Petalinux Project Creation- Short HOWTO

Getting Linux working on Zynq is very simple, following steps are required

  1. Vivado/SDK/PetaLinux 20xx.x installed (important do not mix versions!)
  2. Create Vivado Project, configure PS, Export HDF (XSA for 19.2 and newer)
  3. Ceate new PetaLinux project
  4. Import HDF(XSA for 19.2 and newer) into project
  5. petalinux-build
  6. copy boot.bin and image.ub to SD Card (only 2 files no more)

This is generic how-to, everything is setup for your by the Vivado->PetaLinux flow. Note, the boot.bin generated by PetaLinux may not always work, in such case it is recommended to make the boot.bin with SDK-GUI or command line tools manually.

There is no need to install anything else, or to fetch anything from any github repos, etc.

PetaLinux 2022.2

Petalinux 2022.2 is under review documentation for 2022.2 can be changed permanently at the moment

PetaLinux Installation

  • (optional) Create new VM with supported Linux OS.

    • Attention: Use English as OS language for your Linux System (Keyboard language can be any language). Other languages may cause errors on PetaLinux build process.

      • with OracleVM:

        • VM Setup:

          • RAM: >= 8GB

          • CPU:  >= 4

          • HDD: 200GB dynanically

            • ubuntu-20.04-desktop-amd64.iso

            • install vm guest additions

          • Network: network bridge

          • optional: add shared folder, enable drag and drop

        • Alternative to Oracle VM

  • Download PetaLinux  from Xilinx Website:

    • Choose  a PetaLinux Version, that's corresponding to the installed Vivado and SDK Version.

      • Example: Use Vitis (SDK+Vivado) 2021.2 with PetaLinux 2021.2

  • Use UG1144 "PetaLinux Tools Documentation - Reference Guide" that's corresponding with your PetaLinux Version

    1. Use bash as terminal:

      1. $ sudo dpkg-reconfigure dash 

        1. → press no

    2. Check "PetaLinux Tools Installation Requirements" chapter and install missing tool/libraries


        1. download and run

      2. $ sudo apt-get update

      3. $ sudo apt-get install iproute2 gawk python3 python build-essential gcc git make net-tools libncurses5-dev tftpd zlib1g-dev libssl-dev flex bison libselinux1 gnupg wget git-core diffstat chrpath socat xterm autoconf libtool tar unzip texinfo zlib1g-dev gcc-multilib automake zlib1g:i386 screen pax gzip cpio python3-pip python3-pexpect xz-utils debianutils iputils-ping python3-git python3-jinja2 libegl1-mesa libsdl1.2-dev pylint3 -y

        1. This is necessary because seems to be not install all packages correctly
    3. Install petalinux (Note: do not start from shared folder, copy installer into home directory)

      1. $ mkdir -p ~/petalinux/2022.2

      2. copy into ~/petalinux/2022.2
      3. $ ./

    4. source enviroment

      1. $ source ~/petalinux/2022.2/

    5. Deactivate Webtalk:

      1. $ petalinux-util --webtalk off

  • Note:

    • There is no need to install anything else, or to fetch anything from any github repos, etc.

    • It is recommended to test the installation by creating a dummy template project and building it.

      • Download one of the BSP Examples from Xilinx Website (Only to test your installation)

      • Install:$ petalinux-create -t project -s <path-to-bsp>

      • Build: $ petalinux-build

Creating a Project from Vivado Project

Some reference designs contains a preconfigured PetaLinux project as template. This can be used instead of creating a new project described on step 2.

Basic Note to TE Petalinux Templates, see: PetaLinux TE-Template#PetaLinux2021.2

New with 2022.2 and newer:

  • Separate Device Tree for U-boot possible
  • Device tree for uboot must be included into the Boot.bin
  • ... TBD

New with 2020.2 and newer:

  1. PetaLinux Working Environment (see UG1144)
    • PetaLinux Tools Installation is completed.
    • (Note: do not create project from shared folder, use home directory)
    • "/bin/sh" is bash

    • Set Working Environment:
      • $ source <path-to-installed-PetaLinux>/
  2. (optional to create project from scretch instead of Trenz Templates) Create a New Project (see UG1144): 
    1. $ petalinux-create --type project --template <CPU_TYPE> --name <PROJECT_NAME>

