Running on Hardware - 2023.2 English

Vitis Tutorials: AI Engine (XD100)

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Release Date
2023.2 English

To run the design on hardware, rerun the following make steps with TARGET=hw and other applicable options (see the preceding make steps specified above).

make kernels TARGET=hw 
make xsa TARGET=hw 
make application TARGET=hw
make package TARGET=hw 

These commands create a $(BUILD_TARGET_DIR) folder with the kernels, xsa, and package for a hardware run.

Run the following step to set up the execution file, generated images, and base images ($(BUILD_TARGET_DIR)/package/sd_card and $(BUILD_TARGET_DIR)/package/sd_card.img).

make run_emu TARGET=hw 

These commands create a build/hw folder with the kernels, XCLBIN, and package for a hardware run. Follow steps 1-9 to run the gemm_dsp_xrt.elf executable on your VCK190 board.

Step 1. Ensure your board is powered off.

Step 2. Use an SD card writer (such as balenaEtcher) to flash the sd_card.img file to an SD card.

Step 3. Plug the flashed SD card into the top slot of the VCK190 board.

Step 4. Set the switch (SW1 Mode\[3:0\]=1110 = OFF OFF OFF ON).

Step 5. Connect your computer to the VCK190 board using the USB cable included with the board.

Step 6. 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

Step 7. Power on the board.

Step 8. Wait until you see the root@versal-rootfs-common-2023_2 Linux command prompt. Press enter a few times to get past any xinit errors.

Step 9. Run the following commands in the TeraTerm terminal:

mount /dev/mmcblk0p1 /mnt
cd /mnt
export XILINX_XRT=/usr

./gemm_dsp_xrt.elf a.xclbin