Texas Instruments AM64x SKEVM

Preparation

Ensure you replace the <factory> placeholder below with the name of your Factory.

Download necessary files from https://app.foundries.io/factories/<factory>/targets

1. Click the latest Target with the platform-devel trigger.

   

2. Expand the run in the Runs section (by clicking on the + sign) which corresponds with the name of the board and download the Factory image for that machine.

   E.g: lmp-factory-image-am64xx-sk.wic.gz
   

3. Extract the file lmp-factory-image-am64xx-sk.wic.gz:

   gunzip lmp-factory-image-am64xx-sk.wic.gz
   

Hardware Preparation

Set up the board for booting from MMC1 - SDCard:

1. Ensure that the power is off (remove cable from J8)

AM64xx-sk top view

2. Put the am64xx-sk into boot from SDCard Mode:

Switch settings

Flashing

Linux

macOS

Windows

1. Determine the disk you want to flash by finding the device with the SIZE that matches your SD card in the list below. Be sure to ignore partitions (where TYPE is part). Save the NAME for your SD card device to be used in a later step as the disk path. e.g: /dev/mmcblk0:

   lsblk -po +MODEL
   

   Example Output:

   $ lsblk -po +MODEL
   NAME             MAJ:MIN RM   SIZE RO TYPE MOUNTPOINT                 MODEL
   /dev/mmcblk0     179:0    0  29.8G  0 disk
   ├─/dev/mmcblk0p1 179:1    0  41.6M  0 part /mnt/boot
   └─/dev/mmcblk0p2 179:2    0  29.8G  0 part /mnt/otaroot
   /dev/zram0       254:0    0    26G  0 disk /out
   /dev/nvme0n1     259:0    0 953.9G  0 disk                            SSDPEKKF010T8 NVMe INTEL 1024GB
   

2. Flash the disk.

   Replace <system-image> with the path to your system image.

   Replace /dev/mmcblk<X> with your chosen disk path.

gunzip -c <system-image> | sudo dd of=/dev/mmcblk<X> bs=4M iflag=fullblock oflag=direct status=progress

1. Determine the disk you want to flash by finding the device with the SIZE that matches your SD card in the list below. Be sure to ignore partitions (lines without the * in the SIZE). Save the IDENTIFIER for your SD card device to be used in a later step as the disk path. e.g: /dev/disk3:

   diskutil list
   

   Example Output:

   $ diskutil list
   /dev/disk3 (internal, physical):
      #:                       TYPE NAME                    SIZE       IDENTIFIER
      0:     FDisk_partition_scheme                        *15.5 GB    disk3
      1:             Windows_FAT_32 boot                    45.7 MB    disk3s1
      2:                      Linux                         15.5 GB    disk3s2
   

2. Flash the disk.

   Replace <system-image> with the path to your system image.

   Replace /dev/disk<X> with your chosen disk path.

gunzip -c <system-image> | sudo dd of=/dev/disk<X> bs=4M

Windows has no dd like tool built into the operating system to flash your image to disk. In this case, we recommend you download and use either Win32 Disk Imager or Rufus.

Note

Your system image is in a compressed wic.gz format. To follow these next steps, you must extract it using a tool like 7zip which will leave you with a .wic image file.

Using Rufus

1. Download and run Rufus.
2. Select your disk.
3. SELECT your <system-image>.
4. START the flash procedure.

Using Win32 Disk Imager

1. Download and run Win32 Disk Imager as Administrator.
2. Click the blue folder icon.
3. Select your <system-image>
4. Select your disk via the Device dropdown.
5. Click Write
6. Wait for the image to finish writing, and a Write Successful dialog will appear.

1. Remove the micro SDCard from the host and insert it into the socket on the bottom of the board.

SDCard location

2. Power on the board to boot the new image.