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9 days ago*In older versions, he has not been able to use DLSS4 at all. *
Are they even proof reading their articles? Its not surprising they couldnt use DLSS4 before it existed.
*In older versions, he has not been able to use DLSS4 at all. *
Are they even proof reading their articles? Its not surprising they couldnt use DLSS4 before it existed.
Classic example of Betteridge’s law of headlines
So the whole article boils down to: I don’t see an immediate technological revolution coming, but rather evolutionary steps. or just no!
Look, i hate elon like everybody else. You know because he’s a fascist.
But this article is just so petty and shit. Like wtf is wrong with a centered taskbar? Get a grip on life.
My first thought went to those M-Disk/BDXL bluray disks which supposed to last 1000 years if you believe the claims. So with 100gb per disk you would need atleast 1000 disks. Probably more since the data probably wont perfectly fill out each disk. Writing to optical media is slow and according to the very first searchresult i found it takes upwards of 3hrs to write and verify a single disk. So with a single drive it would take atleast north of 3000 hours if nothing goes wrong. A year has ~8760 hours btw. Oh boi.
But i wouldnt want to rely on a single copy of each disk. If the data is so important i would like to have atleast 10 copies? So the year would probably consist of only maintaining and repairing several burning rigs and going through like
35.000edit: 11.000 blurays and then finding spots to safely store them.But how will they read the data of the disks in the future? Blurays and todays data formats most likely wont exist anymore. So you would need several redundant PCs with bluray drives which hopefully last that long. The HDD/SSD wont last in them. Linux live disks burned on the blurays? On top foolproof documentation how to operate all that ancient shit.
My head hurts