ares35

a lot of it is just using the name via licensing… not made by them.

ad-skip to present day. encryption and drm is being introduced into the new atsc 3.0 broadcast standard, and some stations are already using it.

i bought a few smr drives, knowing they were smr. they were cheaper, a lot cheaper than the same amount of space in cmr. used only for static media storage, so that’s not a big deal, really., but holy hell was it slow getting stuff on them initially.

i have a few self-powered externals that are also smr (quite common with those as they use 2.5in notebook hdd). when those things have to start shuffling bits around and rewriting tracks, sustained write speeds fall well under what even usb2 can send.

i bought a big external hdd recently on impulse… a clearance sale. it was really, really cheap. with the thinking that i could ‘shuck’ it because i’m short on space in a couple storage systems. i checked. i can, but i haven’t. hell, i haven’t even used it yet other than to run a full smart diag on it, followed by a full format and a read/write verify. took days. then i put it back in the box and have basically forgotten about it until now.

you have to be careful on what models you buy. some have usb built onto the controller board (no internal sata) or other things (e.g. encryption chip, weird power) that make it more difficult or even impossible to use the internal drive in an environment other than the enclosure it ships in.

on my arch-based systems, i use repos first, aur second. appimages third. i do also have a couple minor things (that are self-contained with no dependencies) that were just ‘unzipped’ into their own directories and links added to menus where appropriate. note that i don’t game on these systems. i don’t have a lot of aur packages installed, so updates and subsequent recompile time isn’t an issue.

i have yet to run into anything i want or need that isn’t available in those. so no flatpaks or snaps.

hard drives are going to be slow af copying data to itself, or moving data to a different partition on it.

then you’re also adding partition size manipulation to the mix, which will also be slow af when data has to be moved off the ‘end’ of partitions to ‘make room’ to enlarge or create another with a different fs.

your best option is to get another drive, even if it’s also a hard drive instead of ssd. use that to move (copy, really, to preserve the original as a backup for the time being) all the data to that you want to preserve.

upgrades have been working fine here, both linux and windows, for well over a decade.

only if a system is also being repurposed at the time of the ‘upgrade’, or if i’m changing the connection type of the boot drive (such as from sata to nvme, or switching an older system to ahci mode) do i install ‘from scratch’.

definitely keep windows on it to begin with. once you’re fully settled-in on linux and haven’t even looked at windows for at least a couple weeks, make one last backup… then nuke it or repurpose it.

as real as artificial cheese.

the scammers are already using ‘ai’

raise your hand if you ever thought training ‘ai’ on the whole of the internet was a good idea.

patents is what you’re thinking of. and all (afaik) of them relating to mp3 format have expired.

not to worry, it won’t be long until “after almost 29 years…”

usb nvme adapters are not expensive and it likely won’t be the only time you need it. they are a handy accessory to have on hand if you have nvme storage.

don’t mess around with imaging to a file on the zfs, then restoring it. simply clone nvme -> nvme using a usb nvme adapter then replace the internal with the clone.

upgraded here. no problems. didn’t even notice the version increment until i went looking for it.

those were so long ago they’re small enough that windows would still be able to format them fat32 even with its built-in limitations on formatting that filesystem.

what would be completely useless is scrolling through a larger flash drive’ or card’s files, one or two at a time.

or onlyoffice

“decades” from now, autonomous vehicles will have their own roadways, designed for them and with the infrastructure needed for the tech at that future time.

the streets as we know them today will be for last-mile (literally) transport, pedestrians, bicycles, some forms of public transit, and what not.

Full autonomous vehicles, and particularly significant levels of adoption of them are decades away

the only way fully-autonomous vehicles will truly work and work as envisioned, is if user-operated ones are taken off the roads entirely. and yes, that is at least ‘decades away’