directly by it’s  … Continue reading →

This is a very simple to build chaos module that can be built in 2 ways: slow or VERY slow. Slow means 1 cycle every 15 seconds, VERY slow is 1 cycle every 15 minutes. It can take up to … Continue reading →

Popular Electronics February 1971 Copyright � 1971 Poptronix, Inc.; used by permission. Build the PSYCH-TONE Melody Synthesizer By Don Lancaster Ultimate Decimal Counter By Daniel Meyer The PSYCH-TONE in the photos above sold on eBay for $360 in September 2005. … Continue reading →

Infinite Melody for music synthesizers.  The previous version can be found here. The name of this module is a play on its function. Put simply, it generates a series of semi-random or themed stepped control voltages, or if you prefer, … Continue reading →

Eye started experimenting with generating random MIDI data ages ago Recently some Wiggler posted topic thread searching for True Random MIDI Therefore challenged myself as a fast refresher project virtual static x2 VCO/LFO BPM Sync LFO 8b to /32 range … Continue reading →