Linux-boot.elf binary which is created by petalinux

#LINUX BOOT.ELF BINARY WHICH IS CREATED BY PETALINUX INSTALL#

and run the following TCL command to generate the XSA file 2- Linux OSДЎ- Go to the вЂњultra96v2-vitis-pkgвЂќ folder generated in the first step (i.e., 1-XSA design) and run the following commands mkdir linux_filesДў- Run the setting.sh file located at the PetaLinux installation folder by running this command source /tools/Xilinx/petaliux/2020.1/settings.shДЈ- In the вЂњultra96v2-vitis-pkgвЂќ folder create a PetaLinux project petalinux-create -t project -template zynqMP -n ultra96v2-petalinuxД¤- Go to the generated project folder and configure the project cd ultra96v2-petalinux Go to вЂњultra96v2-vitis-pkg/vivadoвЂќ that you have created. you can use pwd command to check the folder. And from the popup menu select вЂњCreate HDL WrapperвЂ¦ вЂќ and select the вЂњLet Viviado manage wrapper and auto-updateвЂќ option in the dialog box.Дў8- Then under the PROGRAM AND DEBUG option in the left-hand side panel, select вЂњGenerate BitstreamвЂќ and wait until the end of the process.Дў9- After generating the bitstream, go to the TCL Console view and make sure you are in the right folder. And from the popup menu select вЂњGenerate Output ProductsвЂ¦вЂќ.Дў6- Select the Generate button and wait for the process to finish.Дў7- Again, press the right-click on the вЂњultra96v2_design (ultra96v2_design.bd)вЂќ option in the source view panel. (WindowвЂ“>Platform Interfaces).ДЎ7- Click on вЂњEnable platform interfacesвЂќ if this the first time you select the Platform Interfaces option in the project.ДЎ8- Right-click on each port in the following list and select EnableДў4- Press the right-click in Diagram view and in the popup menu select Validate Design.25- Press the right-click on the вЂњultra96v2_design (ultra96v2_design.bd)вЂќ option in the source view panel. For this purpose, select вЂњPlatform InterfacesвЂќ option from the вЂњWindowвЂќ menu in the Vivado IDE. Figure 14ДЎ2- Add an AXI interrupt controller IP Figure 15ДЎ4- Connect maxihpm0_lpd_aclk to the 100 MHz clock of Clocking Wizard IP.ДЎ6- Now, we should declare the platform (PFM) interface and properties. Figure 12ДЎ0- Add four Processor System Reset IPs corresponding to the four output clocks.ДЎ1- Add connections as Figure 14. Add four output clocks with different output frequencies, and make sure that the reset type is вЂњActive LowвЂќ. Figure 9Д§- Double click on the Zynq IP and configure that as Figure 10 Figure 10ДЁ- Add a Clocking Wizard IP to the design.Д©- Double click on the added IP and configure that as Figure 12. Figure 7ДҐ- Add a Zynq UltraScale+ MPSoC IP into the Diagram view Figure 8Д¦- Click on вЂњRun Block AutomationвЂќ and make sure вЂњApply Board ResetвЂќ is selected. It is better to choose our platform name here. Figure 2 Figure 3 Figure 4Д¤- In the Vivado project, create a block design with the name of ultra96v2. Figures 1-6 show the flow of the project creation. You can also copy the files into /data/boards/board_files 1- XSA designДЎ- create a directory called ultra96v2-vitis-pkg mkdir ultra96v2-vitis-pkgДў- create a directory called vivado mkdir vivadoДЈ- Run Vivado and create a project called ultra96v2-xsa in the ultra96v2-vitis-pkg/vivado folder. To make Vivado detects the board, copy the Avnet ultra96v2 board definition files (at here) to the /data/boards/board_files.

#LINUX BOOT.ELF BINARY WHICH IS CREATED BY PETALINUX INSTALL#

Note that, the Xilinx Vitis software includes Vivado, so you do not need to install that separately.

I have installed Xilinx Vitis and Petalinux 2020.2 under the Ubuntu 20.04 OS.

In the sequel, I am trying to briefly explain each step.

TestвЂ“ Create a simple application to test the generated platform.

Create Vitis Platform вЂ“ Using Xilinx Vitis to generate the Platform.

Linux OS вЂ“ Generating a PetaLinux project to configure Linux.XSA design вЂ“ Generating a Vivado project containing the underlying hardware (the hardware platform).Creating the Ulra96v2 platform in the Xilinx Vitis 2020.2 has five steps:

Linux-boot.elf binary which is created by petalinux