``` 富士通 Lifebook U729 上的 Linux ```
Linux on the Fujitsu Lifebook U729

原始链接: https://borretti.me/article/linux-on-the-fujitsu-lifebook-u729

## 富士通 Lifebook U729:Linux 的成功案例 在一次令人沮丧的 Mac Mini 新机体验后,作者寻找一台便携的 Linux 笔记本电脑,最终选择了翻新的富士通 Lifebook U729——一台 12 英寸、1.1 公斤的机器,配备 16GB 内存和 512GB SSD,仅以 250 澳元的价格购入。体验非常积极。 这款笔记本电脑拥有出色的制造质量和舒适的键盘。重要的是,所有必要的硬件——WiFi、蓝牙、声音、显示亮度、触摸屏和网络摄像头——在 NixOS 上开箱即用,运行流畅。 唯一的障碍是禁用安全启动。这需要一个特定的步骤:安装预装的 Windows 11,通过 Windows Update 更新富士通驱动程序,然后使用 DeskUpdate 工具更新 BIOS。这解锁了 BIOS 设置中的安全启动禁用选项。 这款笔记本电脑还包含企业间谍软件(“Absolute Persistence”),可以在 BIOS 中轻松禁用。总而言之,作者强烈推荐富士通 Lifebook U729,它是一款令人惊讶的强大且经济实惠的 Linux 笔记本电脑。

## 富士通 Lifebook U729 上的 Linux:黑客新闻总结 讨论集中在使用较旧、通常是翻新的企业笔记本电脑——例如富士通 Lifebook U729——作为运行 Linux 的经济高效方式。用户报告性价比很高,经常能以低于 400 美元的价格找到机器。戴尔和联想因其 Linux 硬件支持而始终受到赞扬。 主要收获包括检查锁定的 BIOS 设置以及研究制造商的维修性。几位用户分享了与戴尔客户服务的积极体验,即使在购买多年后,也强调了他们愿意在保修期内更换零件。 然而,人们对较新的英特尔笔记本电脑可能根据移动而限制性能表示担忧,以及趋势转向焊接组件限制了可升级性。一些人还讨论了苹果 M 系列芯片与 Asahi Linux 的吸引力,尽管存在持续的兼容性问题。最终,该帖子强调了重新利用旧硬件的价值以及在这些机器上使用 Linux 的好处,同时兼顾了维修性和长期支持的考虑。
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原文

This post describes my experience using Linux on the Fujitsu Lifebook U729. The tl;dr is that it’s a delightful laptop, and Linux runs flawlessly, and all the hardware things I’ve needed run OOTB. The only difficulty I had was in disabling Secure Boot, but I figured out how to do it, which I explain below.

  1. Background
  2. Troubleshooting
    1. Secure Boot
    2. Spyware
  3. Non-Problems
  4. BIOS Notes
  5. Links

From early 2024 my daily driver was an M2 MacBook Air, until earlier this year I broke the screen, and the repair was quoted at almost 1000 AUD. Since I used it as a desktop most of the time, this didn’t affect me much. After some flip-flopping I decided to get an M4 Mac mini. Partly for the faster CPU and more RAM, but partly because I liked the idea of LARPing like it’s the 2000s, when computers, and by extension the Internet, where fixed in physical space, rather than following everyone around.

Of course this was a terrible idea. I had three working computers—a Linux+Windows desktop, a Mac Mini, and a MacBook Air that I could use as a desktop—and none of them were portable. When I went to RustForge 2025 I just brought my phone. If I wanted to travel, even within Sydney, to a demo night or math club or some such, I didn’t have a laptop to bring with me.

So I needed a new laptop. And the Tahoe release of macOS was so ugly (see e.g. 1, 2, 3) it made me boot up the old Linux desktop, and start playing around with NixOS again. And I fell in love with Linux again: with the tinkering and the experimentation and the freedom it affords you.

So, I wanted a Linux laptop. I had a ThinkPad X1 some years ago and it was terribly: flimsy plastic build and hardware that vastly underperformed its price. I looked around for old, refursbished workstation laptops, and, randomly, I ran into an eBay seller offering a refurbished Fujitsu laptop.

The specs/price ratio was pretty good: 16 GiB of RAM and 512GiB of SSD, all for 250 AUD. And it was 12in and 1.1kg, which I like: laptops should be small and lightweight. But the thing that got me, in all honesty, was the brand. “Fujitsu laptop” sounds like colour in a William Gibson novel: “crawling into the avionics bay, Case took out a battered Fujitsu refurb, and stuck a JTAG port in the flight computer—”. I already use NixOS and a trackball and a mechanical keyboard, so a laptop that’s even more obscure than a ThinkPad is perfect for me. And it was only 250 AUD. So I got it.

A photograph of the laptop.

The only problem I had was disabling Secure Boot in order to install Linux. Otherwise: I love it. It’s small and lightweight, feels solid, the keyboard is good, all the hardware works out of the box with NixOS, and the battery life is pretty good.

This section describes the problems I encountered.

Secure Boot

I tried to install Linux the usual way, when I was greeted by this:

A photograph of the laptop screen showing an error message, red text on white: 'secure boot is failed **access denied**'.

Going into the BIOS, the option to disable Secure Boot was greyed out. I tried a bunch of random bullshit: wiping the TPM, disabling the TPM. That didn’t work.

What did work was this:

First, install Windows 11. This came with the laptop. And the installation makes installing Linux feel easy: I had to do so many weird tricks to avoid having to create an account with Microsoft during the installation.

Once Windows is installed, go into Windows Update. Under “Advanced Options > Optional Updates”, there should be an option to install Fujitsu-specific drivers. Install those. And for good measure, do a general Windows update.

There should be a program called DeskUpdate on the Desktop. This is the Fujitsu BIOS update tool. Run this and go through the instructions: this should update the BIOS (the ordering seems to be important: first update the Fujitsu firmware through Windows Update, then the BIOS through DeskUpdate).

Reboot and go into the BIOS (F2). You should have a new BIOS version. In my case, I went from BIOS 2.17 to 2.31 which was released on 2025-03-28:

A photograph of the BIOS screen showing BIOS version information.

You now have the option to disable Secure Boot:

A photograph of the BIOS screen showing the option to disable Secure Boot.

After this, I was able to install NixOS from a live USB:

A photograph of the laptop, showing the NixOS installer.

Spyware

The laptop comes with this corporate spyware thing called Absolute Persistence. It’s some anti-theft tracking device. Since the Lifebook is typically an enterprise laptop, it makes sense that it comes with this type of thing.

I only noticed this because I was searching the BIOS thoroughly for a way to disable Secure Boot. The good news is disabling it is pretty straightforward: you just disable it in the BIOS.

A photograph of the BIOS screen showing the Absolute Persistence options.

As I understand it, Absolute Persistence requires an agent running in the OS, so the BIOS support, by itself, doesn’t do anything once disabled.

The following work flawlessly OOTB:

  • WiFi
  • Bluetooth
  • Sound (using PipeWire)
  • Display brightness control (using brightnessctl)
  • Touchscreen (I didn’t realize the screen was actually a touchscreen until I touched it by accident and saw the mouse move)
  • Webcam (not winning any awards on quality, but it works)

Things I have not tested:

  • Microphone
  • Fingerprint sensor

To enter the BIOS: smash F2 until you hear the beep. No need to hold down the Fn key.

To enter the boot menu: as above but with F12.

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