thanks 🙏 they certainly are👍

You're welcome🙂 I think it's a must have especially at that price.

thanks 😊

Thanks 🙏 Any modules in particular? I already did videos on the oscillators 110-1, 110-4 and 110-6, precision adder and the bus access.

my pleasure 🙂

Yes you need to connect the A-185-1 or A-185-2 and Oscillators or ADSRs to the same bus board! What is possible though is for instance connecting multiple rows to the same bus board if the cables a long enough. Just having an Precision Adder next to a few oscs is in my opinion invaluable. Do you have a link to your system? I could have a look and do a suggestion.

Thanks @vacantimaginarium683 , you only need to put the jumper in the correct position and the oscillators must accept cv over bus of course. An indication could be that modules with those connectors with wide ribbon cables probably receive or send cv (check manual to be sure). Those ribbon cables that are about half the width of the connector will not pass cv because it's send over the wires that are missing in these narrow ribbon cables if that makes sense.

I don’t have a tutorial but I can make one, it’s very module dependent only a select range of modules accept cv and gate over bus

@@Detroit-Berlin ok thank you, i sub to the channel, i hope to learn more about it

In the video the cv is going over the bus to the tiptop vco’s, it is obvious the matriarch vco’s have no connection to the same busboard as the Precision Adder or Bus access module. If the mother 32 can receive cv over the busboard it would be possible if it is connected to the same busboard. Best check the manual to see if it is capable. You can find the bus access video on my channel it’s the A-185-1

It sends cv over the bus board if you configure the jumper on the back of the module. The oscillators are receiving cv from both bus board and their cv in. Also it generates one volt per switch if you have nothing plugged in.

thanks 🙏 past 10:00 I have a cable patched, the big advantage of this module is that it sends the output over bus cv and when nothing is patched to the inputs it generates 1volt per input.

The oscillators get cv via the cv bus and the Precision adder affects the oscillators also via the cv bus

@@Detroit-Berlin thanks for the reply

@@jaaz7835 no problem, I might do a video on cv bus someday 👍

@@Detroit-Berlin that'd be something I'm interested in seen.

@@jaaz7835 I’ll incorporate it when doing the bus access module