qupada
Sharp also make great commerical-grade printers that are 100% Linux compatible, we’re using these at work: http://global.sharp/products/copier/products/bp_70c65/index.html
They don’t really make anything small enough to be a “home” model, this looks like their smallest printer: https://global.sharp/products/copier/products/mx_c358f/index.html (and that’s around $1000, if you could even find someone to sell you one).
Without giving Amazon too much of the benefit of the doubt here, I’ve noticed they love to offer you “coupons”, generally with a midnight expiry.
I expect it’s 100% a tactic to get you to commit to something you’ve looked at a couple of times but might be on the fence about buying.
I get the same as OP’s logged-out price (nothing hidden) while logged in, perhaps if they are offering a coupon it would take it below the minimum advertised price.
Definitely stupid, but it’s the only way I can see of arriving at this situation.
It does however affect getting updates from government agencies, and others who insist on only disseminating real-time information to the public via Twitter.
For instance: https://twitter.com/WakaKotahiWgtn
This is the account for traffic events (road closures, traffic accidents, etc) in my city. Not signed in, the latest visible post is from February 2023.
Since I don’t have a twitter account, this is now functionally useless.
It can be a one-time setup.
Right up until your laptop gets its motherboard replaced and won’t boot due to a MOK-signed module (in my case it was ZFS, which I needed for the machine to actually function).
At which point you
- Switch secure boot from enforcing to permissive mode (note you can’t turn it off entirely, or the enrollment will fail with an error that your system doesn’t support secure boot).
- Boot into your OS.
- Find the arcane command to re-enroll the MOK. That’s
sudo mokutil --import /var/lib/shim-signed/mok/MOK.der
(for Ubuntu derivatives and probably others), in case someone finds this post in the future. - Reboot again, accept enrolling the key.
- Reboot again, and switch back to enforcing.
If you have a BIOS password, encrypted filesystem, and all the other moving parts that make having secure boot enabled actually a meaningful exercise, this is neither a fun, nor particularly quick process.
As for modules being signed automatically when built by DKMS, I’ve never had an issue with that.
Since the realistic competitor here is probably magnetic tape, current-generation (LTO9) media can transfer at around 400MB/s, taking 12 hours and change to fill an 18TB tape.
Earlier archival optical disk formats (https://news.panasonic.com/global/stories/798) claimed 360MB/s, but I believe that is six, double-sided discs writing both sides simultaneously, so 30MB/s per stream. Filling the same six (300GB) discs would take about an hour and a half.
Building the library to handle and read/write in bulk is always the issue though. The above optical system fit 1.9PB in the space of a server rack (and I didn’t see any options to expand further when that was current technology), and by the looks is 7 units that each can be writing a set of discs (call that 2.5GB/s total).
In the same single rack you’d fit 560 LTO tapes (10.1PB for LTO9) and 21 drives (8.4GB/s).
So they have a bit of catching up to do, especially with LTO10 (due in the next year or so) doubling the capacity and further increasing the throughput.
There’s also the small matter that every one of these massive increases in optical disc capacity in recent years has turned out to be vapourware. I mean I don’t doubt that they will achieve it someday, but they always seem to go nowhere.
From the video description:
I have been a Samsung product user for many years, and I don’t plan to stop anytime soon
And all sympathy I had for this person just vanished. If you don’t demand better, they will keep doing - and getting away with - shit like this.
Voting with your wallet might be the one voice you have left in this world, what a way to squander it by continuing to buy products from companies whose representatives behave in this manner.
The estimated training time for GPT-4 is 90 days though.
Assuming you could scale that linearly with the amount of hardware, you’d get it down to about 3.5 days. From four times a year to twice a week.
If you’re scrambling to get ahead of the competition, being able to iterate that quickly could very much be worth the money.