LibreHardwareMonitor VS liquidctl

I really want to get this project https://github.com/LibreHardwareMonitor/LibreHardwareMonitor compiled and make some modifications.

OHM hasn't been updated since 2020. You want LibreHardwareMonitor instead.

I have posted previously on here before (although a long time ago) about my pc randomly powering off and then refusing to boot despite powering on. I was looking through some threads and someone recommended this hardware monitoring software (https://github.com/LibreHardwareMonitor/LibreHardwareMonitor/releases). I've used hwinfo for years but this one seemed a bit more clean to see info in one go. Anyway I digress, having reseated my gpu, ram, CPU and even swapping out my PSU in the past, I saw on that but of software that my m.2 drive was reaching around 85 degrees Celsius. I know that's hot but would it be enough for the computer to shutdown to protect itself?

Install something like Releases · LibreHardwareMonitor/LibreHardwareMonitor · GitHub & log what is going on both temperature, wattage & voltage before a crash & then check to see if anything stands out.

There's LibreHardwareMonitor on Windows. The fantastic Fan Control uses it, allowing you to do things like control the speed of fans connected to the motherboard based on the temperature of the GPU—useful for me since I did the "zip-tied case fan" mod.

You can give LibreHardwareMonitor a go. It's open-source, and allows you to add systray icons for whatever you want from the list of HW it detects/supports by right click any item and selecting "Show in systray". You can also change the color of the systray icon by right clicking it and selecting "Change color", making it easy to distinguish between, say, CPU & GPU corresponding temps (or whatever values you chose to display).

Thanks! I'm using Libre Hardware Monitor, as it's what this python library supported as a sensor. https://github.com/LibreHardwareMonitor/LibreHardwareMonitor

LibreHardwareMonitor for GPU status monitoring

https://github.com/Rem0o/FanControl.Releases/issues/69 And https://github.com/LibreHardwareMonitor/LibreHardwareMonitor/issues/1009

I intend to purchase an AIO for a system that will also run Linux in dual boot. As CAM is not available for Linux, i have been looking at 3rd party options such as https://github.com/liquidctl/liquidctl for controlling the AIO on Linux systems. Support for the 2023 models is still a work in progress however. I'm not sure what will happen to my AIO if I run linux without CAM or other software configured.

Most motherboards have a header to connect a 10k probe like that. I currently connected the 10k into my Corsair iCUE Commander (there is a temp probe connector). In Linux I use this project to read the temps and fan speeds: https://github.com/liquidctl/liquidctl

I did both, implementing the RGB Controller driver standalone and inside of liquidctl. The pull-request for liquidctl is in principle ready but i did not have time to test all of the more complex functionality. You can find the current state here https://github.com/maxawake/liquidctl/tree/nzxt-rgb-controller The NZXT Kraken Elite 360 driver to control the water cooling pump and the LCD display has been added by brokenmass in this pull request https://github.com/liquidctl/liquidctl/pull/605 My corsair vengeance DDR5 Ram is connected via i2c and my case fans are on a ARGB header of my asus motherboard which i can both control via the newest gitlab version of openRGB. Hope this helps! If you need help getting it running just ask

Also, very very useful on both windows and linux: liquidctl. Even if the kernel doesn't have support, this can control it (speaking about the commander pro, but applies to everything else on the README list as well).

PR raised : https://github.com/liquidctl/liquidctl/pull/605 :D

For the Corsair AIO control, you want Liquidctl. It doesn't have all the options like iCUE but it works fine.

I found this: https://github.com/liquidctl/liquidctl/blob/main/docs/corsair-commander-guide.md

There is also Liquidctl which has some type of fancontrol built in, but mainly focuses on liquid coolers (hence the name).