what are your favorite open source hardware projects using KiCAD that are _not_ by MNT?
oh, the precursor is done with altium
GitHub - BlueSCSI/BlueSCSI-v2: Open source, open hardware, SCSI emulator using the Pi Pico PR2040

Open source, open hardware, SCSI emulator using the Pi Pico PR2040 - BlueSCSI/BlueSCSI-v2

GitHub
@wezm @mntmn seems to be in parts non-commercial? So not #opensource per Definition but rather #sourceavailable ? Interesting project
@OSEGermany @wezm it looks like the hardware sources were recently changed to CERN?
@mntmn @wezm true so maybe old information in the interactive references (NC License note)
https://github.com/BlueSCSI/BlueSCSI-v2/wiki/Hardware
Hardware

Open source, open hardware, SCSI emulator using the Pi Pico PR2040 - BlueSCSI/BlueSCSI-v2

GitHub
@OSEGermany @mntmn Indeed we did switch to OHL recently https://bluescsi.com/v2-again - I dont see anything on this page that references the old NC license - but if you find a spot please let us know (or PR it, it's opensource after all :) )
BlueSCSI v2 (again!)

BlueSCSI v2 updates its license to the CERN Open Hardware Licence Version 2 - Strongly Reciprocal.

@BlueSCSI @mntmn Ok that is great, so it probably is a leftover piece that needs fixing here in the previews note OM top: https://bluescsi.com/boms/2024.01a-DB25

One more #OSH to add to our reference lost then 👌

Interactive BOM for KiCAD

@OSEGermany @mntmn ahh perfect thanks, I'll regenerate the BOM's
@OSEGermany @mntmn yeah maybe not true open-source but for my purposes it was: I downloaded the files, produced some boards at JLCPCB, complied the firmware and flashed the Pico and my old Mac was booting off an SD card!
@wezm @mntmn all fine, if it is meant for private use and demo only it does not have to be #opensource. Just for an example or even to collaborate on (e.g. to be compatible with other CERN OHL S projects) it would not work. Would be good to clarify the intention in the Readme, that helps.
GitHub - schlae/snark-barker: A 100% compatible replica of the famed SB 1.0 sound card

A 100% compatible replica of the famed SB 1.0 sound card - schlae/snark-barker

GitHub

@mntmn good examples #LibreSolar(Box) and #LumenPnP [2]

[1] https://libre.solar and https://wiki.opensourceecology.de/SolarBox
[2] https://www.opulo.io/products/lumenpnp

OwnTech and some of our projects and some of the #DINSPEC3105 approved ones also have some #KiCAD related files available, check them out.

#OSH

The Libre Solar Project

Building Blocks for DC Energy Systems

@OSEGermany ohh yeah lumenpnp looks incredible

@mntmn definitly and it is worth mentioning/listening to their podcast (lots of similar approaches to MNT)

Open Hardware Manufacturing Podcast

https://shows.acast.com/ohm-podcast

#OSH #OpenHardware #engineering

OHM Podcast

Hardware is hard. Open Hardware is harder. But the juice is worth the squeeze.

@mntmn @OSEGermany

#LibreSolarBox
https://distributeddesign.eu/talent/libresolar/

Most recent versions are apparently on separate repositories/locations.

#OSH #Solar

Libre Solar - Distributed Design Platform

Distributed Design Platform
@mntmn I guess Olimex counts, got one of my first ARM board (A20-OLinuXino-LIME) there and still check what they do from time to time.
(In fact their Neo6502 looks pretty cool but I already have 6502 hardware)
@lanodan @mntmn I got the olimex laptop that you need to assemble yourself for my child (9 y/o). They were worried assembling it at first, and after the initial worry they loved the build
@mntmn I really like the winterbloom eurorack modules and they are all open source, and made in kicad

@mntmn The MangoPi stuff is cool, e.g.
https://mangopi.org/mqpro

no KiCAD project files though, just schematics + BOMs

Mango Pi official website | Tiny and Elegant SBC | mqpro

@CyReVolt kicad is the important thing in my question :D
@mntmn @CyReVolt prepping for KiCon? :D

@mntmn

Shetland Attack Pony 6 – cave surveying device

https://github.com/furbrain/STIC

GitHub - furbrain/STIC

Contribute to furbrain/STIC development by creating an account on GitHub.

GitHub

@mntmn
Th USB armory https://www.crowdsupply.com/inverse-path/usb-armory

It's been a while, but it was such a fun toy!

USB armory

An open source USB stick computer for security applications.

Crowd Supply
USB armory

Run trusted applications & safeguard data. Protect your data from breaches with WithSecure™ USB Armory - a personal, self-contained, secure server

@scops
I never got the Type-C one. Is that one still designed in KiCad though?
@mntmn
@vimja @mntmn ok, i don't exactly know if it is really still designed with it... but it's awesome x)
@mntmn I really like the Rosco projects: https://rosco-m68k.com/
Home - rosco-m68k.com

@mntmn I was pleased how easy it was to open the Tigard schematic when I had a question!

@mntmn I’m a fan of the Ergogen ergonomic keyboard layout generator. https://github.com/ergogen/ergogen You define .yaml file with the details of your keyboard’s layout and it spits out an unrouted KiCAD PCB file with all the necessary components and nets already set up.

It’s a nice on ramp for folks wanting to make custom keyboards who don’t have a ton of KiCAD experience. It skips the schematic step for them, and lets them focus on learning routing.

GitHub - ergogen/ergogen: Ergonomic keyboard layout generator

Ergonomic keyboard layout generator. Contribute to ergogen/ergogen development by creating an account on GitHub.

GitHub
Solder Party

Welcome to the Solder Party! Documentation Here at Solder Party, we work on creating products that are easy to use and help you develop your projects. We’re always focusing on innovating and chasing the next product that can make your ideas become a reality. Check out our collection of open source boards on Tindie. You can also check out the Documentation. Solder Party AB is based in Malmö, Sweden. All orders are shipped from the EU.

Solder Party
@mntmn Working on the keynote? 😁
@mntmn The Helix, my favorite Open Hardware keyboard. It is very complex because you can use the same PCB for both sides by flipping it, has an additional key row you can break away if you don't want it, and has an OLED covering most of everything that's not a key. And it was designed in KiCAD nearly a decade ago. https://github.com/MakotoKurauchi/helix
GitHub - MakotoKurauchi/helix: A compact split ortholinear keyboard.

A compact split ortholinear keyboard. Contribute to MakotoKurauchi/helix development by creating an account on GitHub.

GitHub
@mntmn (Sidenote: I bought the Pocket Reform mostly because it is the Helix keyboard laptop)