(the last issue may be with the processor not the mobo or possibly this mobo in conjunction with the processor).Īnyway, I'm considering building a new system in the next year and would not get another Gigabyte mobo due to the problems I've had with this one. I've also had some random reboot errors in ubuntu 16lts / macos10/11/12 / win 8/10 which seem to stem either from some problem with the DIMMs (tried different RAMS and problem persisted) or the socket for and/or my i7-4770k. From a lot of troubleshooting I think the problem stems from that the pins on the mobo for front panel audio jacks are overly sensitive and claims the audio routing most of the time.
The solution to the audio driver problem on k-/ubuntu has been to use the hdajackretask (part of alsa-tools) to force disable anything I'm not using. Original setup used an nvidia 7** something and currently I'm running 2x nvidia 1080s in kubuntu 18.04.
I've been running a GA-z87x-ud3h since it was new (~5 years) and I have had problems with the alc898 realtek hd-audio drivers in (k)ubuntu, fedora and macos since the get go. On the other hand the CPU temperature is read directly with a different driver (for Ryzen that's k10temp IIRC), so at least you would have that. Most sensors (and also the fan headers) on the motherboard are handled by the Super I/O chip, so that's why it's unfortunate when you get a chip for which there's no driver (or datasheet). I couldn't find out the exact chip, but it's from ITE. Google-fu (sometimes looking at pictures of the board). data can be read with smartctl, NVMe drivers used to require nvme-cli (but this won't be necessary anymore in Linux 5.5), Nvidia GPUs using the proprietary drivers require nvidia-settings, AIO liquid coolers may need liquidctl or OpenCorsairLink, etc.Ģ.) How can I check which chips the aforementioned motherboard uses? And there are many graphical tools built on top of these (personally I use Freon, a Gnome extension that displays sensor data).Ī few other devices may require special tools: HDD temperatures from S.M.A.R.T. You can also access the /sys/class/hwmon/* attribute files directly. sensors) to display and control hwmon devices supported at the kernel level. In most cases the simple answer is lm-sensors, which is a library and group of user-space tools (e.g.
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? The Setup is 100% Stable! I have never faced any kernel panic or reboot.A subreddit where you can ask questions about what hardware supports GNU/Linux, how to get things working, places to buy from (i.e.
(as re-writing the same thing is waste of time) Post InstallationĪfter Installing MacOS on your system copy my clover folder to your EFI Partition and Open the ist make sure you do the following: Gigabyte B360M DS3H CPU compatibility list. Now Read The More Detailed Installation Guide Here.
Disable only serial port (first option) Similar motherboards: GIGABYTE B360M DS3H (rev.( Olarila is highly recommended) First Proper BIOS Setting is needed for the macOS to boot: I made the installer on Windows using Olarila Mojave image & used Etcher.app Download Olarila Image From the Forum with Installation Guide: Or You can Use a Vanilla Guide but Olarila is faster but both are Vanilla. Vanilla Installation (hard for beginners).Olarila Installation (easy and noob friendly).⚠️ Please Read the whole readme file for better understanding. #Hackintosh Mojave Installation Guide for Gigabyte B360M D3H Hackintosh & Clover EFI Folder