Hi everyone, I’m creating this megathread to help regroup information about Pelosi’s recent visit and the follow-up (currently the PLA is conducting military drills very close to Taiwan)
You’re still totally allowed to make your own threads, this is more for things that do not warrant a thread by themselves.
Do you know how to get cheap deals on SBCs? I tend to lose track of mine also…
Well I plan to prob under clock and under volt my workstation a lot too. That should prob work well for anything bandwidth and latency dependent.
U should post/share your setup maybe.
But I’ve been thinking of using some orange pis for farm/industrial automation. And getting a higher end Rock Pi to colocate maybe. Wish they’d make a PCIe card Pi or edge module that has high speed ethernet and video interfaces.
I still can’t see your most recent message on Matrix but it’s prob something with my account because I lost my key.
Usually I just look around online every once in a while until I can find a cheap price. I usually get each pi for around $35, with a 32GB microSD card (which you can get for cheaper by buying packs that come with multiple), and a power adapter (depending on what you’re using the RPi for, you may just be able to use a USB charging station since the Pi 4 uses USB-C, but check the power requirements of the Pi and any USB devices to make sure). I’ve built my setup incrementally by slowly buying a few things at a time for around $200 each time (I’m 17 years old and built my setup over a year ago, so no income to use, just money given to me on birthdays and new year).
I might post my setup but I’d need to clean it first. A lot of dust has accumulated since the last time I cleaned it.
Yeah, SBCs and microcontrollers are really good for automation. I have one of my Pis running Homeassistant and I’ve installed an MQTT broker so that I could send commands to it. I used an ESP8266 microcontroller and soldered together a board with a few buttons that I keep next to my bed and it allows me to do things like turn off all my lights by clicking a single button, individually toggle each light based on how many times I click a button, turn on/off the fan, change the fan speed, etc. I havent set this up yet, but I could even make it run commands on my desktop. The possibilities are really endless.
That would be nice, though I think I’ve seen Pi CM4 boards with gigabit ethernet somewhere, and the CM4 does expose a PCIe port so you could probably add a NIC.
It could also be my homeserver. I’m using the experimental Dendrite homeserver and it still has some issues, though federation should be working, but who knows, it’s still in beta.
Nice good that you’re into that. Good price point do you get enough RAM with that? I think I would opt for small SD cards and a big NAS if I had that many SBCs. Yah 10-15W shouldn’t be too bad to hook up. I’m 20 and have a nice little chunk saved that’s sort of on fire rn thanks to crypto imploding but still have a bit left over in my bank to make it through for now. When I was more around your age I got really into 3D printing and that sort of thing. I got a cheap Tevo Tarantula kit and really abused that thing. It was great and I had a Bob’s CNC.
I was mainly thinking to manage things on our property including water flow for artificial lakes/ponds, irrigation, (cameras, lights, censors, motors), anything that should be intelligent. U know it’s fun to do stuff with LEDs like build arrays and little gadgets. There are a lot of electronics projects you can do these days.
I thought it would be great to have a programmable module that can interface with those high speed signals for example to build a hardware firewall or create someting that can merge two HDMI 2.0/DP1.4 signals into HDMI 2.1 or whatever you want to do. The point is it’s programmable. Or maybe do some marshaling to convert an HDMI 2.1 signal to send over long range wire for cheap.
Yes, $35 gets me 2GB of RAM. It used to be 1GB but now the base model is 2. This doesn’t seem like much, but most of these services really don’t use very much RAM. You’re only going to start running into issues if you try to do something like run Kubernetes on them (I know this from experience).
That would work, but as I said, I have no income yet, so it’s hard to get enough money to buy multiple hard drives and build a machine to use them.
I just recently got a 3D printer and am currently waiting for some things to be delivered that will allow me to upgrade it with auto-leveling.
