reey

Hello, I would like to make a docker container of mine also available via IPv6 to the outside world. For that I need a my unraid system to have a static IPv6 suffix since my prefix is assigned from my provider. In my router I then need to set the IPv6 suffix for which the ports should be opened. Normally that suffix should be fixed on a server like this but it isn't since everytime I reboot or reconfigure unraids network settings a new IPv6 address is assigned to my unraid system. Normally this should only be the case if the IPv6 privacy extension is enabled otherwise the suffix of the IPv6 address should always be the same since it is calculated from the MAC address of the network interface. The IPv6 privacy extension is disabled in my unraids network settings but for some reason it is still being used as I described above.. If I select enable in the network settings and apply those settings, the refreshed page still shows the privacy extension disabled.. Is there a way of manually disabling the privacy extension? So in short: - IPv6 privacy extension seems to be used also if it is set to disabled in the network settings - Network settings don't allow the IPv6 privacy extension to be set to enabled, since on apply it is set to disabled again Best Regards, Reey

Hi, I'm running unRAID 6.5.1 RC3 on my AMD 2400G with a Asus Prime X370 Pro Motherboard. I disabled the C6 States in my go file and this has been working with my AMD 1700X. I've then switched to the 2400G and with that the system hard crashes after a few minutes.. I've been trying Ubuntu with kernel 4.15 and newer and had no such problems.. I'm not sure if this has anything to do with the kernel version, but would it be possible to bump the unraid kernel to 4.15 or newer? I will try to attach a log tomorrow as described here: I've tried it multiple times, but I'm not getting any stacktrace or error message with the method from the link above.. If the output is needed I can send it per PM, since it contains IP adresses and URLs I don't want to publish. Regards Reey