MathWorks Petalinux build repository for generating Zynq SoC SD card images.
- ZCU111 Evaluation Kit - built with Petalinux 2018.3
- ZCU216 Evaluation Kit - built with Petalinux 2020.2
- Clone this repository and switch tags to the corresponding version. The release tags are labeled as mathworks_zynqrfsoc_R2x.y.z, where the "R2x" denotes the year of the MATLAB release and "y" denotes the 'a' or 'b' release. The "z" is used for updates to the image within a particular MATLAB release. For example, the tag "R22.1.0" is interperted as MATLAB R2022a where "R22" represents R2022 and "1.0" is for release 'a'. If there were updates to the image within the R2022a release, the versions would be "R22.1.1", "R22.1.2", etc. The MATLAB R2022b release would then start with the tag "R22.2.0".
$ git checkout mathworks_zynqrfsoc_R22.1.0
-
Setup the petalinux environment in your terminal (ie:
$ source /local/petalinux/settings.sh).Ensure you are using
/bin/bashbefore calling this. Note that the version of Petalinux will matter here. Please use a matching Petalinux version described in the above board list. -
In the project directory, change directories to the board of interest then run the build command. As an example:
$ cd zcu111
$ petalinux-build
- After the build has succeeded, to create the SD image, run the helper script below
$ mw_package_binaries.sh
- A directory with the following files should appear
$ ls mw_zcu111_2020-12-29_01-27-32/
BOOT.BIN
system.bit
devicetree.dtb
Image
uramdisk.image.gz
- Copy these files over to your SD card and boot the evaluation board