Hello all,
Yesterday I received the message that the Core 159 was released. On my ipfire it was not yet offered and I have test the channel set to testing and saved. Here I was offered the Core 159 and I reset to Stable. Now the Core 159 was still shown and I installed it and also did a reboot. This morning was in the Pakfire still various packages to see which I still updated.
My problem:
It shows me the following on the page of Pakfire “IPFire 2.27 (x86_64) - Core Update 159 Development Build: master/ff54a798”.
Can I now somehow switch to the Core 159 stable or does it work with the Core 160? Where can I see with WinSCP if the correct channel is set, so not on the web interface itself because there is Stable stored.
I have now noticed that the temperature on my router since the upgrade to Core 159 in the testing variant has made an immense leap from 50 to over 80 degrees. Unfortunately, I have not yet received any information about whether and how I can switch to the stable version.
I hope that my fanless system does not suffer any damage here.
Just switch back to stable and it will automatically reinstall the latest update from the stable tree, which is again 159.
Regarding the hardware, if that is a correct reading (PCH is the chipset) then this is a horrible hardware design and I would consider that a fire hazard. Turn it off, put a fan in.
Hello,
this is the chipset (Q370) and not the CPU. The CPU has a temperature of 44C on the screenshot.
Firstly, I think that it is not the real temperature, but a bug after an update. See e.g. High PCH temperature reported - Cannonlake/Coffeelake / Kernel & Hardware / Arch Linux Forums. This is also supported by the fact that it is a sudden temperature change and cannot be determined via the case temperature. On the other hand, the Intel chipsets are designed for a temperature of 110-115C. For this reason, the chipset isn’t even cooled directly via the case (so it isn’t directly coupled to the case like the CPU). But only indirectly via the case. That means that the heat is indirectly dissipated via the case due to the rising internal temperature.
I also believe that QEMU was included in the update to Core 159 (Development).
Can I see somewhere which packages were installed last?
You can check the pakfire logs in /opt/pakfire/logs/
I have also less hope that reinstall core159 will change anything because the only change between devel build master/ff54a798 and final core159 is the version string.
What is the official version of libvirtd in the stable release of 159 because I have 6.5.0?
On 18.08. I had tried in the evening to install the Core 159 because yes the mails came to it. Under Pakfire nothing was offered and so I had switched to Testing Version and searched and what found. After that I switched back to Stable and saved it. Now the 159 was still displayed and installed by me but it is probably still the development version.
Since this evening the Temperator is so high and only the next day I saw the other package to update anstanden and here also Libvirtd although of it nowhere the speech was.
I have reinstalled the Core 159 through Pakfire according to Arne’s instructions and unfortunately it remains at the current state. I wanted to read out the temperature using an Ubuntu Live System but there is no suitable package included. In the BIOS I could only see the temperatures of the CPU and M/B which were below 50 degrees.
I could not find the other high temperature anywhere in the BIOS.
Maybe this weekend or next I will take the time to re-set up the router once.
I would then first take the Core 158 without AddOns and see what temperature is displayed there and then update to the Core 159.
I had already tried to install lm-sensor on an Ubuntu Live USB stick but it did not work even though it is not write protected. Maybe I missed something but I was able to access the internet.
Still trying to install Linux directly on a USB stick.
I started the router from Ubuntu 21.04 and was able to read the temperatures. The identical temperatures as under ipfire Core 159 are displayed here as well.