I'm not entirely sure, but I don't think HP, Dell, etc are removing the functionality from people who already bought products while HEVC was an advertised feature (or even if they did advertise it as a feature at all - when you look at adverts for laptops, I don't think you usually see a list of supported codecs)?What a shitshow. If something is purchased with capability X, such as X being the ability to decode HEVC in hardware, then it should have the capability for the entire life of the product, and not be subject to the whims of...... because they're too cheap or too lazy or scared or, whatever. Frankly I don't give a shit what their reason is, they shouldn't be allowed to yank out the rug from under users - and I suspect in Australia such a thing would be considered misleading and deceptive conduct and unlawful.
But most of the patent holders for HEVC are in Europe or Asia…And the bigger worry with AV1....is that in 10 years if/when AV1 supplants HEVC--we could end up right back here. Because AV1 is a pet project of US-centric tech monopoly interests like Microsoft and Google. Personally, as someone in the USA, I think that hitching mid/long-term tech licensing (and therefore dependence) to US companies is an insanely bad idea these days.
Ideally things that are "standards" should be open rather than patent infested.
And the bigger worry with AV1....is that in 10 years if/when AV1 supplants HEVC--we could end up right back here. Because AV1 is a pet project of US-centric tech monopoly interests like Microsoft and Google. Personally, as someone in the USA, I think that hitching mid/long-term tech licensing (and therefore dependence) to US companies is an insanely bad idea these days.
Ideally things that are "standards" should be open rather than patent infested.
Well, one limiting factor to that is the limited time duration of patents. They do expire eventually. Although in the computer industry, they do last long enough that usually by expiration, the patents are thoroughly obsolete anyhow.It sounds nice but the reality is very different. Usually once a R&D company accumulates enough patents, someone in the management eventually realizes, that extracting more value from existing patents is much easier and reliable than doing research, which is expensive and naturally very chancy and fortuitous.
The other risk, as is becoming pretty clear with this current maladministration, is that the US government may decide to put export controls or punitive duties on any US-held patents.It's not just a worry, it's reality. The usual suspects are coming after it already with patent lawsuits. With HEVC licensing issues at play, the next best (read: cheapest) alternative is AV1, and do you think the patent trolls haven't noticed?
This is how all codecs work. HEVC and AV1 mentioned in the article are both video codecs. Audio codecs include things like Dolby Digital or Advanced Audio Codec (AAC). Video and audio tracks use these separate encodings and they’re packaged together into a file format called a “container.”If one wanted to create a full ogg video with audio, does that mean only the video would be encoded with Theora, and the Audio would be compressed as Vorbis, and the player software would basically decode them separately and synchronize the playback?
I feel like there needs to be a generalized POSA (Person of Ordinary Skill in the Arts) challenge process for patents generally.Hot take: Algorithms should not be patentable. When you get right down to it, it's math. Very complicated math, sure. But math it is. Copyright your specific implementation of it? Sure. Patent the math itself? No way. Does this lead to the death of software patents in general? Dunno, but would that be a bad thing? I'm thinking not.
Bullshit. Number of successful open source projects are proofs to the contrary (Linux kernel, PostgreSQL, Blender, etc.)Then no one well develope new ones . Well done with thinking like that you should be a Trump presidential advisor
1080p and lower.What is "lower resolutions" in this context? I guess probably anything less than 4k? Because, I think H.264 is fine for 2k/1080p right?
Oh, right. I got the impression that they were removing functionality from existing, purchased devices via an update.I'm not entirely sure, but I don't think HP, Dell, etc are removing the functionality from people who already bought products while HEVC was an advertised feature (or even if they did advertise it as a feature at all - when you look at adverts for laptops, I don't think you usually see a list of supported codecs)?
Wouldn't whether it's deceptive depend on whether there was advertising to the effect that when you buy this product, you get this as a feature? I suppose also if you checked and it was enabled, e.g. on an in-store demo unit, that would count as advertising, since the in-store demo features should match what's actually sold to customers, else it's a bit of a bait-and-switch.
As for HP and Dell, if I understand correctly, it's that future laptops they sell of those low-end models will not advertise nor come with HEVC support. I think, I could be wrong, but I think if you have one of those laptops that already supports HEVC, it will continue to do so?
That tracks. You're right it'll take a decade.AV1 is a perfectly cromulent codec and all, but....I have a household full of devices and only two of them have AV1-support in hardware. HEVC? I'm not sure I have anything that doesn't support it ...
And the bigger worry with AV1....is that in 10 years if/when AV1 supplants HEVC--we could end up right back here. Because AV1 is a pet project of US-centric tech monopoly interests like Microsoft and Google. Personally, as someone in the USA, I think that hitching mid/long-term tech licensing (and therefore dependence) to US companies is an insanely bad idea these days.
Ideally things that are "standards" should be open rather than patent infested.