Yeah, SBCs and microcontrollers are perfect for this type of stuff. It’s really fun to make things like that. If I was doing that, depending on what exactly I needed the device to do, I’d either use a Raspberry Pi Zero (around $5) or an ESP8266 microcontroller (around $1). If all you need is for it to switch some relays and such when it gets a command, a microcontroller should be more than enough. If it needs to do simple processing, then a Raspberry Pi Zero would work. If it needs to do more complex stuff, then you want a full Raspberry Pi or other SBC that has enough power to do so.
Well, that’s funny. I actually made one of these. Unfortunately, the SD card I used was part of a defective batch, so it has already failed (after 3 months), and I haven’t gotten around to reinstalling everything, but it worked really well. What I did is: I used a Rock 3A (The price used to be $37) and installed an M.2 WiFi adapter. Then, I flashed Radxa’s Debian fork to an SD card, booted it, and installed a few programs. First, I installed a script called
lnxrouter, which sets up all the required configurations and programs to make a Linux machine into a router. I also installed a VPN. I did this to ensure that only those who connect both to the network of the device AND the VPN could connect to my actual device. This makes it much harder for anyone to actually do anything to my device since they would have access to neither my device nor the internet. The VPN essentially acted like a very secure firewall. I also installed Unbound recursive DNS resolver so I don’t have to use public DNS of some corporation, and Pi-Hole to filter ads. I configured the VPN to point to the Pi-Hole instance, and it worked really well. I could either use an ethernet connection to get to the internet if it existed, or if I’m in a hotel or something with no eithernet, I could use a USB WiFi adapter.That would be cool. I’m not sure how one would go about that, but it is an interesting idea.
I tend to like to overstock on RAM because in my experience it’s easier to deal with a system that has more RAM since it still works even if it’s running slowly. But def not worth it to overkill it if you have a CPU that isn’t strong enough or you know your services don’t need it or are more CPU heavy and there is no reason to pay for it.
cool do you have good enough internet to self host everything you need to broadcast? I proxy a minecraft server (mc.greenempower.org) and that’s it. Since residential upload is so nerfed I don’t bother with other stuff. That’s why I want to maybe colocate maybe instead of using hostens… best I found was free range cloud and they let you send your pi for $5/month and you get a 100mbps hookup. Oh nevermind they upped it to $10/m. that’s not worth it. You know I would look overseas in a non-failing state.
I’ll try to do that on whatever device has a couple 1gbps ports or see about using usb as a tether as a network interface… That site says “Price includes 25% tariffs for import into the US from China” very strange. Networking stuff has always spooked me a little.
I hope you can find some more money. I got my first job when I was 16 and worked for a few months and most of my money about is left over from that. But basically only got that job because my dad worked there and I had something to show for myself when I happened to stop by. No work since then it’s pretty tough but idk where you live. I live in the states.
Planning to try and get in repair business but I like that with computers you can do so much without having a lot of wealth. Being able to exist on here levels the playing field a little bit I think. And it’s good to be productive like working on code or art and contributing to the commons and other revolutionary efforts.
I get 200 Mbit down, 15 Mbit up. It’s enough for most of what I’m doing. Surprisingly, not much requires lots of bandwidth. I’ve even streamed music fine off of it. I’ve had 10 people on my Minecraft server at a time, even with some of them having to go through a Bedrock -> Java translation layer so that Bedrock players could play on the same server as Java players. None of them complained of lag. I also run a Matrix homeserver off of it, and that works well too.
Yeah, I noticed that. It wasn’t there before, which is likely why I could get it for $37.
It’s really not that bad. I learned about most of it when setting up the networking for my servers and when creating my router setup, which is two routers, running OpenWrt, meshed together in a B.A.T.M.A.N mesh.
Me too. California.
Yeah, computers have allowed me to do a lot. I have been passionate about them since I first laid my hands on one when I was 5 years old. I used my parents’ computer and realized that someone must’ve created the programs I was using, so I tried to find out how one would go about doing that, which started my entire journey with them. Now, I have 13 servers, 21 projects on my Gitea, some of which are relatively popular, like ITD, which is currently the most feature-complete Linux companion for the PineTime smartwatch, and is in the OpenSUSE repos. Computers are a lot of fun.