Low Power Linux Machine: Fujitsu Futro S920 Thin Client Tested @LeonAnavi

Uploaded April 2026 | Updated September 2026, 2 weeks ago

Fujitsu Futro S920 is a compact, fanless thin client built around an energy-efficient AMD G-series SoC featuring 64-bit x86 CPU paired with integrated Radeon HD 8330E graphics, DDR3 RAM and both mSATA and SATA storage options. It offers gigabit Ethernet and includes a rich I/O set for its size: USB 2.0/3.0 ports, DisplayPort and DVI outputs, plus a PCIe x4 slot for low-profile expansion. Fujitsu Futro S920 is a low-power (~few watts idle), silent system suited for thin-client use, light server tasks, or homelab setups rather than heavy computing workloads. It this video I will show you my setup with Ubuntu server 24.04 and Linux kernel 6.8.

🎥 Related videos
===
Remote Power Control on Linux: Using Wake-on-LAN with Ubuntu
youtu.be/fmvhlXrH_p4?si=4hPQqDby7zIGElC1

📚 Useful Links
===
S920 / S720 / ESPRIMO A525-L Operating Manual
esm-computer.de/handbuch/S720.pdf
PCIE speeds
parkytowers.me.uk/thin/Futro/s920
Fujitsu Futro S920, The Perfect Homelab Server
tonimercer.com/en/reviews/fujitsu-futro-s920
HDD / SDD bracket / holder for Fujitsu Futro S720 / S920
thingiverse.com/thing:5425197

📑 Chapters
===
0:00 Intro
0:30 Hardware
5:45 UEFI
7:29 Linux
9:14 Advantages
9:49 Disadvantages
10:43 Conclusions

Low Power Linux Machine: Fujitsu Futro S920 Thin Client Tested

WB3S Wi-Fi Module with Beken BK7231 #wifi #mcu #bekent #tuya

Is a Cheap Wireless Presenter Worth It? DSIT0011 Review and Test

Secure Shell (SSH) on Raspeberry Pi 5 with the Yocto Project (demo) #raspberrypi #yocto #ssh

ThinkPad T480s RAM Upgrade Gone Wrong: Epic Fail!

$The Yocto Project on Raspberry Pi 5 Episode 7: Create a New Layer, a New Recipe (.bb) and .bbappend This is episode 7 of our series on the Yocto Project and OpenEmbedded for Raspberry Pi 5, where we will discuss how to create a new layer, how to create a new recipe and how to extend an existing recipe using .bbappend file. All examples are based on the Yocto LTS release Scarthgap. * Initialize the build environment: source oe-init-build-env * Create a new layer: bitbake-layers create-layer ../meta-leon * Add the new layer to conf/bblayers.conf: bitbake-layers add-layer ../meta-leon * Open another terminal and enter the layer created on the previous step: cd meta-leon * Create a directory for the Hello, World recipe: mkdir -p recipes-apps/hello/ * Create recipe recipes-apps/hello/hello_git.bb with the following content: DESCRIPTION = Hello World HOMEPAGE = https://github.com/leon-anavi/hello-world SECTION = console/utils LICENSE = MIT LIC_FILES_CHKSUM = file://LICENSE;md5=f388cad0df1af35e3626518d587c0cb6 SRC_URI = git://github.com/leon-anavi/hello-world.git;branch=master;protocol=https SRCREV = f66f58e7bcdcc834568d8c7c6fc51e30765befad S = ${WORKDIR}/git inherit autotools * Create a directory in the layer to extend core-image-base: mkdir -p recipes-core/images/ * Create file recipes-core/images/core-image-base.bbappend and add in it the following line to install the hello recipe from layer meta-leon to core-image-base: IMAGE_INSTALL:append = hello * Go back to the terminal where the build environment has been initialized and build the new image: bitbake core-image-base * Flash core-image-base-raspberrypi5.rootfs.wic.bz2 to a microSD card * Boot Raspberry Pi 5 from the microSD card and execute hello to verify that the Hello, World application has been successfully built and included in the image. 🔗 Related Videos Episode 1: The Yocto Project on Raspberry Pi 5: Building an Embedded GNU Linux Distribution https://youtu.be/fY7u6PiV8qA?si DgvkJ_yTsiX05vx Episode 2: SSH for Remote Network Access https://youtu.be/ltckiBV9FXg?si=DJwsKLDhHkDIqCIn Episode 3: Running Docker Containers https://youtu.be/kQnOidK_U3M?si=5KiS1FK87OwfdQ0m Episode 4: U-Boot Bootloader https://youtu.be/9tohomiv1Ug?si=QydN1yPRJzY6zEfz Episode 5: Modifying U-Boot Environment in Linux with fw_setenv https://youtu.be/SB5NvIF1IEU?si=gW02HUr-0cfdyQLL Episode 6: Runtime Package Management with apt and deb Packages https://youtu.be/6i5UtF7fiaA?si=3n1hRSEaSfe5a92N 📚 Useful Links https://www.yoctoproject.org/ https://docs.yoctoproject.org/ https://www.openembedded.org/wiki/Main_Page$

Marshall Emberton Counterfeit Bluetooth Speaker Disassembly and Repair

Build a Word Clock with XIAO ESP32-C6 | Part 1: PCB Design with KiCad

PCIe to Dual M.2 HAT for Raspberry Pi 5 NVMe SSDs or Hailo and Coral AI accelerators #shorts #rpi

Temporary Disable Built-in Battery from ThinkPad BIOS Setup Utility #thinkpad