CV to VOLCA module Midi? VM BRIDGE?

oK. I was asking but I am not completely sure of the 24ppq part...
I know I have problems running in sync when I try to feed the Volca Modular Midi clock,
it looks like the receiving end (eg another Volca) runs at 36ppq... like a 1/3 faster....

It's midi, not cv....

I suppose it needs a midi clock divider/multiplier, not an analog divider.
It could work, because at the end the digital midi clock signal is nothing
more than a dc signal, with a specific virtual ground, and a specific amplitude
for the clock pulses. But it should be tested . I'm not that confident that could
work out of the box....

I just learned it also.

MIDI Clock too fast?







MIDI clock signals consist of 96 pulses per quarter (ppq). In many situations this is too fast for modular synth applications, so you need to divide the clock rate to something slower in your AE Modular system. The first step is usually to run the BUS CLK through a BEAT DIVIDER module, which is specifically made for MIDI clock division. It divides the clock by 3, resulting in a more useful 32 ppq signal. You can also divide it further down with the module’s front panel potentiometer.


wiki.aemodular.com/pmwiki.php/AeManual/MM-DIV

I thought the MMDIVIDER had multimode, and beat is specifically for Midi division. I just read the FAQ section post by Nightmachine.




BEAT DIVIDER/ (Midiclock Divider)

View Product Page



This module is designed to break the 24 pulses per quarter note from Midi into more musically useful intervals for the modular synthesist. The Midi usually comes via the master module on the Bus CLK output on the module.



It can be used to divide other clocks, e.g. an LFO or even a VCO.



If you need more complex division, there is the Multi Mode Divider module:-



wiki.aemodular.com/pmwiki.php/AeManual/MM-DIV


I think it works with Midi clock!

Outputs

1..8 - 8 trigger out puts for the different clock divisions

BUS GATE - MIDI Gate signal from the internal bus

BUS CLK - The MIDI clock signal from the internal bus. Please note that the actual clock resolution depends on your MIDI clock source. The MIDI standard is 24ppqn (Pulses per Quarter Note)

BUS START - sends a trigger when the MIDI start message is sent from a connected MIDI device

BUS STOP - sends a trigger when the MIDI stop message is sent from a connected MIDI device