The official Ubuntu 22.04.1 images are available here. These were last updated December 13th so these have been updated since I last tested desktop. OpenMediaVault or OMV, is a Linux-based OS designed for network attached storage (NAS) use. Onboard, you'll find a bevy of features for creating a DIY NAS box. For instance, Watchdog, Syslog, S.M.A.R.T., and SNMP for monitoring, RAID 0, 1, 5, 6, 10, and JBOD, plus protocols like FTP, NFS, CIFS through Samba. Running OpenMediaVault on the Libre Computer ROC-Rk3328-CC requires a few items. First, you'll need a Libre Computer Renegade board, microSD card, 5V 2.5A micro USB power supply, image mounting software such as Etcher, and extraction software like 7Zip. A case is optional but recommended.

At no point after attaching power should the Red LED blink or turn off. If this happens, it means that your power supply is inadequate. Please make sure that you are using a 5V power supply capable of supplying at least 1.5A (1500mA). Not having enough power could cause spontaneous reboots or software errors.I have a full review for the Libre Computers “Le Potato” here and a SSD booting guide for the “Le Potato” here changing the grub timeout on the server version so it shows the grub menu for 3-5 seconds (currently it’s 0 and hidden), to either select recovery mode or a previous kernel build if something goes pear-shaped with a kernel upgrade. I can already do that change by hand and it works quite well even over the serial debugging link. You can verify the performance of your SD card on Pi Benchmarks using the following command: sudo curl https://raw.githubusercontent.com/TheRemote/PiBenchmarks/master/Storage.sh | sudo bash I have a full review for the Libre Computers “Renegade” here and a SSD booting guide for the “Renegade” here

Libre Computers would do this themselves for you as a commercial service though it sounds like. I doubt it would be that expensive relatively speaking because Libre Computers is not a big company and I doubt they get many requests for it. If you are working on behalf of a company that needs something like this I bet they would make it work for you for cheap. After 30 seconds, Linux should be loaded and the Green LED should begin to heartbeat. You should see video on your HDMI display. Certain types of displays with odd resolutions are not supported at this stage and it might not display anything during this step and the next steps. If the Green LED turns green and nothing shows on your screen, please post your screen brand, model, and EDID here. Creating a Libre Computer ROC-RK3328-CC Android 7 PC is pretty simple. While I'm calling this an Android TV box since you'll need an external monitor as a display, the version of Android is actually a tablet-optimized version of Android. First, you'll need a Libre Computer Renegade board. I suggest the 4GB variant as you'll benefit from additional computing power over the A case is optional but recommended. Additionally, you'll need a power supply, microSD card for the operating system, and peripherals like a keyboard and mouse.a. Make sure your power supply provides enough voltage and current for the board you are using. Boards cannot be powered from computer USB ports which usually only provide 500mA or 0.5A. Most boards need a minimum of 1.5A. Let’s explain what these mean. The first one about GPIO and device tree overlays means that if you are making extensive use of the GPIO pins or overlays you will need to use their wiring tool to translate the instructions to ones that will work with Libre boards. This is a pretty standard requirement for Pi competitor hardware and it’s actually a step above many competitors that Libre has a good working tool that lets you do this effectively. wget -O "/usr/share/keyrings/libre-computer-deb.gpg" 'https://deb.libre.computer/repo/libre-computer-deb.gpg' the "Potato" version is almost entirely white in color, and uses an Amlogic S905X processor. It claims to support most software that a Pi 3 can run, like RetroPie, Kodi, Raspbian, etc. It is around 50% stronger than a Pi 3.

The only thing I’d say about there being fewer support resources is that people said the same thing about the Pi when I wrote some of those very resources they take for granted now on the Pi years ago. It was considered a toy and a joke and people didn’t take it seriously (and got left behind like usual in technology because the technology will move forward whether people accept it or not).

The Libre Computer ROC-Rk3328-CC Renegade is a small yet powerful single-board computer (SBC). It's a solid Raspberry Pi alternative capable of running a variety of operating system (OS) options. Notably, the Libre Computer Board ROC-Rk3328-CC runs several Linux distributions (distros), and there's even a Libre Computer Android image. Learn all about an OpenMediaVault Libre Computer ROC-Rk3328-CC install for a Libre Computer Renegade low-powered server! What is the Libre Computer ROC-Rk338-CC Renegade? If you decide to use a wireless dongle, you will need to login to the console directly and configure it from the command line. Otherwise, your Libre Computer should automatically boot up and start an SSH server for you to use. Kodi rose to prominence as a popular media center software option. LibreELEC offers a just enough Kodi OS, and though there's no official Kodi release for the Libre Computer Renegade, you'll find a community-created LibreELEC for ROC-RK3328-CC release. With Kodi, you can install a variety of streaming media apps ranging from FunimationNOW to PlayStation Vue and Plex. Overall, this is a solid choice for home media buffs, although an Android operating system with the Kodi app installed provides greater functionality. Now you have the modified image on the microSD card, place it in the Libre Computer board, connect an RJ45 Ethernet cable (or HDMI/keyboard if you prefer), and power it up. To test the utility I took my nearly full Pi 400 image and prepared it to boot on the “Le Potato”. I booted the Pi 400 and ran the script: Raspbian on Pi 400 running portability tool