Hello,
Yes, Analog Heat MK2 will respond to CV Gate Input. Here is the setting you need:
SETTINGS > CONTROL IN > CONTROL IN A > CONTROL MODE = FOOTSW
FOOTSW DEST = ENV TRIG
I’ve used this by sending a midi note to Behringer Neutron, and then taking the CV Midi Gate from the Neutron to the Analog Heat via a 3.5mm TR to 1/4 TR cable, and it works.
I agree that the Analog Heat not responding to midi notes is an annoying design limitation.
Here’s one other detail you may be able to help me figure out:
I found the Analog Heat MK2 responds reliably to CV Gate input, (and knob movements are smooth) with this setting:
SETTINGS > MIDI > PORT CONFIG > ENCODER DEST = INT
Unfortunately, I found the CV Gate would get stuck ON after some trigger attempts (with the trigger active graphic constantly illuminated) and knob movements are not smooth with this setting:
SETTINGS > MIDI > PORT CONFIG > OUTPUT TO > MIDI (or MIDI + USB)
AND
SETTINGS > MIDI > PORT CONFIG > ENCODER DEST = INT + EXT
If you could try this on your Analog Heat MK2 and tell me if you see the same thing it’d be really helpful.
With those 2 settings active (no midi or usb cables connected to the Analog Heat MK2, no overbridge, and all other settings default out of the box):
Start turning the Filter cutoff knob continuously back and forth for about 30 seconds (look at the FLTR page for instance). Do you see the LCD graphics react smoothly at first, and then start pausing and restarting, like the CPU is getting overloaded, and the machine is trying to catch up with itself? I think the midi messages generated by the knobs are filling the midi buffer, and then when the buffer is full after a few seconds, the control signals become glitchy. Either that, or there is a problem with the unit I have. Unfortunately the pauses on the LCD screen affect the audio. This seems to cause a problem with the CV gate response too. Any confirmation of this behavior would be much appreciated. Here’s a video of what I see. Thank you: