iOS does have an API for apps to record the screen throughout the OS these days through Broadcast Extensions, but it has to be user-initiated through the control center screen recording toggle (where they then get to pick what app to record the screen to instead of just saving as a video), it wouldn’t do that people think the T-Mobile app is doing
Yeah what I’ve settled on is one of those $40 generic Chinese 4x2.5G PoE+2x10G SFP+ switches. Gives me:
Would be great to get another 10G for the NAS as well!
For what it’s worth, Synology Hybrid RAID is just a fancy GUI over linux mdraid, so the drives can be mounted on any Linux system (Synology even have instructions for how to do this on their website). You’ll be SOL mounting them with any kind of third-party NAS GUI that expects their own partition layout though.
What are you powering with it?
You plug it straight into the wall, it syncs to the grid and back-feeds it, up to 800W. Your meter stops spinning (or even goes backwards)
because if the grid went down, these types of panels could keep feeding the house, out to the street, and electrocute a line worker
The inverter in these is designed to shut down if it doesn’t detect a waveform from the grid to sync with - they are unable to create a 50 Hz AC wave on their own. As long as the hardware is legit (which is a big if with how easy it is to get unsafe junk in from China) there is no safety issue, it’s purely regulatory.
Yeah when I went over my bank statements for last year, I only went to an ATM a single time in the whole year. Mostly only need cash for stuff like parking
This is the dial in our current late-90’s apartment (apologies for the limescale). It is gradated in Celsius
My kids like something in the mid-30’s, I like just under 40, my wife like closer to 45. A pretty decent range IMHO
I’ve never had this problem anywhere I live (Sweden and Japan) so I’m assuming it has to do with some kind of especially cheap fixtures?
In the EU, as long as it’s under 800W it can be plugged directly into an outlet in your home without any kind of installation, back-feeding the grid that way.
You’re not getting paid anything for the power you send back into the grid so anything you don’t use you lose.
And that’s probably what will kill them as payouts get worse and worse making other platforms more attractive as you’re not losing as much. A lot of YouTubers I follow seem to becoming more and more reliant on Patreon as ad revenue goes down.
The lack of alternatives where creators actually get paid for people watching their videos is the biggest problem.
I have a cheap noname chinese switch with 2x10gbit ports and 4x2.5 Gbps ports, so I have the 10 Gbit ports to the internet and my computer, and use a 2.5 gbps port for my NAS, everything else is 1 gbit
This is why I’m still using a Synology ¯\(ツ)/¯
I can install all the fun stuff I want in Docker, but for the core OS services, it’s outsourced to Synology to maintain for me
(or even Ethernet)
Technically, those 100+ Gbps fiber LAN/WAN connections used in data centers are also Ethernet, just not twisted pair.
That said recently I was in a retail store and saw “Cat8” cables for sale that advertised support for 40 Gbps copper ethernet! I wonder if any hardware to support that will ever be released. It is a real standard, approved way back in 2016: https://en.wikipedia.org/wiki/100_Gigabit_Ethernet#40GBASE-T
I have symmetrical 10 Gbps at home ($30/mo) and I’ll agree. When it’s nice when you have big updates, for most households 1 Gbps is going to be just fine. As you say, the vast majority of users are bottlenecked by Wi-Fi.
The bigger crime are all the asymmetrical connections that people on technologies like Cable TV networks have, where you get 1-2 Gbps down but only something tiny like 50 Mbps up. This results in crappy video calls, makes off-site/remote backups unfeasible, means you can’t host anything at home, etc.
They’re probably not building out 50 Gbps to the rice farmers
Most residential fiber globally currently is GPON with a 1-2 Gbps shared line using passive optical splitters, split up to 32 ways. Raising that shared line to 50 Gbps is a great upgrade.
It’s for running AI on the GPU. You need a really expensive PC GPU to get more than like 16 GB of RAM or whatever, so the bottleneck for large AI models is swapping in and out data from system RAM over PCIe.
The Mac has an SoE with unified memory, where the GPU can access all 192 GB at full speed, which is perfect for AI workloads where you need the GPU to access all the RAM. There’s always a tradeoff where the PC GPUs have faster processors (since they have a way bigger power budget), but the Mac GPU has faster memory access, so it’s not always a slam-dunk which is better.
APUs/Integrated GPUs on PCs also have unified memory but they always targeted the low end so aren’t as useful.
In Japan they have an IR beacon system to track traffic congestion which works anonymously and lets offline car navigation systems have good-quality traffic info.