Sorry it was some time ago and I don't remember, it can be TINRS Tuesday or Eloquencer, but you can achieve similar effects with Moskwa II, also it is possible it was more complicated patch with some simple modules like Tirana's switches, some random and quantizer.

Nah. You just need a real job. One that provides you modules as part of the benefit package.

Not a LPG yet :) !

@@xaoc_devices There are things that call themselves LPGs that sound less like LPGs than this!

Sockets on Erfurt panel are just for changing the register state, this is why you need to use Poczdam to connect lbz clock for the system as there is no other module generating lbz clock in this patch.

You need to connect your input signal to both Drezno ADC input and VCA (Tallin) Input.

@@xaoc_devices thanks for the response... tho whats the input? is the Drezno "input" sending voltage to the vca input?? on the VCA input A should be .. sound? I mean that is how I use a vca :/ And I thought the linear input on Tallin is for envelopes/modulation.. So i am totally confused and I suppose that is ok... pz

@@510th same audio signal should be splitted and connected to Drezno ADC input and Tallin input A. One of bit outputs is connected to Belgrad input and processed, result of processing is connected to linear cv input of Tallin. Processed bit from Drezno is doing amplitude modulation here.

@@xaoc_devicesomg. Lol… I see real quick in the beginning now the red cable isn’t ONE cable… ok I was hoping I was just blind. Thanks so much for baring with me…

Time to change it :D

Could be worse, couldn't it?

Most of the time just a bunch of random samples uploaded to our office BitBox module and processed with Zagrzeb or Belgrad and maybe Tallin for a bit of saturation.

Basically it is a combination of a couple of utility functions. First of all, it is a switch - you can choose one of two input sources connected on the back of the module. On the front you have the matrix that lets you use Poczdam as a bit output array or an insert point for the other modules. Last there is the high speed clock and the jacks with access to internal clock. Poczdam is a great addition to the subsystems with Rostock, it helps to work with clock rate of Rostock and can serve as a set of bit outputs. In your case you can build a chain like this: Lipsk>Erfurt>first Poczdam input/Drezno> second Poczdam input, Poczdam>Rostock>Drezno.

It is easy to use two in Xaoc office :). One is still a lot of fun!

Gera: "Masks" or disables bits based on which buttons are lit up

There are two possible options - ratchet pattern last one step of a clock, or each step of ratchet pattern corresponds to one step of a clock. You can chose one of the options on pattern page by holding shift and pressing step button, color of button change from red to yellow showing selected option.

@@xaoc_devices Ahh, got it! Thank you!

You can do a lot with VCO into Drezno + Jena, but it won't be as stable as with Berlin. Using sync on Jena or triangle instead of saw wave can help to get rid of glitches in some scenarios.

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 :).

You can program custom sequence of up to 256 steps, just remember you are limited to 8 values programed with potentiometers, please refer to user manual for more detailed info.