Suzie Linux for ARM and RiscV boards

Donations are needed to help continuing work on Suzie Linux.
It can be a dollar, two dollars or more, whatever you can afford.

Support for ARM and RiscV boards

Suzie Linux is the name of this website as well as the name I use for my gentoo and arch linux images.

I have started documenting how I create gentoo images for RiscV processors.
The first one is for the D1-Nezha which uses a device from Alibaba.
The next one will be BeagleV-Ahead

I put the documentation on some gentoo wiki

I will eventually do the same for ARM and ARM64 boards.

Expansion boards

In the next few months I will be providing information on how to create your own expansion boards for Odroid, Olimex, youyeetoo and Beagleboard boards.
I will provide the option to buy them if you prefer.

I have created a few kicad project which I published as GPL 3.0 on my github site

I found out that there was no valid ebuild for posterazor on gentoo so I created an ebuild for it.
You can find it in the posterazor repository that I put on github

I have also published several RL78 Kicad projects which I will eventually document when I have the code completed.
It may take a few weeks, now that I am retired I no longer use IAR and have switched to misc Eclipse IDE.
I have published a design that uses a Cortex-M23 ARM device from Renesas.

That program is useful for those who cannot afford or don't have room for a big plotter printer or do not microscopic vision.
All you need is scotch tape and you got a large printout.

Here is a LCD display that i use on some of my boards.

You can get that LCD on aliexpress or amazon. There is a socket for an SD card on the bottom.

I only tested the part one so far and plan to do the other one eventually. If you don't need all the CAN ports you just need to populate the ones that you want.

I tested it on debian, I haven't done the gentoo and yocto versions yet. I will publish the image(s) when I have that one done.
Gentoo and yocto systems are better when you want a custom device. For my board I used the 3d printer for the top and use db9 connectors, one for each can port