Modules
Discover your next 3dPd module
Featured Modules
Discover your next 3dPd module
Unlock the power of an integrated, state-of-the-art synthesizer
Accessories
Boost your system with the special 3dPdModular accessories
Check out the 3dPdModular cases,
and case stands. Get your 3dPdModular patch cords to fully utilize
this special modular system
Cases
We have designed cases especially for the 3dPdModular system, which, even though follow the Eurorack format, provide easy mounting for all the internal boards (power buses, PSU, etc.), plus they are low-cost, with nice and fresh design ideas.
Our stands are great for supporting our cases in a variety of setups. They are easy to mount, and will hold your synth rigidly.”
Patch Cords
Our patch cords come with integrated diodes so you can patch multiple inputs and outputs together without getting any interference, due to the digital nature of the 3dPdModular system. Stack as many patch cords into a signal input as you want, without interrupting your work flow
Latest Blog Posts
Importing AUTOMATONISM modules to 3dPdModular
In this video we demonstrate how to import modules from the AUTOMATONISM system to the 3dPdModular system, using the Generic modules.
Synth recipe 3, random vs steady clocks
In this recipe we’ll experiment with randomness vs a steady beat. We’ll start by connecting the PHASOR output of RANDOM to the CLOCK input of CLOCK DIVIDER. This will drive the clock according to the frequency of RANDOM. Connect the UNIPOLAR output of RANDOM to the CV input of the first channel of CLOCK DIVIDER.
Synth recipe 2, using oscillators as envelopes
In this recipe we’ll use the TRAPEZOID oscillator as an envelope to control the amount of pitch shifting of the VARIOUS SHAPES oscillator. Connect the unipolar output of TRAPEZOID to the CV input of one of the channels f PITCH SHIFT. Connect the audio (bipolar) output of VARIOUS SHAPES to the audio input of the
Synth recipe 1, modulating clocks
In this recipe we’ll modulate the frequency of a clock. We’ll start by connecting the unipolar output of VARIOUS SHAPES to the audio input of the 2nd channel of VCA DUAL. The output of the 2nd channel of VCA DUAL connects to the frequency input of RANDOM. The phasor output of RANDOM connects to the