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Have you tried with DeepSeek? Can you install that in one of those new digital modules that perform different functions?

Now this is mind blowing again, what AI can do... 😮😮

this is an amazing real-world demonstration. wow well done.

He forgot a zero in the title. No way is this a $5 build. XD

Now it's just a matter of refining it and putting it on a pico with a dac board like the pcm5102 :)

Like in one go? I know you can code. How much did you contribute?

very cool hagiwo!

Really cool project man!

Nice sound.

Wow thanks for this one :) Pretty awesome, I will build it soon ! One question, I only have 5.1k Ohm resistors, will these be fine instead of 4.7k ohm resistors ? I think so, but I do not want to get this circuit critical 😂 Large up !!

One option for the sustain level would be using the button as a "shift" function and while pressed, one of the pots would adjust it... ;)

Since you use the generic pins without DACs, I believe this could be adapted as a dual Envelope Generator (AD / AR) as well ... :)

I'm trying to get into diy digital hardware, and came across your videos, they're great. How many notes can this chip output at once? Is it possible to program it to play 8 or 9 notes at once, or is it monophonic? Brilliant videos, thanks.

Nice one, keep these coming ❤

Great idea. I have a Behringer Pro-1 and I really want an LFO with less 'amount' but also I'd like to introduce delay to the lfo. I guess you could do this with arduino code?

thanks! is arduino pro micro also capable???

Hey, nice! Most of these "simple" VCO synths I see sound like garbage, but this sounds great. Nice job! A little trick i found to get pots like that to stay put, and keep from wiggling out of place, is to get 4 header pins, then snap that in half so you have 2 for each side of the pot. Then, you push the pins all the way through so the plastic sits at the very top of the pins, then gab some pliers and bend the pins inward so that the plastic pieces push against the pot when you insert them in the holes on either side. Hope that made sense!

Hallo Hagiwo , Many thanks again for this wonderful project , from the schematics I could see that this would only be for CV generating/editing modules, but, would it be possible to make audio generating/processing modules with the same pcb,s by swapping the arduino nano with a LGT8F328P which has the same dimensions as the nano, the same pinout but is faster than the nano and has an adc and a dac on board? Thx grtz

loool, what Language is that on ur Links ??

Would a delay or pitch shift be possible using MOD1?

Great Hagiwo, 🙏 thanks again

Greetings. Excellent project! Can you clarify the type of switch used for the mode switch? This looks on the schematic to be SPDT, center off. ON-OFF-ON type. I have seen quite a few clones of your design on github that show SPDT ON-ON and it seems those folks are missing out on the "w/ bass" mode.

do you sell the too or we have to diy

Is possible to buy this on china?

Where I can buy it?

I would love to see the bezier random get ported to this platform!

This MOD1 platform keeps getting better! I hope you will make a post or video about the specific prompts for generating code for these, as you had teased in the YT poll 😊

We need a tap clock tempo with BPM display for accurate sync, however I will already provide the parts to assemble this one :)

Very usefull, love the tap tempo ❤

How do you make the panels?

Make a "Function clone" from Make Noise

God bless you tha k you

nice finally located your video 2024. prices have increased out of control.

Turns out I'm going to need 20 different mods :) Boards are in production as we speak.

Honestly i am amazed by your work.

thanks again !!!

Not sold on this.....hearing few variations, or anything compelling to my ears......(sorry)

It does the Make Noise Maths type of waveform?

Interesting module!

Could you tell me which toggle switch position (open or connecting to ground) indicates which mode (glitch/burst vs. gate delay)?

Sick u are pumping videos out!! Is mod1 a new line u are doing?

Great work man. Love your modules. I have built a few already and this looks good !

pretty sick Professor.. thank you

Your MOD1 is very nice! A front plate without labels but with simple white rectangles for writing labels with a sharpie would be nice for such a universal module. It sparked immediately some ideas, a CV-Delay, a Gate-Delay. Random Gate, Chance Gate, Variable Clock Divider. Thanks for all your great ideas. And Merry Christmas and have a good new year.

great, thanks again professor!!.

Would this be compatible with an RTC (battery backed real-time clock?) it would be great to use as a time synced LFO.

Looks very nice, regards!

Amazing!

dude this module looks so nice and profesional you could easely sell this for like 50-70 bucks