Skip to main content

linux 下 驱动 Acer 笔记本 Realtek ALC268 声卡

我这个笔记本是Acer的, 声卡为nvidia mcp67集成, 解码器为realtek alc268
刚装上ubuntu 7.04后声卡能够识别, 有nvidia unknown device 和alc268字样, 但是不能发声。
起初认为是声卡没有识别好, 但是装了最新的alsa1.0.15rc1和ossv4都没效果, 了解了update-pciid才知道其实已经识别了声卡, 而问题出现在 realtek alc268上。

realtek官网上也有个驱动, 下了一看,里面原来也是alsa1.0.14, 只是驱动版本号比较特别。装上后仍不起作用。


在网上搜了很多文章, 其中这个比较好
Bug #116326 in linux-source-2.6.22 (Ubuntu): “No audio INTEL HD audio - Realtek ALC268 codec - Toshiba A205-S4577”

看来这个问题主要出在新型的笔记本上。 另外我还得知了alsa1.0.14对alc268支持的不是很好。上面那个链接里, 中间有几个人帖上了for realtek的alsa补丁, 看样子能起作用。 他们说1.0.14上支持的声卡列表里没有alc268。还有一点, 提出这个问题的人是toshiba的笔记本, 下面帖子中多次提到了model=toshiba这个参数, 于是我自然想到有没有for acer的。

于是我把目光放在了1.0.15rc1上, 看changlog里赫然有个alc268, 而其中专门多了一个acer笔记本的model。 我顿时眼前一亮。 有戏!

再看一下alsa的安装说明, 应该在snd_hda_intel模块加载时加上model=xxx 的参数。 那我这情况自然是在/etc/modprobe.d/options里加一句options snd_hda_intel model=acer

然后重启(可能仅重加载snd-hda-intel也可), 听到了熟悉的ubuntu启动声音。 啊哈哈哈!!!

Comments

Popular posts from this blog

A Rocky Migration: Moving from docker-compose to Podman and gVisor

I've been running a few containers for several years. They were all running under rootless Docker with a single user. Initially, I planned to  migrate the containers to VMs , but I couldn't get a stable workflow after about two months of effort. Later,  gVisor caught my attention , and I decided to migrate to Podman with gVisor instead. The new plan is to run each container with  --userns=auto  and use Quadlet for systemd integration. This approach provides better isolation and makes writing firewall rules easier. I'm now close to migrating all my containers. Here are a couple of rough edges I'd like to share. Network Layout I compared  various networking options  and spent a few hours trying the one-interface-per-group approach before giving up. I settled on a single macvlan network and decided to use static IP addresses for my containers. To prevent a randomly assigned IP address from conflicting with a predefined one, I allocated a large IP range for my ...

Exploring Immutable Distros and Declarative Management

My current server setup, based on Debian Stable and Docker, has served me reliably for years. It's stable, familiar, and gets the job done. However, an intriguing article I revisited recently about Fedora CoreOS, rpm-ostree, and OSTree native containers sparked my curiosity and sent me down a rabbit hole exploring alternative approaches to system management. Could there be a better way? Core Goals & Requirements Before diving into new technologies, I wanted to define what "better" means for my use case: The base operating system must update automatically and reliably. Hosted services (applications) should be updatable either automatically or manually, depending on the service. Configuration and data files need to be easy to modify, and crucially, automatically tracked and backed up. Current Setup: Debian Stable + Docker My current infrastructure consists of several servers, all running Debian Stable. System Updates are andled automatically via unattended-upgrades. Se...

mkosi: First Impressions

I stumbled upon the Gentoo wiki page for systemd-nspawn , which in turn led me to nspawn.org , mkosi , and later systemd-sysupdate . mkosi quickly caught my eye because it's almost exactly what I wanted to build myself, as mentioned in a previous post . So, I decided to spend my "sysadmin fun quota" on it. Overview mkosi is similar to docker build or podman build , but it's designed for creating full OS images. It focuses on development and testing. For example, much like nix-shell , mkosi can quickly launch a sandboxed shell with a specific distribution and selected packages installed. The systemd project itself uses mkosi for testing across different distros. The re-introduction article  is a great read. Speed Note that this is by no means a rigid benchmark. My setup is an SSD with LUKS and an ext4 filesystem (without reflink support). Building Container Images mkosi is pretty fast. A simple mkosi command creates a fresh Debian image. I used the --incrementa...