They want to save money...for themselves, not for us. It would attract litigation...that wouldn't go anywhere and be anything but a sternly worded letter to Big Tech.
No, definitely not. R&D companies dig into the unknown. It's hard as fuck. Maybe what they find is trivial or boring, maybe it's brilliant and game-changing. Either way, it's valuable and worth every penny (and more).What you call Business Leaches, other people might call R&D companies.
What a weird comment.Then no one well develope new ones . Well done with thinking like that you should be a Trump presidential advisor
No, other people use the proper term, which is patent troll. They’re leeches.What you call Business Leaches, other people might call R&D companies
Reverse-engineering is a way to avoid infringing on someone else's copyright, but it's not going to avoid infringing on a software patent. No matter how the codec is implemented, any patents on its implementation will still apply.I'm starting to think it would be worthwhile for the chip makers to reverse-engineer the codec in a well documented clean environment to create their OWN decoding algorithm just so they can sidestep the licensing issue entirely.
Bullshit. Number of successful open source projects are proofs to the contrary (Linux kernel, PostgreSQL, Blender, etc.)
There's nothing to reverse engineer, the specification is open. And reverse engineering does not avoid patents anyway.I'm starting to think it would be worthwhile for the chip makers to reverse-engineer the codec in a well documented clean environment to create their OWN decoding algorithm just so they can sidestep the licensing issue entirely.
And if we allow them to be patentable, then the term limit should be 5 years maximum. I can understand why in traditional industries 20 years can make sense (hardware is risky in terms of material and money), but not in software.Hot take: Algorithms should not be patentable. When you get right down to it, it's math. Very complicated math, sure. But math it is. Copyright your specific implementation of it? Sure. Patent the math itself? No way. Does this lead to the death of software patents in general? Dunno, but would that be a bad thing? I'm thinking not.
It’s funny you mention that. I vividly remember a big part of 90s/00s tech culture was getting the right codec packs to make an AVI or MKV play. We’re just going in circles.Actually you can, you just can't do it using Netflix. Crap like this is exactly why the high seas have such a rich bounty. Not only do we not own anything, we have to pay for a license to decode it.
My point is that these highly complex pieces of software didn't require forcing their users into paying their authors.I think you are both confusing what patent law does with what copyright law does.
you can’t, for example, download a 4K episode of a show from Netflix and play it in VLC
That's because software patents aren't allowed in the EU, so companies work around it by patenting the process instead. It's still utter nonsense.You do realize that the patents in question aren't software, but rather algorithms, right? They just so happen to be implemented in software. They are in no way equivalent to the JAVA debacle when it comes to software patents.
Dear god, it’s 2026 and you’re still acting out the open source denier troll persona?Yeah because there's absolutely no way that open source projects get malware injected into them. Grow the fuck u p
Right, what I meant more specifically is I wasn't sure if Theora included a newer audio codec that was normally used with it, or if it explicitly just uses the older Vorbis codec for audio ( I suppose you could pair other audio codecs in the container if you really wanted to force the issue, but I presume normally Ogg Theora would be paired with some Ogg audio codec, and I guess that would usually be Vorbis)?This is how all codecs work. HEVC and AV1 mentioned in the article are both video codecs. Audio codecs include things like Dolby Digital or Advanced Audio Codec (AAC). Video and audio tracks use these separate encodings and they’re packaged together into a file format called a “container.”
20? Damn I must be old. I thought it was 7.And if we allow them to be patentable, then the term limit should be 5 years maximum. I can understand why in traditional industries 20 years can make sense (hardware is risky in terms of material and money), but not in software.
Software doesn’t need patents to spur innovation and 20 years is beyond a lifetime in software. Consider how far Windows and MacOS have come in 20 years as an example.
The lack of patents in software is what motivates business to monetise and move forward quickly.
Short lifetime patents could be a compromise, but the issue is a patent is meant to describe an implementation, but we’ve seen people being sued for code with similar behaviour, but a different implementation. For this reason I’m generally skeptical of the effectiveness of patents in this context.
Nokia and Ericsson made bank from the telephony equipment they sold, which were top notch thanks to their R&D.Usually R&D companies GET THEIR MONEY from what you call Patent Trolls. That's how they make money. If the R&D companies, as you say, are worth every penny, because they are doing hard work, which I agree with that premise, then that means you need to accept the "patent trolls" because they are who pays the R&D companies.
And if a company like Ericsson or Nokia stop doing R&D? Well, so what. You aren't paying for current R&D when you license a patent. You are paying for past R&D which was already invested in, and payment in the present is part of the ROI for those companies on their past research.
If they stop doing research, soon enough they won't be making any money, because patents expire, or become obsoleted by new tech, and then nobody is licensing anymore (well, in the case of a codec, licensing will probably continue right up until patent expiration, simply for backwards compatibility so people can continue to play, transcode, etc old videos that people made years ago).