      • <CPU_TYPE>: zynqMP, zynq, microblaze
      • <PROJECT_NAME>:The name of the project you are building
  3. Import Hardware Configuration (see UG1144):
    • Export Hardware Definition File (*.xsa) from the Vivado Project into the PetaLinux root folder "<plnx-proj-root>":
      • change to PetaLinux root folder:
      • Run:$ petalinux-config --get-hw-description
  4. (optional) Configure your PetaLinux:
    • While anywhere in the project folder tree:
    • Run:$ petalinux-config
    • Run:$ petalinux-config -c u-boot
    • Run:$ petalinux-config -c kernel
    • Run:$ petalinux-config -c rootfs
  5. Build System Image (see UG1144):
    • While anywhere in the project folder tree:
    • Run:$ petalinux-build
  6. Generate Boot.bin with Vitis tools (recommended)
    1. Take u-boot.elf,  image.ub,  bl31.elf (ZynqMP only) from "<plnx-proj-root>/images/linux" for BOOT.BIN generation, also boot.scr is used (put separate on SD or include into Boot.bin for QSPI boot only).  It is recommended to create the FSBL and PMU Firmware (ZynqMP only) with Vitis tools.
  7. Generate Boot.bin with Petalinux
    1. Run:$ petalinux-package --boot <command options>

Petalinux Configuration

Use local sstate cache and downlods

  • Download (
    • aarch64 sstate-cache
      • for Versal, U+Zynq, RFSoC projects
    • arm sstate-cache
      • for 7 series Zynq projects
    •  mbfull sstate-cache 
      • for microblaze full projects
    •  mblite sstate-cache
      • for microblaze lite projects
    • Downloads 
      • forall types
  • extract files for example in
    • mkdir ~/design/sstate-cache
    • cd ~/design/sstate-cache
    • copy archives into this folder
    • tar -xfv sstate_aarch64_2022.2_10071807.tar.gz
    • tar -xfv sstate_arm_2022.2_10071807.tar.gz
    • tar -xfv sstate_microblaze_2022.2_10071807.tar.gz
    • mkdir ~/design/sstate-cache/downloads_2022.2
    • cd ~/design/sstate-cache/downloads_2022.2
    • copy archives into this folder
    • tar -xfv downloads_2022.2_10071807.tar.gz
    • delete archive files
  • change to the petalinux project
    • petalinux-config
      • for sstate-cache
        • -> Yocto Settings->Local sstate feeds settings->local sstate feeds url
          • ~/design/sstate-cache/sstate_aarch64_20222/aarch64
          • ~/design/sstate-cache/sstate_aarch64_2022.2/arm
          • ~/design/sstate-cache/sstate_aarch64_2022.2/mb-full
          • original:${PETALINUX_MAJOR_VER}/aarch64/sstate-cache
      • for downloads
        • -> Yocto Settings-> Add pre-mirror url
          • file://~/design/sstate-cache/downloads_2021.2/downloads
          • orginal:${PETALINUX_MAJOR_VER}/downloads
  • Clear petalinux project
    • petalinux-build -x mrproper

Configuration menues and files

Most settings can be changed with menu-config:

  • petalinux-config
  • petalinux-config -c u-boot
  • petalinux-config -c kernel
  • $  petalinux-config -c rootfs

Manual changes can be done in the subfolder "<plnx-proj-root>/project-spec/meta-user/"

  • project-spec/config/config
  • changes with "petalinux-config" will be saved here
  • recipes-bsp/u-boot/files
  • recipes-bsp/u-boot/files/platform-top.h
  • recipes-bsp/uboot-device-tree/files/ystem-user.dtsi
  • changes with "petalinux-config -c u-boot" will be add to meta-user as recipes
  • optional overwrite, add UBoot settings on platform-top.h
  • Important:: Separate Device tree is disabled on default project generation, it must be enabled on petalinux-config menue under u-boot configuration otherwhise linux device tree will be used
Device Tree
  • recipes-bsp/device-tree/files/system-user.dtsi
  • recipes-bsp/device-tree/files/pl-custom.dtsi
  • overwrite or add device tree attributes
  • recipes-kernel/linux/linux-xlnx/
  • changes with "petalinux-config -c kernel" will be add to meta-user as recipes 
  • project-spec/meta-user/recipes-apps
  • add simple new app with "petalinux-create -t apps -n myapp --enable"
  • enable/disable with "petalinux-config -c rootfs"
  • project-spec/config/rootfs_config
  • project-spec/meta-user/conf/user-rootfsconfig
  • "petalinux-config -c rootfs" will save changes in the general config spec, only apps will be saved in user-rootfsconfig also
  • user-rootfsconfig must be changed manually and will read after rootfs_config is used
Xilinx  generated configuration
  • project-spec/config/
Note: config and rootfs_config are shared at the moment, they include user and xilinx default changes from XSA import

Additional Descriptions


  1. PetaLinux Tools Documentation - Reference Guide (UG1144)
  2. PetaLinux Tools Documentation - PetaLinux Command Line Reference (UG1157)


PetaLinux Troubleshoot

Petalinux 2022.2

General notes

Xilinx Release Notes available on:

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