For anyone experiencing an issue with the ergogen `row_overrides` keyword not being recognised, i have the solution. To exclude a key from a column you create a `rows` key and set `{row}.skip: true` ``` pinkie: rows: top.skip: true ```
Been putting off using ergogen for a while now since it looks a bit too complicated, but this video might finally push me to finally jump into the last step in completely custom keyboard.
Finally got everything routed today, and just ordered the pcbs. I ended up solely using KiCad to make the board out of personal preference, but this video was still a huge help and inspiration in the first place. It feels great to know that I'll have fully designed and built this thing from the ground up. Thank you for making all these keyboard videos and getting me into this crazy hobby.
@SirPanda I made a slight error with the pcbs. I put a track right on the edge of the pcb, and when they were manufactured, the track ended up not being properly put on there due to the slight inaccuracies when cutting. Fortunately, i managed to solder a bodge wire on either side of the keeb to fix the problem, and the keyboard has been working perfectly ever since!
Ben, great video. I love the series. What do you think of doing a video on how to modify open-source boards that others have created? One of the beauties of open-source keyboards is building on work that others have done. So for instance the very popular Sofle keyboard was based on Lily58, Corne and Helix keyboards. It would be great to show how to take the Sofle and (for instance) add another thumb button, then create the PCB and case for that new board.
Thank you. Been thinking of building my own macro pad and this video will be so helpful in order to get it done. I really appreciate the time and effort you put in your videos.
Really high quality contents here, Ben! I’ve been stalking for a while but this video is just… **chef’s kiss**! Keep up the great work, you’re heading in the right direction. ⚡️🔥
Honestly, this to me seems extremely more complicated than just using kicad and it's tools. I feel like there is a point of diminishing returns with ergogen, where if you need to do this level of advanced tweaks you'd be better of putting in the time to learn kicad. I can see it being really useful for a beginner to make a simple PCB prototype, but if you start to feel the need of using custom footprints, rearranging net values, editing footprints and pads, then I think it's easier to do within kicad. I like that this video now exists, because it is certainly useful for a lot of people. But I hope that at some point they get out of the ergogen comfort zone and give a shot at actually using kicad.
That’s interesting, I think now I have my footprints all set up I am definitely going to find it easier keeping my Ergogen config in a repo and just iterating it there, then just routing in KiCad and uploading to PCBWay from there. I just can’t see a KiCad only workflow offering the rapid iteration and relational positioning simplicity that Ergogen offers. I do see your point though - there is an appeal to not be bouncing between apps.
I'll be the first to admit that integration with KiCAD could be tighter (schematics, to AND from direction, preserving routing, etc.), and that some customization could be easier (footprint sideloading, simpler and centralized net adjustments, etc.). But I believe the complete opposite about where Ergogen can (and is intended to) shine. If it's just a beginner, simple PCB, then do it in KiCAD and forget it. But if it needs to be exact, deterministic, adjustable, iteratable (all of which are pretty valid and valuable requirements for hardware design), then the more complex your board, the more you save by actually making it using a declarative workflow. In short, it's very much FOR the complex usecases, and the "worth it" tipping point will hopefully only get lower over time :)
@@denesban If this is what you think then I'll definitely try to make something in ergogen in the future. I'll let you know if I'll change my mind about this or not.
I think I can see both sides of this, though I haven't used either one yet. Do you recommend any particular resources on KiCAD mostly in relation to keyboards like this? Like at the level of not knowing what a via was until today...
Fantastic work. I've worked on editing Corne PCB and I was thinking of doing an automation of the process. This is exactly what I was looking for. It's amusing the amount of ideas I had that I've just found out you've already explored.
Great video! I got inspired by your previous videos about making my own keyboard. I hope there will be a follow up video for this to show up how your board turned out
This video (and the others along the journey) really inspired me to start making my own keyboard. I'm going from a 100% keyboard though, so I'll have to ease my way down, and has planned for 41 keys, a trackball (perhaps, or another key) and a rotary encoder. That'd be 43 possible key presses, a pointing device and an encoder. I assume two Elite-Cs would work with 24 I/O pins on each. But thanks to a comment here under this video, I realized that because I'll have over 36 keys, I'd need diodes. (I was wondering why yours didn't have them). Now there's just one more thing that I'm trying to find an answer to: Serial or I2C to connect the two halves? I read something about I2C not being able to use RGB (The trackball I am looking at has RGB, and I thought it could be fun to play with as a layer indicator, or something like that). Serial has some latency issues though, so that's something I want to avoid. I'm having a blast watching these videos! Keep it up, and I'm sure I'll be more and more inspired for every video! The planning stage is so much fun, because I'm considering mounting holes for a future 3D-printed case, and other tenting options.
What about the software? I can't find any info on the software. In your videos you show layouts and kiCad and then always stop. None of you video titles mention anything about it.
Hey Ben, thanks for the great video! I just found that KiCAD, at least my installation, actually comes with a way to edit PCBs without adding them to a project. The executable name is "pcbnew" and it just launches the PCB editor interface.
Re: Adding Artwork (32:37) It seems that KiCad actually Re-Vectors the provided bitmap. I don't know enough about the tools at hand (yet) but maybe there's a way to directly import it as a vector?
Could the form factor, weight, cost, etc. of these custom keyboards be reduced by making a purpose built microcontroller board for this purpose? Perhaps a small microcontroller board, with SMD plates for direct soldering to the main PCB? Could be a nice thing to make for custom keyboard folks - a reduced-functionality microcontroller board that uses less power and takes up less space. I'd get on that starting tomorrow if I knew anything about how to design a microcontroller PCB. From what I've seen, it's not easy, ehehe
Since an order comes with 5 PCBs, would it be possible to make a 3rd keyboard section into a number pad but have it be affected by keys on the actual keyboard sections, like shift and/or control?
How exactly does one understand and know what "column_net: " is supposed to be and for which key. I am so confused by this. I'm currently trying to make a unibody ferris sweep compact with a nice nano! but I cannot wrap my head around the routing and controller stuff and where everything is supposed to go... not with ergogen and not with KiCad. It's very frustrating and I've failed to find any helpful documentation.
The column_net values are what tells KiCad which pad/hole connects to which. I cover this in the video at some stage - basically if you open the file in KiCad you can see the labels of the pins on the controller footprint - then you can look at a pinout diagram for the nice!nano and see which one you want to go where - then match them up in the Ergogen config.
i just wanted to learn how to make my own WASD key for a fight stick but i guess its better to just buy them or just stick All 4 keys into the wood seems like my cost would still be the same if i buy or make my own thanks for the help tho
i understand that it has been a year since this video came out, but i am trying to follow along and i can not get past the whole rows_overrides: part. nothing is happening to my rows or columns like yours. i am using a different version and maybe the commands have changed? any chance you will be making an updated video?
Hey Ben, just curious if you've found any boards like the nanos that instead of using Bluetooth they use 2.4ghz instead? Or a place i can find out if there are any boards like that
For this kind of bitmap you which is only text you'll always get best results using PNG over jpg. This happens because jpg is really meant for high compression which is possible in images with mid tones and gradients like photos. 😉
this looks amazing, but designing my own PCB is way beyond me. Would you consider opensourcing your PCB templates? or, i'm even open to buying them from you, and them maybe try modifying them a bit (moving columns up/down), if needed cheers
Any idea where you can get small quantities of analog keys? I’d like to experiment with these, but the only way seem to be cannibalising a new keyboard.
your microcontroller footprint is different than other boards that I saw, what's is the benefit of this design? it seems microcontroller pad is not connected to the middle through hole, right? if you don't mind please share this board kicad design.
@@KyekOfficial I guess just the effect of two sheets of metal essentially between the controllers (keyboard halves were on the outside of my legs facing out).
so many thanks for you help Ben! Ive uploaded my gerber file to pcb way, some how everything looks good except my plots for the choc switches aren't showing up as through holes they are just blue dots, any chance you know what the fix is here?
Thanks for this! For the artwork it seems a bit strange to convert from vector to bitmap back to vector again, is there a way to directly import a vector artwork?
Hey Ben Vallack, I have been watching you so closely and really appreciate your keyboard videos. I am stuck at "installing Ergogen locally" I can't seem to get the commands right in powershell on widows 10, any recommendations to learn how to do it correctly?
@@mrtonystafford still in the 80s - I am wondering if I’ve made some errors in the alternative positioning I’m using though. Will see if the 1.5u keycaps solve it otherwise I’ll need to rethink a bit!
Do you think I could use stuff like this to make my own custom Slide-out QWERTY keyboard for my own phone? I've been dying to get something like it made for my own phone for a while now.
Hi, I came up with a layout I like, planning in a drawing software by moving keyboard pieces around... Now that I've figured that out, is there a company I could send my layout and have the pcb designed to make things simpler for me?
@@BenVallack I tried, I know that Altium CircuitMaker doesn't have an import function, but I'm not too sure about with DipTrace. I know that in Altium Designer (the really expensive one), you can import it, but for CM it would have to be done entirely differently.
This video still assumes basic electronics knowledge so where do i learn the specific keyboard circuitry knowledge for this video of yours to make more sense?
"kicad is pretty complicated" me: ok let see what is ergogen me after 5 minutes + pause time: (ಥ﹏ಥ) I learned that it's not about complicated, it's about brain cells
Subscribe to my new custom keyboards channel! www.youtube.com/@BenVallacksKeyboards
Super excited to be one part of your Keyboards, Ben
Yay! Thanks for all your support!
Our pleasure 🥳🥳
For anyone experiencing an issue with the ergogen `row_overrides` keyword not being recognised, i have the solution.
To exclude a key from a column you create a `rows` key and set `{row}.skip: true`
```
pinkie:
rows:
top.skip: true
```
Thanks.
Been putting off using ergogen for a while now since it looks a bit too complicated, but this video might finally push me to finally jump into the last step in completely custom keyboard.
Same!
Saw this while building one on kicad... down to the microcontroller
This is a great tutorial on Ergogen! Thanks for the good work Ben. Keep it up!
Our unofficial mascot at it again! Wonderful video... Thanks for all the work you've put into popularizing Ergogen!
Finally got everything routed today, and just ordered the pcbs. I ended up solely using KiCad to make the board out of personal preference, but this video was still a huge help and inspiration in the first place. It feels great to know that I'll have fully designed and built this thing from the ground up. Thank you for making all these keyboard videos and getting me into this crazy hobby.
Awesome!
Hope the build went good, did everything go according to plan?
@SirPanda I made a slight error with the pcbs. I put a track right on the edge of the pcb, and when they were manufactured, the track ended up not being properly put on there due to the slight inaccuracies when cutting. Fortunately, i managed to solder a bodge wire on either side of the keeb to fix the problem, and the keyboard has been working perfectly ever since!
@@ryderr4453 that’s awesome, glad it turned out well!
Ben, great video. I love the series.
What do you think of doing a video on how to modify open-source boards that others have created? One of the beauties of open-source keyboards is building on work that others have done. So for instance the very popular Sofle keyboard was based on Lily58, Corne and Helix keyboards. It would be great to show how to take the Sofle and (for instance) add another thumb button, then create the PCB and case for that new board.
Thank you. Been thinking of building my own macro pad and this video will be so helpful in order to get it done. I really appreciate the time and effort you put in your videos.
Thanks!
Thank you so much for this
@@BenVallack For sure, thanks for putting out amazing content. Let me know if you ever drop a Udemy course.
Really high quality contents here, Ben! I’ve been stalking for a while but this video is just… **chef’s kiss**! Keep up the great work, you’re heading in the right direction. ⚡️🔥
This is absolutely astounding work. I can't wait until I figure this all out and can build my own.
Honestly, this to me seems extremely more complicated than just using kicad and it's tools. I feel like there is a point of diminishing returns with ergogen, where if you need to do this level of advanced tweaks you'd be better of putting in the time to learn kicad.
I can see it being really useful for a beginner to make a simple PCB prototype, but if you start to feel the need of using custom footprints, rearranging net values, editing footprints and pads, then I think it's easier to do within kicad.
I like that this video now exists, because it is certainly useful for a lot of people. But I hope that at some point they get out of the ergogen comfort zone and give a shot at actually using kicad.
That’s interesting, I think now I have my footprints all set up I am definitely going to find it easier keeping my Ergogen config in a repo and just iterating it there, then just routing in KiCad and uploading to PCBWay from there. I just can’t see a KiCad only workflow offering the rapid iteration and relational positioning simplicity that Ergogen offers. I do see your point though - there is an appeal to not be bouncing between apps.
I'll be the first to admit that integration with KiCAD could be tighter (schematics, to AND from direction, preserving routing, etc.), and that some customization could be easier (footprint sideloading, simpler and centralized net adjustments, etc.). But I believe the complete opposite about where Ergogen can (and is intended to) shine. If it's just a beginner, simple PCB, then do it in KiCAD and forget it. But if it needs to be exact, deterministic, adjustable, iteratable (all of which are pretty valid and valuable requirements for hardware design), then the more complex your board, the more you save by actually making it using a declarative workflow. In short, it's very much FOR the complex usecases, and the "worth it" tipping point will hopefully only get lower over time :)
@@denesban If this is what you think then I'll definitely try to make something in ergogen in the future. I'll let you know if I'll change my mind about this or not.
@BD93 NL that's how it feels to me as well (but I'm a web developer and code all day)
I think I can see both sides of this, though I haven't used either one yet. Do you recommend any particular resources on KiCAD mostly in relation to keyboards like this? Like at the level of not knowing what a via was until today...
I built my first wireless split keyboard after I saw "The Card" and now I'm building my second one with cad files for the case. Thank You!
Perfect timing! I had just started trying to figure out Ergogen after watching your earlier video. Fantastic content as always.
Ben : **uploads any keyboard-related video**
Me : **slamdunks the Like button before even reading the full title**
Love it thanks!
i was about to try and design my own pcb with your old video! perfect timing on this
Wonderful video Ben on creating custom keyboards!
Fantastic work. I've worked on editing Corne PCB and I was thinking of doing an automation of the process. This is exactly what I was looking for. It's amusing the amount of ideas I had that I've just found out you've already explored.
Great video! I got inspired by your previous videos about making my own keyboard. I hope there will be a follow up video for this to show up how your board turned out
Absolutely - PCBWay have already shipped the boards!
Great video! Every time I watch one of your videos I get a bit closer to making my own keyboard from scratch hahaha
Yes! I've been waiting with baited breath for this
This video (and the others along the journey) really inspired me to start making my own keyboard. I'm going from a 100% keyboard though, so I'll have to ease my way down, and has planned for 41 keys, a trackball (perhaps, or another key) and a rotary encoder. That'd be 43 possible key presses, a pointing device and an encoder. I assume two Elite-Cs would work with 24 I/O pins on each.
But thanks to a comment here under this video, I realized that because I'll have over 36 keys, I'd need diodes. (I was wondering why yours didn't have them).
Now there's just one more thing that I'm trying to find an answer to: Serial or I2C to connect the two halves? I read something about I2C not being able to use RGB (The trackball I am looking at has RGB, and I thought it could be fun to play with as a layer indicator, or something like that). Serial has some latency issues though, so that's something I want to avoid.
I'm having a blast watching these videos! Keep it up, and I'm sure I'll be more and more inspired for every video! The planning stage is so much fun, because I'm considering mounting holes for a future 3D-printed case, and other tenting options.
hmm still not sure why his design doesn't have diodes :/
@@jdcl3446 if you have only one key per pinout on the microcontroller, you don't need diodes if I understand it correctly.
Another excellent content!
Yes!! Love the keyboard videos!!
If you found this video useful you can help keep this content free for everyone by hitting the Thanks button below the video - super appreciated.
Thanks for this video! super helpful.
What about the software? I can't find any info on the software. In your videos you show layouts and kiCad and then always stop. None of you video titles mention anything about it.
ZMK?
QMK is a very popular software and I think ZMK is for wireless boards but I could be wrong
QMK and ZMK are firmware, not software. they run on your keyboard's controller, not the pc its connected to😊
Hey Ben, thanks for the great video! I just found that KiCAD, at least my installation, actually comes with a way to edit PCBs without adding them to a project. The executable name is "pcbnew" and it just launches the PCB editor interface.
with ortho I would have arrow keys on a layer, however if it is staggered columns then I would have a cluster for navegation
Thank you
It's a great video and educational
I was considering messaging you to request this, so thank you!
it keeps getting weirder and weirder, I like it
What's up with the pricing on these sites? Using the default settings shows pcbway costing 3 times as much just to build the pcb?
Re: Adding Artwork (32:37) It seems that KiCad actually Re-Vectors the provided bitmap. I don't know enough about the tools at hand (yet) but maybe there's a way to directly import it as a vector?
Yep we are going from vector to bitmap to vector! I couldn’t see a way to preserve the vectors in one trip though.
YES THANK YOU
Could the form factor, weight, cost, etc. of these custom keyboards be reduced by making a purpose built microcontroller board for this purpose? Perhaps a small microcontroller board, with SMD plates for direct soldering to the main PCB? Could be a nice thing to make for custom keyboard folks - a reduced-functionality microcontroller board that uses less power and takes up less space. I'd get on that starting tomorrow if I knew anything about how to design a microcontroller PCB. From what I've seen, it's not easy, ehehe
Since an order comes with 5 PCBs, would it be possible to make a 3rd keyboard section into a number pad but have it be affected by keys on the actual keyboard sections, like shift and/or control?
