# Download binary images for Aria ## Linux Kernel 5.15.68 - Debian Bullseye 11.5 - At91Bootstrap 3.10.4 Version: 13-oct-2022 * [MicroSD image debian-bullseye-aria.img.xz](/download/microsd/aria-13oct2022/debian-bullseye-aria.img.xz) Use balenaEtcher to generate a microSD with this image: * ###Login data * Login: acme Password: acmesystems Check the Linux version by typing: uname -r 5.15.68 Check the Debian version by typing: cat /etc/debian_version 11.5 By default the root password is not defined. To set it login as acme user and type: sudo passwd To extend the rootfs partition to fill the whole microSD space available type: sudo growpart /dev/mmcblk0 2 sudo resize2fs /dev/mmcblk0p2 Note if you have a board with 256MB change in the cmdline.txt on the first partition from: 128M in: 256M
## Kernel Linux 4.19.128 - Debian Buster 10 Version: 5-oct-2022 * [MicroSD image debian-buster-aria.img.xz](/download/microsd/aria-05oct2022/debian-buster-aria.img.xz) Use balenaEtcher to generate a microSD with this image: * ### Login data The login data on this image both from debug port or ssh is: * Login: acme * Password: acmesystems ### Extends the rootfs partition At the first boot the rootfs size is limited to few megabytes. Check it by typing: df Filesystem 1K-blocks Used Available Use% Mounted on /dev/root 848684 372712 415644 48% / devtmpfs 124592 0 124592 0% /dev tmpfs 125104 0 125104 0% /dev/shm tmpfs 125104 176 124928 1% /run tmpfs 5120 0 5120 0% /run/lock tmpfs 125104 0 125104 0% /sys/fs/cgroup /dev/mmcblk0p1 97446 4070 93376 5% /boot In this example I've used an 8GB microSD and the space used is 48%. Type this two commands to use all the microSD space available: sudo growpart /dev/mmcblk0 2 sudo resize2fs /dev/mmcblk0p2 and check again: df Filesystem 1K-blocks Used Available Use% Mounted on /dev/root 7531440 433020 6768232 7% / devtmpfs 124592 0 124592 0% /dev tmpfs 125104 0 125104 0% /dev/shm tmpfs 125104 176 124928 1% /run tmpfs 5120 0 5120 0% /run/lock tmpfs 125104 0 125104 0% /sys/fs/cgroup /dev/mmcblk0p1 97446 4070 93376 5% /boot the space used now is just 7%: ### To generate this binaries from sources follow these articles * @article='at91bootstrap' * @article='aria_compile_kernel_4_19' * @article='aria_debos' ### Kernel configuration and device tree used * [acme-aria_defconfig](/download/microsd/aria-05oct2022/acme-aria_defconfig) * [acme-aria.dts](/download/microsd/aria-05oct2022/acme-aria.dts) ### Enable the remote SSH access as root To enable the ssh as root change __/etc/ssh/sshd_config__ using nano sudo nano /etc/ssh/sshd_config set this line: PermitRootLogin yes and restart sshd by typing: sudo systemctl restart ssh
# Previous images

Aria G25 - Kernel Linux 4.4.9 - Debian Jessie 8.4

MicroSD contents for Aria G25 with: Python, Wi-Fi
Version: 08-may-2016

Create a bootable microSD

A Linux PC is required to follow this procedure:
  • Format a microSD with gparted following this article
  • Mount the two new partitions boot and rootfs just clicking from the file explorer window
  • Download the archive with the first microSD partition contents: boot.tar.bz2
  • Download the archive with the second microSD partition contents: rootfs.tar.bz2
  • Untar the archives to the microSD partitions using the following commands:
    • tar -xvjpSf boot.tar.bz2 -C /media/$USER/boot
    • sudo tar -xvjpSf rootfs.tar.bz2 -C /media/$USER/rootfs
  • The kernel command line parameters are passed by the dts file.
  • Unmount the microSD and use it to boot on Aria G25
  • Open a SSH session or use the DPI adapter to get the access to the console
  • The login data are:
    • User: root Password: acmesystems

Read the tutorials page to know how to do create the microSD contents starting from sources.

Defconfig and device tree used

Aria G25


Kernel Linux 4.2.5 - Debian Jessie 8.2

Version: 7-nov-2015
MicroSD contents for Aria G25 with the minimal packages to access open a SSH session via LAN.
###Binaries * First microSD partition files: [boot.tar.bz2](https://www.acmesystems.it/download/microsd/Aria-07nov2015/boot.tar.bz2) * Second microSD partition files: [rootfs.tar.bz2](https://www.acmesystems.it/download/microsd/Aria-07nov2015/rootfs.tar.bz2) ###How-to create a bootable microSD A Linux Ubuntu PC is required * Format a microSD with gparted ([read more](/microsd_format)) and mount it * Download the binaries * Uncompress the binaries to the microSD with the following commands: 
$ tar -xvjpSf boot.tar.bz2 -C /media/$USER/boot 
$ sudo tar -xvjpSf rootfs.tar.bz2 -C /media/$USER/rootfs
* unmount the microsd and try it on your Aria ###Login data * Login: root Password: acmesystems ###Create the binaries from sources * [Bootloader](/compile_at91bootstrap) * [Kernel](/compile_linux_4_2) * [Rootfs](/debian_jessie) ###Defconfig and device tree used * [at91-ariag25.dts](./Aria-07nov2015/at91-ariag25.dts) * [at91-ariag25_defconfig](./Aria-07nov2015/at91-ariag25_defconfig)

Kernel Linux 3.16.1 - Debian Wheezy 3.16.1

Version: 24-nov-2014
MicroSD contents for Aria G25 to run Debian Jessie 8.2 and Linux Kernel 4.2.5. It contains the minimal packages to access open a SSH session via LAN.
###Versions: * AT91bootstrap 3.5.3 * Kernel Linux 3.16.1 * Debian 'Wheezy' 7.7 ###How to generate a bootable microSD from binaries * [Format a new microSD](/microsd_format) * Insert the new microSD in your PC reader and check that the partition __kernel__ and __rootfs__ are mounted * Download from [here](https://www.acmesystems.it/download/microsd/Aria-24nov2014) these files: * kernel.tar.bz2 * rootfs.tar.bz2 * Extract the tar file contents inside the first and second microSD partition by typing these commands: 
$ sudo tar -xvjpSf kernel.tar.bz2 -C /media/$USER/KERNEL
$ sudo tar -xvjpSf rootfs.tar.bz2 -C /media/$USER/rootfs
* If you have a a Aria G25 with 128 MByte copy boot128.bin on boot.bin. * Unmount the microSD and use it to boot your Acme Board. * At login use this account: 
login: root
password: acmesystems
###How to create the binaries from scratch The instruction to obtain these executable files from sources are available on: * @article='compile_at91bootstrap' * [Kernel](/compile_linux_3_16) * [Rootfs](/debian_wheezy)