![]() petalinux-config, petalinux-config -c kernel, petalinux-config -c rootfs petalinux-create -type project -template zynq -name ī. Run init_congif.sh, and follow Petalinux Kickstart:Ī. Generated the project with the vivado_create_project_guimode.sh, and TE::hw_build_design -export_prebuilt on Vivado TCL console.Ģ. The part that I am still confused is the programming part:ġ. Boot System(In case of ZynqBerry, configure Boot.bin into Flash and put image.ub on sd)Īpparently, the link I referred was temporary down, but now is online again.Īs mentioned, I followed the instructions in the Testboard example, using the scripts provided.Generate SW Application (SDK/VPetalinux/.).Generate Vivado project (for Zynq configure PS with board part automation(manually is also possible, but if PS configuration, a specially DDR is not correct, system will not boot)).Steps are allways the same and also described in Xilinx Documentation: ![]() To generate your design, you should generate at first our reference design without changes, if everything works, you can start to modify or generate your own design. Your link seems not longer online, but no matter there are much ways to work with Vivado and Xilinx SoCs so it's not possible to help on all ways.Īt first i would recommend to program ZynqBerry with our scripts and prebuilt files:įor more details how to program flash, you can use Xilinx documentation: I can actually see in the terminal the boot process start, but it gets stucked in a part where says: Press a key to stop autoboot: 3. Program flash device with BOOT.BIN in SDK Connect a serial terminal into usb uart port Copy the root file system into the second part of the sd Copy the BOOT.BIN, kernel image image.ub and device tree system.dtb into the first partition Package boot image containing the FSBL, FPGA bitstream, and U-Boot, with the petalinux command Config the petalinux to include the modules that I need (basically the USB Ethernet module) Import the hdf file into the petalinux template Create the hardware description in Vivado But I have a doubt regardless which files axactly should be packed into the BOOT.BIN, and what exactly needs to be copied into the SD (as I read here in the forums, the board TE 726-02M can't boot from SD, so the BOOT.BIN needs to be programed in the flash, and the rest of the boot process is then read from the SD). Following the PetaLinux KICKstart guide, I was able to build an image. If that is the case, is it possible to get an advice on a good guide for the process to build the linux image with Petalinx for the board in mention? I have seen so many different guides, that it gets kind of confusing. Does that mean that the board version 02M is not able to work with the example? I just didn't want to re-install everything again.īut the information in the README and the Wiki, lists the board versions te0726-01 - te0726-03r - te0726-03m - tes-1c. I was waiting for this as previously the examples where all for Vivado versions 2017.3, and I happened to have downloaded the 2017.4 version (both Vivado and Petalinux). Now I want to test the linux embedded, and I found the recently added example (Test Board, ). ![]() I was able to run the Hello world example (standalone), I have played a little with the SDK, handling GPIO and UARTs. I am getting to understand the Zynqberry 0726-02M, and I have followed the guides (Xilinx and Trenz).
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