The home NAS case market is so frustrating. For my next build, I'm going to design a 3D printed interface to use an 8-bay supermicro backplane like the BPN-SAS-747TQ, build a simple aluminum box around it with 2x120mm fans in the rear, and just run SATA and power to a PC case sitting next to it. It would even be straightforward to have activity lights and everything. Good drive temps, low noise, cheap and replaceable backplane, cheap enclosure, and full freedom of PC case choice to optimize for size or cooling or whatever. Sure, it'll be a bit bulky and a bit ugly, but I'd much rather take those downsides over noise, cost, or heat.
Many streaming services don't offer content at the same quality when played from a PC vs something like an Nvidia Shield, and the 4k upscaler on the Shield 2019 is very good. I can understand if these features aren't things you care about, but if you have a modern 4k OLED and you want to take advantage of 4k HDR Dolby Vision content from various providers, doing that from a PC will prove difficult. Also, my partner is not very tech-savvy and I need to keep the TV usable for them, so running an HTPC is kinda out of the question for me, even if it had feature parity.
It's not an argument I've seen in this conversation yet, but I'll also head this off: gas ranges are not the best cooktop for ultimate temperature control either. If you cook sugar or temper chocolate a lot, a standalone induction cooktop like the Breville Control Freak will do a way better job, and you don't need to change your permanent kitchen appliances to make that work. Combine that with an induction kettle like others have mentioned, and the broiler for peppers (I do this weekly having moved somewhere that doesn't have gas) and there is literally no reason to choose gas in the kitchen.
For now, I use the 1.3.1 release of sleek because it has more features than the 2.0.0-dev8 pre-release build that solved my problem. As a temporary workaround, I create my todo.txt files as filename.todotxt in my obsidian vaults and manually hardlink those files to filename.txt in a todo_txt directory somewhere else on each machine I use sleek on. It works totally fine, it's just a bit janky. I'll be happy when sleek 2.0 comes out and I can get rid of the hardlinks.
Yeah, the documentation is very sparse. I think it was originally all in Simplified Chinese, but some things have been translated to English. Basically it gives you tools to fix subpixel font rendering issues on windows. Using a rotated monitor? An OLED monitor? A TV? All of these are examples of screens that don't have standard subpixel layouts, so fonts tend to have weird color fringing as a result. MacType allows for a lot of tweaks to how fonts are rendered, but I tend to just switch to grayscale rendering, which works well.
This reddit thread walks through the process with some specific configs and they have pictures to show how it changes things.
The biggest problem I can see with this digital back idea is that full frame sensors are hella expensive and require a lot more electronics than could fit in that space. This 20MP sensor, for instance, is $4000 by itself.
A couple years ago I bought a 128GB 2016 iPhone SE for $90 and used it with Evermusic. It worked as a great little music/podcast/audiobook player, and as a viewfinder for some weird analog cameras I built. I gave it a data-only sim for occasional downloads, but it would have been very easy to run it as a wi-fi only device.
Not any good standalone ones. What I use (and this was to do with my edge use-case, actually) is Obsidian with a todo.txt plugin. It's not as nice as sleek, so I still use sleek on my desktop, but it's more than good enough to use on my phone to glance at my todo.txt, check things off, make small edits, or add new items in a pinch. It's also how I share my todo.txt with my partner.
The thing I needed fixed was that in Obsidian, the plugin requires files with the extension todotxt, for example default.todotxt, and sleek currently doesn't allow for loading files with arbitrary extensions. The new build the maintainer put together allows that, and it will be in the new version that is currently being worked on.
In the US? You'll probably need access to a car for a lot of things, but let's assume the political leanings of your town are open to things like collective ownership and bike infrastructure. Let's also assume we're talking about a rural town that has a dense, but small downtown surrounded by farmland (fairly common).
Your community could set up a ride share service for the town that is locally and communally owned. They could also run a car loan service. With bike infrastructure, cargo bikes and electric bikes can replace a lot of car trips. Living in a small house or apartment near the center of town will cut out the need for cars for lots of trips, too.
If there is a bus network in your county or state, you could also lobby to get a bus to come to your town to more easily connect you to other areas without a car, but I don't know how feasible something like that would be.
Off the top of my head, here are a few scenarios where you would like multiple network ports, none of which you are likely to need to worry about.
You only have gigabit network devices, but you're running a file server that you expect to often have multiple devices utilizing concurrently, so you connect all those devices to the same switch that the file server is plugged into and you implement bonding to increase the throughput to/from the server.
You are virtualizing a router, so you need a WAN port as well as a LAN port.
You have mostly gigabit devices, but you want a really fast connection between two servers or between your server and a workstation, so you add 10 Gbps or higher network cards to those machines and you connect them directly.
You're running a high-availability cluster and you want to use a ceph pool, so you use a second network port on each device for the ceph network.
The home NAS case market is so frustrating. For my next build, I'm going to design a 3D printed interface to use an 8-bay supermicro backplane like the BPN-SAS-747TQ, build a simple aluminum box around it with 2x120mm fans in the rear, and just run SATA and power to a PC case sitting next to it. It would even be straightforward to have activity lights and everything. Good drive temps, low noise, cheap and replaceable backplane, cheap enclosure, and full freedom of PC case choice to optimize for size or cooling or whatever. Sure, it'll be a bit bulky and a bit ugly, but I'd much rather take those downsides over noise, cost, or heat.