Starling Via META
Starling Via is a platform for modular synthesis that consists of a single hardware platform which can be flash programmed for several different modules, each having a different faceplate. The … Read More
Starling Via is a platform for modular synthesis that consists of a single hardware platform which can be flash programmed for several different modules, each having a different faceplate. The … Read More
microcell is a miniature version of the Supercell module by Grayscale, which is an expanded version of Clouds by Mutable Instruments. Clouds by Mutable Instruments is one of the more … Read More
This is the second live piece played at our House Concert on November 12, 2018. Patch Description The patch has a control part and and audio part. The control section … Read More
The Serge Dual Universal Slope Generator is a legend in modular synthesis. It is the basis of most voltage controlled slew modules, including Make Noise Maths. I have built a … Read More
The Dannysound EN129 Thru-Zero Oscillator is one of a pair of DIY only oscillator kits from Thonk. See my post about the Cali Osc, too. The EN129 Oscillator is based … Read More
The Dannysound Cali Osc is one of two new, analog VCOs available from Thonk only as DIY kits. The Cali oscillator is a new and improved version of the classic … Read More
Befaco A*B+C turned out to have a noise floor issue. Befaco issued a schematic diagram with the fix. I’ve done this modification and confirmed that the noise level is no … Read More
Sheep is an alternative software for Mutable Instruments Tides. I decided to flash my Tides with Sheep to make it into a full time wave table oscillator. I found I … Read More
Stages segment generator is called the Modulation Construction Set. It is a brilliant design in the true spirit of modular synthesis. There is no preconception of how it should be … Read More
A while back I build some muscle sensing gear. I used this during a multi-media work with a dancer, who attached the sensor probes to her muscles. We used two … Read More