Solutions to your doubts are just one click away. Just select the appropriate category and ask questions. You can also reply to the answers you are already aware.
2. Go to Search button in Ubuntu and search for “G-Partition”.
Fig 1
3. Enter your user password to continue.
4. “/dev/sda-G parted will open (Please refer the image given below).
Fig 2
5. Now change the “/dev/sda” to “/dev/sdb” as shown in the image above as “sda” will be having your system disk partition and “sdb” will be having you SD-card partition.
NOTE: Check the size of partition before doing all these operations.
6. You will be having an “unallocated” partition, click on the create new partition page present on the top left-hand side of the G-partition section.
Fig 3
7. Here please refer the above image and make the following changes:
· Free space preceding (MiB) : 8
· New size (MiB): 1024 (1 GB which I have given you can give as per your convenience and SD-card size)
· File system: fat32
· Label: BOOT
8. Click on “Add” making the following changes.
9. Again, click on create new partition page present in the left top side of G-partition
Fig 4
10. Here please refer the above image and make the following changes:
· File system: ext3
· Label: rootfs
11. Click on “Add” making the following changes.
12. Press on the “Apply your partition changes” option present and wait for some time (refer figure 5).
Fig 5
13. Go to your files section present in Ubuntu you will see the two partitions “BOOT” & “rootfs” have been created.
Fig 6
14. Now in your “BOOT” partition copy kernel, oftree, zImage, u-boot.bin, BOOT.BIN (please refer the below figure for more clear idea as to which images should be copied in “BOOT” partition.
Fig 7
15. Now you will be provided with a “tar-file” for the SD-card which you have to un-tar in rootfs partition using terminal.
16. Type the following command to extract the tar file in your “rootfs” partition.
sudo tar -xvf core-image-minimal-sama5d27-som1-ek-sd_python_energy_meter.tar.gz -C /media/user/rootfs.
NOTE: refer the image given below for proper understanding.
Fig 8
17. It will ask for admin password as shown in figure 8 above.
18. Mount the SD-card on the rugged-board A5d2x and plug the board to your system and open minicom, your board will start booting from SD-card.
If you need to know how to find your wireless chipset, here is the command:
$ lspci | grep -i wireless
If the command give you nothing, try with sudo.
If you have same problem with same wireless chipset, you can continue with this post, if you wireless chipset is different with mine, I suggest you to dig deeper on internet ;)
First thing first, you need to add a "non-free" to your source.list
deb http://httpredir.debian.org/debian/ jessie main contrib non-free
Put that string to /etc/apt/sources.list
Done with that? Update apt and install the driver.
Steps for Bootable SD-card
Steps:
1. Format your SD-card completely.
2. Go to Search button in Ubuntu and search for “G-Partition”.
Fig 1
3. Enter your user password to continue.
4. “/dev/sda-G parted will open (Please refer the image given below).
Fig 2
5. Now change the “/dev/sda” to “/dev/sdb” as shown in the image above as “sda” will be having your system disk partition and “sdb” will be having you SD-card partition.
NOTE: Check the size of partition before doing all these operations.
6. You will be having an “unallocated” partition, click on the create new partition page present on the top left-hand side of the G-partition section.
Fig 3
7. Here please refer the above image and make the following changes:
· Free space preceding (MiB) : 8
· New size (MiB): 1024 (1 GB which I have given you can give as per your convenience and SD-card size)
· File system: fat32
· Label: BOOT
8. Click on “Add” making the following changes.
9. Again, click on create new partition page present in the left top side of G-partition
Fig 4
10. Here please refer the above image and make the following changes:
· File system: ext3
· Label: rootfs
11. Click on “Add” making the following changes.
12. Press on the “Apply your partition changes” option present and wait for some time (refer figure 5).
Fig 5
13. Go to your files section present in Ubuntu you will see the two partitions “BOOT” & “rootfs” have been created.
Fig 6
14. Now in your “BOOT” partition copy kernel, oftree, zImage, u-boot.bin, BOOT.BIN (please refer the below figure for more clear idea as to which images should be copied in “BOOT” partition.
Fig 7
15. Now you will be provided with a “tar-file” for the SD-card which you have to un-tar in rootfs partition using terminal.
16. Type the following command to extract the tar file in your “rootfs” partition.
sudo tar -xvf core-image-minimal-sama5d27-som1-ek-sd_python_energy_meter.tar.gz -C /media/user/rootfs.
NOTE: refer the image given below for proper understanding.
Fig 8
17. It will ask for admin password as shown in figure 8 above.
18. Mount the SD-card on the rugged-board A5d2x and plug the board to your system and open minicom, your board will start booting from SD-card.
Fig 9
If you need to know how to find your wireless chipset, here is the command:
$ lspci | grep -i wireless
If the command give you nothing, try with sudo.
If you have same problem with same wireless chipset, you can continue with this post, if you wireless chipset is different with mine, I suggest you to dig deeper on internet ;)
First thing first, you need to add a "non-free" to your source.list
deb http://httpredir.debian.org/debian/ jessie main contrib non-free
Put that string to /etc/apt/sources.list
Done with that? Update apt and install the driver.
$ sudo apt update && apt install firmware-brcm80211
The finishing, it need to insert the module to access installed firmware.
$ sudo modprobe -r brcmsmac ; modropbe brcmsmac
It's done, your wireless network ready to use.