How come there isn’t a function that draws the optimized routes? Feels like a problem already solved by the work in graph theory.
There are third party plugins that can do that. Bit fiddly when I first looked but I’m sure they are worth persevering with.
How exactly does one understand and know what "column_net: " is supposed to be and for which key. I am so confused by this. I'm currently trying to make a unibody ferris sweep compact with a nice nano! but I cannot wrap my head around the routing and controller stuff and where everything is supposed to go... not with ergogen and not with KiCad. It's very frustrating and I've failed to find any helpful documentation.
The column_net values are what tells KiCad which pad/hole connects to which. I cover this in the video at some stage - basically if you open the file in KiCad you can see the labels of the pins on the controller footprint - then you can look at a pinout diagram for the nice!nano and see which one you want to go where - then match them up in the Ergogen config.
This seems almost more complicated than doing the board in kicad from the beginning?
i just wanted to learn how to make my own WASD key for a fight stick but i guess its better to just buy them or just stick All 4 keys into the wood seems like my cost would still be the same if i buy or make my own thanks for the help tho
i want to buy a prebuilt split board key board, and low-profile keys, where do I go to buy one of those? Thank you for this video.
Do you have an intro video on what an mx or chock style kb is? A dummies guide for those of us just starting out would be great.
That’s a good shout - will see what I can do.
i understand that it has been a year since this video came out, but i am trying to follow along and i can not get past the whole rows_overrides: part. nothing is happening to my rows or columns like yours. i am using a different version and maybe the commands have changed? any chance you will be making an updated video?
Yeah Ergogen had an update and a lot is changed I think. I’ll try and get around to an update on my keyboard channel at some stage!
To exclude a key from a column you create a `rows` key and set `{row}.skip: true`
```
pinkie:
rows:
top.skip: true
```
Hey Ben, just curious if you've found any boards like the nanos that instead of using Bluetooth they use 2.4ghz instead? Or a place i can find out if there are any boards like that
For this kind of bitmap you which is only text you'll always get best results using PNG over jpg. This happens because jpg is really meant for high compression which is possible in images with mid tones and gradients like photos. 😉
True - not sure why I used jpg! Massive mistrust of bitmap2component behaving itself I think!
@@BenVallack hahahaha. Since components are vector it would be nice if kicad could simply import SVGs directly.
Watch next - how to build these components onto a board:
th-cam.com/video/vr8LkjsRqZs/w-d-xo.html
Where's the piano's gerber files?
@@thegrandnil764 You can download them from PCBWay actually - I think the link is in the colour comparison video.
this looks amazing, but designing my own PCB is way beyond me. Would you consider opensourcing your PCB templates? or, i'm even open to buying them from you, and them maybe try modifying them a bit (moving columns up/down), if needed
cheers
whenever i add "row_overrides" i get an error, ~~Error: Unexpected key "row_overrides" within field~~
Did you fix that? I'm gettin the same
Hello, is this PCB two layers? I need to make my PCB here. help me please if you can
I'm so close! but do you know if the nice!nano v2 will have enough pins for 20 keys on each side of a split keyboard?
I think the limit is 36 with two boards. You can make it to 36 :)
At minute 2:56
pinkie:
row_overrides:
bottom:
seems not to be working, any fix?
Thank you guys!
Ergogen has a new version and a lot got changed I’m afraid. I am hoping to do an update video at some point!
To exclude a key from a column you create a `rows` key and set `{row}.skip: true`
```
pinkie:
rows:
top.skip: true
```
@@pithlyx you are awesome
Any idea where you can get small quantities of analog keys? I’d like to experiment with these, but the only way seem to be cannibalising a new keyboard.
would that work on keyboard with a preprogrammed pcb? bought a whole keyboard and having problems with the keybindings
your microcontroller footprint is different than other boards that I saw, what's is the benefit of this design? it seems microcontroller pad is not connected to the middle through hole, right? if you don't mind please share this board kicad design.
Yeah this is a reversible footprint, you can solder the jumpers to get the controller to face the same way on both halves
Have you considered using a GND fill zone instead of manually routing the GND net?
Yeah I had that on the Ferris build, it messed up the connectivity when I had it on my legs!
