![]() ![]() (In principle the same applies to the USB cables used for keyboard and mouse.) So check if your display already allows to connect two devices at the same time, or while shopping for that riddiculous micro-HDMI cable, make sure to also get a respective DVI/HDMI switch. ![]() Believe me, fiddling with the DVI connector in the back of your display to toggle back and forth between PC/Raspberry gets annoying very quickly. In spite of your intention of using the device “headless” you’ll find yourself directly pluggin in the display more often than you care to remember! (Whenever the device fails to boot or connect to the network, there is just no other way than to plug in a display to see what is going on.).I’ve read reports that sometimes SSD’s seem to be causing “low voltage” issues, but the two SSDs that I tried so far both drew between 0.06-0.10A which should be handled easily by the RPi4. So instead of wasting money for a micro SD card that you might end up not using, directly go for an SSD. From an SSD the desktop runs OKish (even with only 1GB RAM) – which was totally unusable when booting from the SD card. ![]() Using an SSD (even a slow one) via USB instead, makes a huge difference. Working with a class-10 micro SD is unbearably slow.(otherwise the fan will soon have startup-problems, make screeching noises, any maybe have undesirable effects on your supply voltage – at ~200mA that fan is probably one of the more power hungry attachments to your RPi4 and it might draw even more while not spinning freely). Put a drop of lithium grease on the fan’s axle before you put back the sticker. Before assembling the case of your RPi4, take off the sticker at the back of the cheap chinese CPU fan that came with it.Use whatever backup software you like but *IMMEDIATELY* test if the backup that you made actually works (see “Create a backup.” section below)! Test that your backup actually works (before you need it)! I’d recommend to have two “identical” drives so that you can always test the backup using the redundant drive. Note: I’ve had to restore the Raspberry boot disk more often in a single week than I had to reinstall Windows in the past 10 years! It seems that the boot SD card (or SSD) may get corrupted quite randomly – leaving your device in an un-bootable state! At which point it is crucial to have an easily restorable backup. Create a backup image of your “hard disk” (or SD card) as soon as you have your correctly customized system! Some of the setup steps take a long time and you DO NOT want to repeat those when your disk gets corrupted or when you need to rollback some “update” that does not work.I don’t care about the form factor and some additional SSD dangling on a cable doesn’t bother me a bit. ![]() I am using the device mostly “headless” accessing it via SSH and Samba but I have also installed a desktop that I can activate/remotely access via VNC-Viewer when needed. compilation should not take longer than absolutely necessary and when the device crashes it should restart as quickly as possible). These are just some notes for my own use in the hope that they might be usefull the next time that I need to touch the device (and as a bonus they might be useful to other people as well).įor context: I am using the device to compile “userland” and kernel module code (C++/C) directly on the device (i.e. Tweaks over and above Chromium OS itself include improved security measures during user registration and sign-in, automatic mounting of additional storage, a completely redesigned Terminal app, improved performance, user-selectable over-the-air (OTA) updates, USB boot, and remote desktop functionality.I have recently bought a Raspberry Pi 4 (RPi4) and wasted more time setting it up than I had planned for. Targeting the newly-launched all-in-one Raspberry Pi 400, though also compatible with any Raspberry Pi 4 model with enough RAM, FydeOS is designed to be as close to Chrome OS as you can get on a Raspberry Pi. We hope FydeOS for You - Raspberry Pi can bring you a near Chromebook experience so that you can get more out of your Raspberry Pi 400 kit and at the same time the Pi 400 can help more people." After months of research to understand how the graphics driver works in Raspberry Pi and countless failed attempts, we are now finally able to come up with a solution to achieve satisfactory performance. "We have been wanting to bring the full FydeOS experience onto the Pi for so long, but the technical challenges to combine the graphics stacks of different subsystem into one unified layer had been a road-blocker. The new FydeOS release brings proper support for the new Raspberry Pi 400. ![]()
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