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Yeah, I didn't get an answer from Electrosmith but someone on the Discord said there weren't guitar pedal related recommendations available. The legacy Petal schematic is still on their website, and may be the closest thing to give us any hints. In any case, the bkshep DaisySeedProject pedals...

Yes, you'll need to install the Daisy Toolchain from the Daisy wiki page, or wherever Electrosmith keeps it, and follow any instructions specific to Win/Mac/Linux. As far as IDE's, I use Visual Studio Code, haven't tried Geany editor but I'll probably check it out. To switch models on the...

Related to the noise investigations, there is an official tutorial page on the new Daisy.Audio website about it: https://daisy.audio/tutorials/eliminating-callback-noise/ It mentions using "Recommended Circuits" for op amps, part choices, etc, but I wasn't able to find that in their datasheet...

Glad you are finding it useful! This is the repo for NeuralSeed: https://github.com/GuitarML/NeuralSeed The one you found is the "Seed" pedal, which adds other effects in addition to just the neural modelling, it is compatible with the Terrarium. It's fairly simple to swap out model data, but...

Yes, Pluto would actually be a really good one to try it on, because it's already running at 96kHz, and it's not doing super heavy processing for the effect. Try lowering the blocksize to 4.

@Cwallmeier Thanks for emailing me, I wanted to respond here as well in case anyone else is getting more noise than expected. Based on the recording you sent me, you are getting much louder noise than the typical daisy seed build, although it sounds similar to the 1kHz noise (based on...

Love the all silver hardware look!

Good question, you probably know more about circuits than me if you’re an EE student! For the Funbox I used something I know works, that’s been done before. The input/output buffers and power section are the same as the PedalPCB Terrarium (just with two for stereo), and the midi and expression...

And here’s that demo:

New Funbox module is out, Uranus! Demo coming soon, but the code and binary are now in the main Funbox repo for people to try out. I explored some new territory with this one, it is a granular delay and synth. That's all the planets done, but I'm sure I'll be making new stuff for Funbox before...

New video, Earth module demo. I really like how this one turned out, especially the overdrive function for the footswitch, which to me sounds like a rocket blasting off. This pedal uses the polyoctave effect by @Steve Schulteis and the Dattorro plate reverb algorithm from VCV rack Plateau by...

Here’s that demo for the Mercury module:

I have a NAM module for the bkshep pedal! I’ll be able to share it soon.

Sure! NAM is using a WaveNet style neural net, and the amp module is running an LSTM, and I’ve found the WaveNet sounds more accurate to the original amp capture, given the same amount of processing power. They seem to sound more clear, less muddy, than the LSTM models I previously made. They...

I released two new planet modules for Funbox, Mercury and Earth. Mercury is an amp emulator with a 4 band EQ. It run NAM Neural Amp Modeler for the 9 different amps, if you’re familiar with NAM, these are custom size models small enough to run on the daisy seed, and they will also run in the NAM...

Got a chance to try this out yesterday, sounds really good and fun to play! I haven't seen anything else like this in open source land so thanks for sharing!

Wanted to add this bit of information for anyone ordering their own PCBs. I've been reading up on the two main different types of surface finishes, HASL vs. ENIG. Google search summarizes it like this (and I looked at other sources and it seems correct): " For guitar pedals, ENIG is generally...

I use Tayda, mainly because I like to order their pre drilled and powder coated enclosures, so it's cheap to add any components to the order. I also like to use LoveMySwitches for knobs, footswitches. Digikey or Mouser for any electronics that Tayda doesn't have. Looks like the Pod has a 1/8"...

No, with the added lowpass filter the lower leg of C2 is connected in series with the new 3k resister to the audio pin. Without the lowpass filter it's connected directly to the audio out pin. So think of the 3k resister as going in between the audio out pin and C2. If you look at my picture...

Only the resistor and capacitor, the op amp is the already existing part of the circuit (TL072 in the terrarium).