For a recent project, I needed to install LibreELEC/Kodi on a Raspberry Pi Compute Module 4 with built-in eMMC storage.
Because it's inconvenient to be swapping the Pi around from the embedded display I was using it in to my preferred carrier board I use for flashing Pis and interacting with their filesystems, I wanted to manage my LibreELEC install over SSH.
It seems like whatever documentation the LibreELEC Wiki used to have for remote SSH access is missing, and all I could find were references to enabling SSH during a GUI setup wizard. If you didn't see that during initial setup, the easiest way is to add
ssh
to the end of the line in the system's
cmdline.txt
file, then reboot.
So I pulled the Pi, used
usbboot
to mount the fat32 volume on my Mac, and opened
cmdline.txt
and added
ssh
. Then I popped the Pi back in the embedded display, and started it up.
Sure enough, I could now SSH in:
The default user is
root
and the default password is
libreelec
. No wonder they don't have SSH enabled by default :P
If you have a typical network, you don't need to hunt for the Pi's IP address either, you can just type in
ssh
[email protected]
and that should find it by mDNS on your local network.
Now, another thing I wanted to do was enable USB so I could plug a keyboard or flash drive into my embedded display. The CM4 doesn't enable the built-in USB 2.0 ports by default âor at least it didn't, historically.
But if I tried editing the
/flash/config.txt
file, it said it wasn't editable. Apparently the
/flash
directory is mounted read-only at boot, so I had to remount it as read-write .
Once I did that, I added
dtoverlay=dwc2,dr_mode=host
to enable USB 2.0 at the end of the
/flash/config.txt
file, and rebooted (
reboot
).
It's probably a good idea to change the default SSH password (
passwd
while logged in as
root
) while you're in there.
SSH can be useful for a number of things. Remote management, config backups, uploading/downloading files, and remote rebooting of your LibreELEC box, to name a few.