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submitted 1 year ago by seperis@lemmy.ml to c/linux@lemmy.ml

Like most people, I entered COVID as a normal hobby geek with a Linux server I played around with and a healthy hardware habit with a side of home automation and DD-WRT. I emerged from COVID enrolled in college, now with two servers (one new build, one rebuilt from my first one), two Pi, multiple instances of Home Assistant (one dedicated) and putting sensors on everything a sensor could go on and rewiring switches for wifi control of overhead fans, flashing every compatible router I could find on Amazon Warehouse with DDWRT in my home for an ad hoc mesh network (no, it didn't work, but I didn't care) while cabling everything to switches and creating a really hilarious network deathtrap tripping hazard, a massive media library (discovered Handbrake and making multiple resolutions) and a Sonos home theatre system. And yes, played an unhealthy amount of Animal Crossing and got an NVIDIA Shield Pro for streaming and Plex, as you do. I'm sure everyone can relate.

SBC's were the natural escalation; I had credit card bills to pay off and that's going to take a while.

I gatewayed with Pi like ten years ago but it took off during Later COVID when I noticed my credit score and started testing it as a NAS, Media Server (later: Cassiope Media Server, my second end to end Linux build), then got into learning about the kernel itself. I already had an Odroid (Home Assistant Blue) so why not go on, so project-based SBCs seemed healthy; I had a reason for buying one. This led to more Pi's--as I couldn't use Kernel Pi (Eurydice) for it and Andromeda Pi was masking my personal network, then I needed one for a Pihole (Iphigenia, Hecuba), which is how I ended up with a BeagleBone Black (Medusa) for an Open Thread Border Router. Still pretending I wasn't just collecting them like cats, I networked them together and just enjoyed looking at them and making them matching banners with figlet with the excuse I was learning how to do network-wide deployments over SSH (true) and learn Debian OS (technically, I am doing that) and started PoEing things (my credit card bills may not be getting lower, no).

The count stands at a total of 9: one (1) Pi Zero W, one (1) Pi Zero 2 W, one (1) Raspberry Pi 4B 4G, two (2) Raspberry PI 4B 8G, one (1) Odroid N2+, one (1) Beaglebone Black, one (1) PocketBeagle, and one (1) BeaglePlay. (Other: two Linux machines, Watson and Cassiope). Yes, they all have names and technically, each is associated with a project. The BeaglePlay's (Circe) associated project is 'create my own documentation on what it does because Beagles don't document'.

So which ones do you use, why, origin story, feelings: go.

(I'm moving in a week and half my hardware is being packed. I'm about to have to take down my network and Home Assistant and may be freaking out. I'm not sure I know where any light switches are here, either.)

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[-] ari_verse@lemm.ee 2 points 1 year ago

Pi4 for HomeAssistant + audio streamer with a HiFiBerry card, with external SSD, google Coral stick for Frigate, and a Zwave stick. Running OSMC as OS.

Pi3b with OSMC as audio streamer

Small fanless HTPC on a six year old Apollo lake mini ITX mobo. Looking forward to upgrading this one soon with one of the recently announced alderlake N100 fanless mini itx mobos.

[-] notthebees@reddthat.com 2 points 1 year ago

A pi 3 model b for a hosting project in high school and a pi zero w to host discord bots. I like the Pis and I basically ran them headless. I had a plan to turn a portable display into an AIO computer of sorts. But that costs money I do not have at the moment.

[-] tunetardis@lemmy.ca 2 points 1 year ago* (last edited 1 year ago)

At work we develop instrumentation used in outdoor surveys, and I am writing a new version of the software which downloads the data logger and so forth. This is done by connecting a little USB dongle to the instrument.

Lately, I've been thinking about the possibility of adding an SBC to the dongle itself. My new generation of the software has a low-level component written in C++ which handles the USB I/O and a GUI component written in Python. So the idea is the C++ tool would run on the SBC and the Python would be a client that could run on any machine with LAN access to it.

So I am wondering at this point what would be a good candidate for the SBC? It would not need to be particularly high performance I think? Low power requirements would be good. And it should support wifi and ethernet and be rugged enough for outdoor use. (It would be protected by the metal enclosure of the dongle but may still be subject to temperature swings and some rough handling.)

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[-] amoroso@lemmy.ml 1 points 1 year ago* (last edited 1 year ago)

I initially got a Z80-MBC2, a Z80-based SBC that runs CP/M and other operating systems, as I had developed an Intel 8080 cross assembler and wanted to run on actual hardware the code assembled with it. It was so fun I got a V20-MBC, an SBC by the same maker that features a Nec V20 (8088 + 8080) and can run CP/M-86.

Both SBCs led me down a fascinating retrocomputing rabbit hole.

[-] venusenvy47@lemm.ee 0 points 1 year ago* (last edited 1 year ago)
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this post was submitted on 15 Jul 2023
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Distributions include the Linux kernel and supporting system software and libraries, many of which are provided by the GNU Project. Many Linux distributions use the word "Linux" in their name, but the Free Software Foundation uses the name GNU/Linux to emphasize the importance of GNU software, causing some controversy.

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