Xaoc Devices Ostankino II 

Lipsk and Odessa would also be great to see.

Of course, if you're mainly interested in transposition capabilities, there are more universal solutions. Ostankino works best if you want to use Moskwa with other sequencers that affect its behavior, or if you want to use it in a more advanced way to synchronize other events (bit outs are great not only with Leibniz Subsystem, you can use these to to trigger something). Stop repeat is super fun live :).

Bit outputs on Ostankino generates gates (zeros and ones in binary code), each gate is one bit. All eight outs together are coded 8 bit representation of cv sequence from Moskwa (including behavior of portamento, range etc) so state of this gates is changing on each step. Basically this are eight voltage dependent gate sequences. You can combine this bits/gates back into cv sequence with Drezno DAC. Fun part is transforming this sequences in digital domain to obtain different sequence or simply use this gates to trigger some events in your system (start envelopes, samples, switch something).

@@xaocdevices13 Alright so, if I understand correctly, internally the module takes the current state of the sequence (including the active step + random/probable events so that it does not continuously outputs the same result) and hashes it into something like an 8-bit integer. If the result is passed to the bit inputs of Drezno you can reconstruct the CV sequence and if you mess up the bit order, you get a new, related CV sequence. Otherwise you can just use the 8 bit outputs like the other "classic" trig out mode. Is that right (approximately)? Thanks for your detailed answer ✌️

@@hugovillain Exactly :)

@@xaocdevices13 Well you rule then