That’s still theoretical speeds, I doubt any drive will be that fast.

Device ships with good emmc storage, it’s all pretty dire. The surface go my friend has got about 150MBps writes and 250 reads. That’s what I’d expect from a “good” emmc machine. I bought some $100 Walmart special a year ago and it gets like maybe 150 reads and 50 writes. Hard drives are fast than this.

Some USB drives are actually pretty good. I have a drive that sustains over 350MBps reads and 150 writes, and bursts almost up to full 400MBps.

That that drive is the exception, not the norm. Those micro center flash drives with white labels? You may get 1 gig of writes in before they crater to 20MBps or less. And the newer black ones? I’ve seen single digit MBps transfers. Putting an OS on there is suffering. Shit just writing the iso on there is bad.

Emmc will be consistently mediocre. If OP had an EMMC laptop then I’m going to guess they didn’t pay extra for a fancy flash drive so the experience is going to be DIRE. If you want to play with the live environment it’s fine.

There’s no drm on band camp

Those 200gb games take a while to download, even on a gigabit internet connection.

Pretty much no manufacturer is going to sell you parts besides maybe replacement feet. But the only things that fail on mice are all jellybean components.

Left mouse button fails? Buy another from mouser. Middle button fails? Digikey. Side button? Some other components selling company.

Outside of those super light mice there’s nothing special about any of them other than the exact layout, and the case. And the cheaper the mouse usually the simpler they are on the inside, and the easier it is to solder. Most PCBs will be single sided with through hole components.

My dog likes licking armpits. It’s usually only my own, but when he’s mauling you if you put your arms up and he sees pit he’s going for it.

and most of them are better that the windows-only options. Gimp

Lmao.

Was your bios updated in the last few years? Not when you updated it, but when the manufacturer pushed a newer update.

If it’s older than 2023 then you’re screwed. If it’s been updated since then then you’re probably fine.

Don’t forget battery life. Most of those systems get some pretty awful battery life, or are comically large.

It is the only part of the body without a blood supply. Instead, it receives nutrients via aqueous humor (the liquid between the cornea and vitreous).

Instead, oxygen dissolves in tears and then diffuses throughout the cornea to keep it healthy.[5] Similarly, nutrients are transported via diffusion from the tear fluid through the outside surface and the aqueous humour through the inside surface.

And because that seemed lacking still and I’m too dumb to figure it out ChatGPT’s response:

The palpebral conjunctival blood vessels and the capillaries of the eyelids supply oxygen to the tear film behind closed lids. Oxygen diffuses from these vessels into the cornea.

At work we have a bunch of phones that were just plugged in sitting at my desk randomly. I got tired of the mess and 3D printed a tower to put them in. Complete with trays to quickly slide them in and out, fans to keep them cool and, slide in filters for the fans.

I need to finish some last modifications before I share it all. But if anyone’s interest I’ll try to share the link.

If it’s an LSI card then make sure it’s either been flashed into IT mode, is capable of being flashed into IT mode, or is relatively modern and has that option built in.

What you really want is an HBA, but HBAs can be expensive, a raid card flashed to act as an HBA is typically much cheaper. A 6 gbit SAS card will do 3gbit sata, and no hard drive should be writing more than 3gbit. If you want to do SSDs then find a relatively more modern 12 gbit SAS card which will do 6gb sata.

I guess also look out for the REALLY old ones that won’t do over like 3tb. But I bought one of those for $20 almost 10 years ago so that shouldn’t be a concern. Those are probably all in the trash by now.

My work uses tailscale to get to work things. and I just want a VPN to get into my network at home. Maybe every once in a while connect to something like Mulvad. All 3 distinct programs that have virtually no idea about each other.

With OpenVPN just add as many taps as you need. With wire guard it doesnt way to play nicely with any other Wireguard VPNs running.

Can you run multiple wire guard connections simultaneously? The reason I stick with OpenVPN is because my work uses wire guard and I can run two connections at the same time.

I like how the website doesn’t even work anymore.

Something actually capable of doing this well? Even a raspberry pi would be better suited.

Yeah my first guess was lack of port forwarding. If neither you, nor the other people are port forwarded then you can’t establish the connection.

I’m curious if the torrent protocol could be updated to allow a Tailscale style NAT traversal so port forwarding wouldn’t even be needed. That would be a game changer, but would probably add wayyyyy too much overhead for the tracker to manage.

I loved the servers that were 24/7 metro, no drags etc. some of those were (and still are) my favorite. Or pistols only, no Glock 18. When you get rid of custom servers you get rid of that custom experience.

They’ve finally started removing them from boards, and I’m annoyed. I want my NKRO.

Most of them are internally connected via USB apparently so there’s no difference. Not that the average e sports player would even notice.

As long as the GPU is halfway reasonable the resolution of the video has very little impact on power draw. Most of the power draw is the screen, and the fact that the CPU and GPU are active. That’s one of the reasons why Intels core 100 series and up have the LP E cores in a separate tile from the regular E and P cores.

7 watts on a 13" M1 Macbook Pro (@500 nits vs 400 for the 2.8k framework screen)