Please familiarise yourself with the forum, including policy on feature requests, rules & guidelines
Syncing Pocket Operators
Der_Ju GermanyPosts: 1
in Deluge Help
Hello Dulgeians, has anyone tried to sync one the teenage engeneering pocket operators (I have the PO-12) with the deluge?
I tried and I failed!
I used gate 4 and switched it to pulses per second. By this I was able to get the PO 12 running, but not synced at all.
It would be amazing to incorporate this little fucker!! I would even smile more widely, if someone could help me!
Bump! I would love to figure this out as well.
Hi @Der_Ju! Do you have the gate outputs set to 5V and the PPQN set to 2? (If you don't know what there are/how to change these let me know by tagging me with the "@" symbol and I can what they mean and how to change them )
I'm not sure exactly how the pocket operators work, so I'm going off of this reddit thread (https://www.reddit.com/r/pocketoperators/comments/4h3l8k/sync_modes_explained/) - let me know if it's the wrong info!
For anyone who comes across this; yes; you can sync Pocket operators to any gear that has a GATE OUT (with some caveats!) See this in action (if that's your thing):
Pocket operators accept a gated pulse as a clock under the following conditions:
Vpp: <5V, >0.6V
Hz: PPEN (Pulses Per Eighth Note)
Out of the box; The deluge cannot be connected directly to the input of the pocket operators. (technically it may work but the 5V output is RIGHT at the limit of the Pocket operator input. I don't recommend plugging a typical modular gate input into the input; ANY transient is likely to damage the input!)
Using the PO as the sync clock INPUT for the Deluge won't work; the PO only generates a ~1Vpp output sync clock; which is not high enough to trigger the 3.3V input clock detector (AFAIK)
To get output sync working; you'll need to build a simple voltage divider
to get this working reliably; (or alternatively a gated hysteresis clock; ideally active and optically isolated) a pair of 10KΩ resistors work great. (there's negligible current, ~250uA, requirement from the divider; the PO inputs are typically 10K+Ω input impedance. Technically you could use a 33KΩ/10KΩ as well; you'd get 1.16V from the divider and everything should work fine. (This may sound complicated; but it's literally two resistors.
The Ts listed above is a MAX; ideally the pulse length needs to be shorter then this value. I have not put much effort into determine what the Ts(MIN) is (which is what would determine the fastest tempo that can be maintained in sync) Here's some rough numbers looking at an oscilloscope with sync chain setup and being monitored:
1/64'th@60BPM ~= 62ms
1/64'th@120BPM ~= 31ms
1/64'th@240BPM ~= 14.5ms
1/64'th@368BPM ~= 9ms
1/64'th@416BPM ~= 8ms
Any faster then ~416BPM on the deluge appears to cause loss of SYNC (intermittent beat skipping); so it looks like Ts(min) on the pocket operator side is ~8ms pulse length) The above values do not line up with actual wall time of a 64'th; (1/64@1BPS =15.625ms but the actual gate pulse appears to be ~4x this length for reasons I don't understand)
Edit: Fixed link formatting
hi my newbi question, i have seen a sync solution with the keystep
Could be ok with the deluge or still voltage issue?
Possible answer - sync up a Volca by midi, and use it's Clock out?
Music, Visuals, Reviews of Synths, Drum Machines, Apps
I have a Volca FM; but im not a fan personally.
The PO's do not accept a "start" or "play" message in any way, so as long as the clock is running, the pocket operators continue playing.
If the deluge is connected via MIDI to the Volca, the midi start / stop and clock messages will start + set the speed of the volca's internal sequencer and the speed of the sync output.
However when you stop the Deluge, the volca's stop their sync pulse for about a second, and then they continue at their built in set tempo rate.
Personally I find this a huge pain in the ass, and don't personally find the Volca sync very useful.
Don't know if this was something introduced in firmware between 2018 and now, but here's how I got this working with my PO's:
Create new CV track
Shift+Select, scroll to Gate menu, select OUT4, select CLOCK
Shift+Select, scroll to Trigger clock menu (TCLO), select OUT, select PPQN, set it to 2 (the pulse per quarter note the PO's want)
Connect Gate Out 4 to PO input, press Play on PO and then press Play on Deluge. Should be good to go from there!
Yes this is how i got it working too. Also you have to set your PO to sync mode S02 by,pressing Pattern+BPM. It cycled through all the modes (5). Repeat until you get to mode S02.
And yes, pressing play on the PO before play on the Deluge is essential. this took me a while to figure out.
Also there is no need for a CV track. If you set gate 4 to output a clock, the Deluge will.send It regardless of anything in the song mode or arranger.
You connect them directly (no need for a voltage divider)?
Yes, I take a standard mono 3,5mm cable from gate4 on the deluge to the input of the PO 33.
And no, no need for any fancy electronics. be sure to set your output to 5V on the deluge to not risk damaging the input of the PO though.
So the steps are again:
1.) set clock output on the del to gate4 and ppqn 2
2.) connect po input with gate4 with mono 3,5mm cable
3.) cycle to sync mode s02 on the PO with pattern+bpm
4.) press play on the PO (it pauses)
5.) play on the deluge
6.) make a number one hit
7.) start a cocaine habit
8.) come down, join a monastery, settle down, have kids
might wanna skip part 6 - 8 but thats how I would approach it. and it does work.
@jensg Ah shoot I got it all backwards and had kids and settled down but have neither made a number one hit nor started a cocain habit. That explains some things. Gotta stick to the rules.
Soundcloud | YouTube | bandcamp | Buy me a coffee (:
yeah, the number one things really drags it out
Thank you so much! It works! I´m almost at 6.) Thanks!