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The next step is to package the Linux system and run it on the VCK190 board. To package the Linux system for hardware with a single command, run the following command:
make all
For the hardware build, the –-package
command creates an sd_card.img
file, which contains the contents of the sd_card/
folder. Copy the sd_card.img
file onto an SD card. This becomes the boot device of your system. Perform the following steps to run the test_bf_app.exe
executable on the VCK190 board.
- Ensure that your board is powered off.
- Use an SD card writer (such as balenaEtcher) to flash the
sd_card.img
file to an SD card. - Plug the flashed SD card into the top slot of the VCK190 board.
- Set the switch SW1 Mode[3:0]=1110 = OFF OFF OFF ON.
- Connect your computer to the VCK190 board using the included USB cable.
- Open a TeraTerm terminal and select the correct COM port. Set the port settings to the following:
Port: <COMMXX>
Speed: 115200
Data: 8 bit
Parity: none
Stop Bits: 1 bit
Flow control: none
Transmit delay: 0 msec/char 0 msec/line
- Power on the board.
- Wait until you see the
root@versal-rootfs-common-2024_1
Linux command prompt. Press enter a few times to get past anyxinit
errors. - Run the following commands into the TeraTerm terminal:
cd /mnt/sd-mmcblk0p1
./test_bf_app.exe 0 aie.xclbin
The test_bf_app.exe
should execute functional and performance tests. At the end of the application, the following final output is generated:
[ULBF] Read first 4 iterations of Slave-11 errCount:0...
[DLBF+ULBF] - ***** TEST PASSED *****
***** END TEST *****
GitHub issues will be used for tracking requests and bugs. For questions go to forums.xilinx.com.
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