Something that can’t be stolen is not property. You can only copy a stream of bits not steal. You can also replicate it to infinity. A pound of gold is real property. You can definitely steal it and you can’t replicate it.
Maybe it’s like Diamonds. You can absolutely make diamonds in a lab without any bloodshed and people will be like “the blood is what makes it special”. Maybe the “original” bits make it special?
Back in the day when the only copyright protection was scare tactics. Anyway looks like an ad for a software product, not actually anti-piracy propaganda. Nostalgic none the less. There was a time when all software was obtained through floppies. I sure was glad to see those go, damn things failed more often than they worked. I kept a big box of blank ones and copied everything off three times in case the first two failed.
if I recall correctly many adblockers (including uBlock origin) stopped working a while ago on chrome when chrome implemented manifest v3.0 for extensions
Hasn’t happened quite yet. uBlock Origin on Chrome is much less robust than on Firefox, that’s for sure. Manifest 3 is finishing it’s rollout this month and we’re looking at not being able to functionally use adblockers in Chrome very soon.
Ah okay, thanks for the info. I don’t use chrome myself and haven’t been reading up on the whole ordeal recently so my information was a bit outdated lol
Because of this post, I reencode a BD rip I made using handbrake to see how small the output file would be. I used the 4k av1 fast profile, but changed the audio tract to passthrough. Holy crap, 44gb down to 1.5gb. what black magic is this?
AV1 is very efficient (around twice as good as h264), but a filesize that low was almost definitely because the default encoding settings were more conservative than the ones used to encode the blu-ray. The perceptual quality of that 1.5gb file will be noticeably lower than the 44gb one
I’ve recoded a bunch of x264 to AV1 and routinely gotten file sizes that are 10-15% of the original file size (a little more than 1/10th the original size)
What I’ve found is that source content often has a lot of key frames. By dropping key frames down to one per 300 or one per 150 frames (one per 10 or 5 seconds for 30fps) and at scene changes, you can save a LOT of space with no loss of quality. You do give up the ability to skip to an arbitrary point in the content, however. You may have to wait a few seconds for rendering to display if you scroll to an arbitrary point in the content.
If you’re just watching the content straight through, no issues. I set CRF to achieve 96 VMAF and I can’t tell any difference in quality between the content with that setup.
I had one corpus of content that I reduced from 1.3 TB down to 250 GB after conversion.
Unfortunately, only the most recent TVs have AV1 playback built in, and the current Fire sticks, Chromecast don’t have support for playback from a LAN source. I’m hoping the next crop of Chromecast and similar devices get full support, I’m assuming it’s just a matter of time until AV1 decoding is included in every hardware decoder since it’s royalyy-free.
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