Upstream kernels or those with the patchset will support most RTW88 chip devices if configured and compiled to do so. linux-zen and linux-zen-gitAUR both include these patches, with the packaged version already having the module built.
The first thing I did (as you should do) was run the update manager. Click on the Show Applications button (the square of dots in the dock) and then type update in the search field. Select Software Update and apply any available updates.
First Arch Linux ISO Powered by Linux Kernel 5.3 Is Now Available for Download
Clonezilla Live 3.0.2 disk cloning/imaging utility is now available for download. This release is powered by the latest Linux 6.0 kernel series and synced with the Debian Sid repositories as of November 3rd, 2022.
Ubuntu 22.10 (Kinetic Kudu) distribution is now available for download. This major release features the GNOME 43 desktop environment and Linux 5.19 kernel, as well as up-date apps and core components.
Arch Linux 2022.02.01 is now available for download as the first Arch Linux ISO image powered by the latest and greatest Linux 5.16 kernel series. This release also includes all the updates and security patches released in January 2021.
Manjaro Linux 21.2 distribution is now available for download with the Xfce, KDE Plasma, and GNOME flavors. This release ships with Linux kernel 5.15 LTS and all the latest updates and security patches from Arch Linux.
This is definitely a bug/inconsistency. I just installed Archlinux on a fresh VM using the ISO image obtained from the Magnet Link found at I don't think it can be much more official than that.I followed the procedure provided at _guidepacstrap /mnt base linux linux-firmware led to the error.Issuing pacman -Sy archlinux-keyring prior to that fixed the issue.
//////////////////////////////////////////////////////////////////////////// asciidoc JS helper for Proxmox VE mediawiki pages//// code based on original asciidoc.js, but re-written using jQuery////////////////////////////////////////////////////////////////////////////var asciidoc = toc: function ($content) // toc generatorvar tocholder = $content.find('#toc');if (!tocholder) return;tocholder.html('');tocholder.hide();var html = "Contents";var n = 0;$content.find("div.sect1").each(function() var h = jQuery(this).find("h2").first(); var id = h.attr("id"); if (id != null) n++;html += "" + "" + "" + h.html() + ""; );html += "";if (n > 3) tocholder.html(html); tocholder.show(); , // footnote generator footnotes: function ($content) var noteholder = $content.find('#footnotes');if (!noteholder) return;noteholder.html('');// Rebuild footnote entries.var refs = ;var n = 0;var inner_html = '';$content.find("span.footnote").each(function() n++; var span = jQuery(this); var note = span.attr("data-note"); var id = span.attr("id"); if (!note) // Use [\s\S] in place of . so multi-line matches work.// Because JavaScript has no s (dotall) regex flag.note = span.html().match(/\s*\[([\s\S]*)]\s*/)[1];span.html("[" + n + "]");span.attr("data-note", note); inner_html += "" +"" +n + ". " + note + ""; if (id != null) refs["#"+id] = n; );if (inner_html) noteholder.html("" + inner_html); if (n != 0) // process footnoterefs. $content.find("span.footnoteref").each(function()var span = jQuery(this);var href = span.find("a").first().attr("href");href = href.match(/#.*/)[0]; // in case it return full URL.n = refs[href];span.html("[" + n + "]"); ); ;// add init to mediawiki resource loader queue(window.RLQ=window.RLQ[]).push(function() // cannot use mw.hook directly here yet, the mediawiki.base module is not yet available mw.loader.implement('pve.doctoc', function() mw.hook('wikipage.content').add(function($content) asciidoc.toc($content); asciidoc.footnotes($content);); ););td.hdlist1 vertical-align: top;td.hdlist2 vertical-align: top;Containers are a lightweight alternative to fully virtualized machines (VMs).They use the kernel of the host system that they run on, instead of emulating afull operating system (OS). This means that containers can access resources onthe host system directly.
Daylight LinuxA Debian 10 Buster based linux, lightweight Fluxbox gui with many usefull softwares and features pre-installed.Daylight Linux version 4 has just been released.The linux kernel is now upgraded to the 5.3 version for the AMD64 live version and Kernel 4.19.68 for the Raspberry Pi version.All packages are upgraded to the Debian 10 version or to the cutting edge version (experimental) for all current softwares.Added compatibility for the Raspberry Pi 4.