@@BenVallack Oh really? Interesting. Did you figure out why?
@@KyekOfficial I guess just the effect of two sheets of metal essentially between the controllers (keyboard halves were on the outside of my legs facing out).
this is very helpful I would love to try this one day but I already feel very endgame with my wireless corne soooo.....
I’ve come to realise that endgame doesn’t exist heh
@@BenVallack my pockets aren't deep enough to believe that
watchers beware, the ergogen he is using is ver 3 while the current online version is ver 4, grammar is pretty different between the 2
How do i install your fork of ergogen?
so many thanks for you help Ben! Ive uploaded my gerber file to pcb way, some how everything looks good except my plots for the choc switches aren't showing up as through holes they are just blue dots, any chance you know what the fix is here?
Did you generate the drill files ( 38:37 )? Other than that I can’t think what that might be sorry! PCBWay support may be able to help too.
Thanks for this! For the artwork it seems a bit strange to convert from vector to bitmap back to vector again, is there a way to directly import a vector artwork?
Indeed - not that I know of but this is new to me!
When you have a keyboard that small, you should just use a chordal keyboard.
Hey Ben Vallack, I have been watching you so closely and really appreciate your keyboard videos. I am stuck at "installing Ergogen locally" I can't seem to get the commands right in powershell on widows 10, any recommendations to learn how to do it correctly?
If you jump on the Ergogen discord I'm sure some more Windows-familiar people will be able to help. Cheers!
@@BenVallack I figured it out! I was not running npm in the right folder. I am back on track. yay! thank you for responding.
Which custom layout you running these days?
Basically the one in my 16 key vid - plus the repeat and direct caps alpha 2 key I mention in that vid.
How fast have you gotten?
@@mrtonystafford still in the 80s - I am wondering if I’ve made some errors in the alternative positioning I’m using though. Will see if the 1.5u keycaps solve it otherwise I’ll need to rethink a bit!
Do you think I could use stuff like this to make my own custom Slide-out QWERTY keyboard for my own phone? I've been dying to get something like it made for my own phone for a while now.
Sure! You might need/want to use some other kind of switches that are smaller though.
Is that strictly under 36 keys? Or 36 or less? I really need those 3 thumb keys ;)
36 or less, just means you don’t need diodes so much easier to build. Should be fine to have the full 36 on a wireless nice!nano board like this
Hi, I came up with a layout I like, planning in a drawing software by moving keyboard pieces around... Now that I've figured that out, is there a company I could send my layout and have the pcb designed to make things simpler for me?
You could ask on the Ergogen discord discord.gg/ZU9acR2M but honestly what I show in this video is not as scary as it looks!
@@BenVallack - That's right! I'll sure stay tuned for more!
Okay… how did I get notified about the one key-keyboard today, but not this one! Sad. 😢
Haha notification bell 😉
Any way to do this with, say, Altium or DipTrace?
I really, really, REALLY don't like KiCad.
Not sure on that - no idea if the files are compatible.
@@BenVallack I tried, I know that Altium CircuitMaker doesn't have an import function, but I'm not too sure about with DipTrace.
I know that in Altium Designer (the really expensive one), you can import it, but for CM it would have to be done entirely differently.
that USB connector is not dead end near switch ? how put it ?
The board was inverted ? the USB connector must points to ?
at video 1:20 ?
Yeah I had the footprint the wrong way around in the first version! Have to take the key off to charge it. :)
@@BenVallack and the actual PCBs ? any tip ?
please put a rgb led on :)
Is there a write up of these steps? The video is too fast for my brain LOL
I'm trying to imagine Picasso in his Blue Period creating the images with indented lines of code...
This video still assumes basic electronics knowledge so where do i learn the specific keyboard circuitry knowledge for this video of yours to make more sense?
Just think of it as circuits. Each key switch needs to complete a circuits back to one pin on the controller, and the other to ground.
Check out this new video on hot air soldering th-cam.com/video/yNOGEtqn85o/w-d-xo.html
didn't understand anything from the outline part
Keep spending a bit of time with it - it starts to make sense.
This was by far the messiest workflow I've ever seen.
In what sense?
"kicad is pretty complicated"
me: ok let see what is ergogen
me after 5 minutes + pause time: (ಥ﹏ಥ) I learned that it's not about complicated, it's about brain cells
Ergogen is basically just cad for programmers🫨🫨🫨😆
Thanks!
Thanks!
PCBs are in production 👀
Thanks so much!