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I tried before some other tutorials, including and at the final part, there are some env commands that I tried, but also there was never a successful boot. I am including the option to verify blank before programming. If I program the BOOT.BIN in prebult/boot_images/m/hello_te726/ the application works normally (prints the message prompt in a loop). I programmed with the TCL command, and also with the SDK GUI menu (using the BOOT.BIN in prebuilt/boot_images/m/u-boot/ and the FSBL in prebuilt/software/m/zynq_fsbl_flash.elf). Did not run petalinux commands so that image is not overwritten. I run TE scripts only for Vivado project creation (including hardware build and export). I have tried also creating the vivado project by myself, and building the image as shown in Xilinx Docs, and several tutorials online. Connect serial monitor and power on board Program flash with BOOT.BIN in SDK menu (using the zynq_fsbl_flash.elf found in the prebuilt/software/m/ from the test_board project.ġ1. Copy image.ub, system.dtb to SD card (format FAT32) - Also tried copying everything in images/linux/ to SD, as I understand rootfs is loaded in RAM.ġ0. petalinux-package -boot -format BIN -fsbl.
![download vivado sdk 2017.4 download download vivado sdk 2017.4 download](https://img-blog.csdnimg.cn/20190926195759268.png)
petalinux-config -c kernel - in menu enable the driver for USB-to-EthernetĨ. Petalinx-config (in menu selecting boot image from Flash - Kernel and DTB from SD, and rootfs from INITRAMFS)ĥ. Run init script and create petalinux projectĤ. Exported the HDF file including bitstreamģ. I am not sure if what I am doing is correct for this board.Ģ. As I have mentioned several times, the instructions are not so clear, and they differ from the Xilinx documentation. Loading Device Tree to 07ff9000, end 07fff6f8. This is probably not the time for that, though.# Loading kernel from FIT Image at 10000000. Also you really should get at least a little bit acquainted with Linux sooner or later if you are studying something which involves installing Vivado for a course. I'd give a Docker based system a try if you're into that kind of thing.
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At any rate "you will WANT to reformat your harddrive after you're done using Vivado" is probably what your lecturer meant.Īs to what system to recommend: one's honestly as good as the next.
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Maybe there's an uninstaller that will delete the Desktop Icon but leave Gigs of trash laying around and uncountable orphaned registry entries on Windows. More or less any system you install it on will be seriously fucked up afterwards unless you install it in some sort of sandbox. In case you are using Linux you will probably have to physically change your monitors resolution because all the text is either elephantine or too small to read with no method to adjust it via Settings. Once that new harddrive arrives from Amazon you can finish you're install which will include no fewer than 7 different full jdk installs and an editor that can't even pretty-print verilog. These will result in another afternoon of downloads. This, of course, is only the java based installer which will present you with a myriad of incomprehensible download options during the install. Unless there have been major changes, you'll spend an afternoon downloading a 17GB monstrosity from the world's slowest download mirror. Vivado is a horrid piece of software from a usability perspective, or at least was the last time I used it two or so years ago. Vendors make money selling FPGAs not tooling.