SlaXBMCRPi is a minimal Linux distribution based on Slackware ARM that brings a full-featured XBMC/KODI solution to your Raspberry Pi. It allows the user to exit from XBMC/KODI to the Desktop should he need to perform typical desktop tasks (browsing, text editing etc.).The latest release, SlaXBMC 14.2, supports Raspberry Pi 1 (A, A+, B, B+) and Raspberry Pi 2/3 hardware. There are two pre-built images per hardware profile available: Developer: Requires 3.5GB disk space (linux filesystem) and contains all development packages required to compile the Linux kernel, XBMC and other XBMC-related (or not) packages Minimal: Requires 2.2GB disk space (linux filesystem) and contains only the packages required to run XBMC.Raspberry Pi 1 (A, A+, B, B+) pre-built images
Linux drivers are part of the upstream Linux* kernel. They're available through the regular channels, distributions, or the Linux* kernel archives. We support use of the drivers only in the kernel version the driver was a part of. See the table below for a list of supported devices by the iwlwifi driver. Find more information about supported devices and firmware versions on the Intel Wi-Fi Linux community page.
This is the to be kernel 5.3.0-24 based of linux 5.3.13 + UBUNTU: SAUCE: Revert "tpm_tis_core: Turn on the TPM before probing IRQ's" + UBUNTU: SAUCE: Revert "tpm_tis_core: Set TPM_CHIP_FLAG_IRQ before probing for interrupts"
(In reply to Ferry Toth from comment #13)> This evening I built ubuntu eoan master-next.>> This is the to be kernel 5.3.0-24 based of linux 5.3.13 + UBUNTU: SAUCE:> Revert "tpm_tis_core: Turn on the TPM before probing IRQ's" + UBUNTU: SAUCE:> Revert "tpm_tis_core: Set TPM_CHIP_FLAG_IRQ before probing for interrupts">These two patches do not revert all the changes introduced in a3fbfae82b4cb3ff9928e29f34c64d0507cad874, do they?> (see> ubuntu-kernel/ubuntu/+source/linux/+git/eoan/log/> ?h=master-next)>> Unfortunately this kernel does not resolve the issue in this bug.How about unload the tpm module or even unset CONFIG_TCG_TPM and build the kernel?I have encountered the hibernation issue that the system hangs when issuing S4 due to tpm unable to shutdown the devices during that phase.
(In reply to Ferry Toth from comment #36)> On Ubuntu 19:10 linux 5.3.0-46 (resume bad):> ferry@chromium:$ cat /sys/power/mem_sleep> s2idle [deep]> root@chromium:# rtcwake -m mem -s 30>> After 30 sec takes me to boot screen.>So it reboots during resume. it's quite hard to track at which stage it reboots if there's no uart log. Since the S3 works in old kernel, The most straight way is to do a git bisect to find the offender. Or else, we have to add hack code during resume to spin the kernel at different place thus to narrow down.
(In reply to Ferry Toth from comment #41)> While bysecting (I hope to complete tomorrow) I found a workaround (that> works for me on Acer 720P).>> I always had tpm_tis.force=1 on the kernel command line.> Now I added tpm_tis.interrupts=0.>> Wakes fine now with linux 5.6.0.
Given that +source/linux/+bug/1888939 has been marked as duplicate of this issue (when it was meant to be about the fact that the grub menu doesn't provide any non-broken kernel to boot from, as all are affected by this issue):
In order to have a fully bootable system, you will need to install a kernel. We recommend that you always have linux-libre-lts installed, even if you will normally use another. Additional kernels may be installed similarly.
The linux-libre-lts kernel is the most stable and reliable kernel, and is fully adequate for most users. Unless you have particular reason to prefer another, this is an excellent choice for "everyday" use.
The booti command is supported to load Linux arm64 kernel images, also bootefi is available to launch Aarch64 EFI applications (like grub2). There is no support for launching 32-bit kernels, though support for this is technically possible and might be added in the future.
The /etc/rc.d/linux script will load necessary kernel modules and mount filesystems expected by Linux applications under /compat/linux.This is enough for statically linked Linux binaries to work.They can be started in the same way native FreeBSD binaries can; they behave almost exactly like native processes and can be traced and debugged the usual way.
It is possible to debootstrap into /compat/linux, but it is discouraged to avoid collisions with files installed from FreeBSD ports and packages.Instead, derive the directory name from the distribution or version name, e.g., /compat/ubuntu.If the bootstrapped instance is intended to provide Linux shared libraries without having to explicitly use chroot or jails, one can point the kernel at it by updating the compat.linux.emul_path sysctl and adding a line like this to /etc/sysctl.conf:
From a Linux system using the same CPU architecture, ldd can be used to determine which shared libraries the application needs.For example, to check which shared libraries linuxdoom needs, run this command from a Linux system that has Doom installed: 2ff7e9595c
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