Mido-based Gear Into Eurorack
Mido-based gear designed by Peter Blasser typically centers audio signals at a +4.5 volt bias, which Peter refers to as “mido”, i.e. middle. And these signals are roughly 4 volts … Read More
Mido-based gear designed by Peter Blasser typically centers audio signals at a +4.5 volt bias, which Peter refers to as “mido”, i.e. middle. And these signals are roughly 4 volts … Read More
Four synchronized sequential rhythms courtesy the Qu-Bit Pulsar emit from this experimental patch for studying the Pulsar. To find the sounds I wanted, I added I/O Instruments Himalia and the … Read More
After I built another Cell 90 case, I went a bit insane and spent days trying to fill it, balancing the tradeoffs of cost and functionality. Eventually the dust started … Read More
Is it really done? I’ve spent a lot of time looking over Eurorack modules on Modular Grid over the past six years since I started accumulating Eurorack. It can be … Read More
SSSR Labs SM630 AWS (Alisa Wave Shaper) SSSR Labs AWS is the first collaborative design by Dmitry Shtatnov and Vyacheslav Grigoriev. The module is inspired by the «Harmonics» waveshaper section … Read More
Looking for a small dual audio mixer, I found this kit from Transient Modules. The 2M is two unity gain mixers in parallel. Each mixer has level controls for the … Read More
This was supposed to be a ‘gigantic’ patch, but it’s maybe not so big. Without going into too much detail, four different voices and four effects were used with four … Read More
I had not planned another case so soon, but I had bought a 4ms Row Power 35 supply, thinking that my Row Power 30 was broken. Not broken, just the … Read More
It can be hard to find just the right Eurorack modular case. I’m picky about the power supply and distribution. Most small, powered cases don’t have the kind of power … Read More
Two Eurorack oscillators are sent through effects and everything is modulated by voltages from the DIY Quantussy. Here’s where it helps to have two Happy Nerding 3x MIA to offset … Read More