- Change into the root directory of your PetaLinux
project.
$ cd <plnx-proj-root> - Launch the top level system configuration menu.
$ petalinux-config - Select .
- In the u-boot script
configuration submenu, you have the following
options:
- To append provided offsets to the memory/DDR base address, select [*] Append base address to image offsets. PetaLinux reads the DDR base address from the hardware file and appends it to the offsets provided. This is enabled by default.
- To add any U-Boot environment variables which have to be executed before the boot command, select () Pre bootenv.
- To check/modify the JTAG/DDR offsets, use JTAG/DDR image offsets –->. These are
used in the JTAG boot mode and also to load the images from
flash/storage to the DDR memory.Note: By default, the following load addresses are used by PetaLinux for the boot.scr on the JTAG boot:
Table 1. Default Load Address on JTAG Boot Device Load Address of boot.scr Zynq UltraScale+ MPSoC and Versal ACAP DDR base address + 0x20000000 Zynq-7000 devices DDR base address + 0x3000000 MicroBlaze processors (DDR base address + DDR size) - 0xe00000 
- To check/modify the QSPI/OSPI offsets/sizes, use
QSPI/OSPI image offsets
---> configuration menu. Make sure the specified
offsets/sizes do not overlap with boot.scr or image
to image.Note: By default, the following load addresses are used by PetaLinux for the boot.scr on the QSPI/OSPI boot:
Table 2. Default Load Address on QSPI/OSPI Boot Device Load Address of boot.scr Zynq UltraScale+ MPSoC 0x3E80000 Versal ACAP 0x7F80000 Zynq-7000 devices 0xFC0000 MicroBlaze processors 0x1F00000 
- To check/modify the NAND offsets/sizes, use the
NAND image offsets –->
configuration menu. Make sure the specified offsets/sizes do not overlap
with the boot.scr or image to
image.Note: By default, the following load addresses are used by PetaLinux for the boot.scr on the NAND boot:
Table 3. Default Load Address on NAND Boot Device Load Address of boot.scr Zynq UltraScale+ MPSoC 0x3E80000 Versal ACAP 0x7F80000 Zynq-7000 devices 0xFC0000 MicroBlaze processors 0x1F00000 