Hi everyone,
I am currently trying to get hold off an Expert Sleepers ES-9 module to bridge Eurorack modules and my computer: The module allows sending back and forth Control Voltages, including Gates, Triggers, Modulation and Audio Signals at very high fidelity. Unfortunately, the module is completely out of stock and the one I ordered is scheduled to arrive in mid March.. While impatiently waiting for it, I was wondering how feasible it would be to use Teensy for a similar purpose: I.e., build a small module based on Teensy with many DC-coupled outputs (±10V) as well as DC-coupled inputs in the same range that allows sending all kinds of signals back and forth between Rack and Computer.
Searching around forums I came across the MAX11300 and breakout board which allow for mixed I/O for up to 20 channels. From what I gathered this would be simple to set up but I might run into precision problems (?). Would there be other chips/approaches you could recommend, or perhaps, from the get go recommend to not waste time on it but rather wait till mid March. Perhaps this is a deep rabbit hole that is unlikely to work out to satisfactory degree?
Cheers, J.
I am currently trying to get hold off an Expert Sleepers ES-9 module to bridge Eurorack modules and my computer: The module allows sending back and forth Control Voltages, including Gates, Triggers, Modulation and Audio Signals at very high fidelity. Unfortunately, the module is completely out of stock and the one I ordered is scheduled to arrive in mid March.. While impatiently waiting for it, I was wondering how feasible it would be to use Teensy for a similar purpose: I.e., build a small module based on Teensy with many DC-coupled outputs (±10V) as well as DC-coupled inputs in the same range that allows sending all kinds of signals back and forth between Rack and Computer.
Searching around forums I came across the MAX11300 and breakout board which allow for mixed I/O for up to 20 channels. From what I gathered this would be simple to set up but I might run into precision problems (?). Would there be other chips/approaches you could recommend, or perhaps, from the get go recommend to not waste time on it but rather wait till mid March. Perhaps this is a deep rabbit hole that is unlikely to work out to satisfactory degree?
Cheers, J.