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Linux 4.14 based on NXP 4.14.98_2.0.0_ga | ssh://git@gitlab.keith-koep.com:30001/imx/linux-imx.git | kuk_imx_4.14.98_2.0.0_ga |
The Myon II is software-compatible with the Trizeps VIII Mini module.
Because Trizeps VIII, Trizeps VIII Mini, and Myon II share the same kernel source code, you may a look at Linux 4.14, Trizeps VIII (-/Mini/Nano) for instructions on how to build and deploy an image. The only difference is the Device-Tree-Binary (.dtb) file passed to the kernel on boot.
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Setup Cross-Build environment (View Software-Development-Kit on how to install.):
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$ . /opt/fsl-imx-fb/4.14-sumo/environment-setup-aarch64-poky-linux |
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Update using USB and bootloader
Enter the bootloader command console and run:
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u-boot=> ums 0 mmc 0 |
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DeviceTree (dtb) | Module | Description |
|---|---|---|
kuk-myon2 | Basic Device-Tree for the Myon II module itself, which is included by all other Device-Tree baseboard files | |
kuk-myon2-ipanm7 | Myon II in i-PAN M7 panel | |
kuk-myon2-conxm | Myon II ConXM baseboard |
When you open the u-boot command prompt and output the environment, you can determine which device-tree is used:
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To have a full running Linux-system you will need:
Bootloader ( U-Boot, Myon II ), which loads the Device-Tree and Linux-Kernel.
Linux Kernel
Root-Filesystem, which contains applications, configuration files etc.
There are different approaches on how to create a root-filesystem.
Basicly its a linux-distribution like Debian, where the system is put together by packages or like Yocto, where recipes define what needs to be built and put inside the file-system: