When billionaires own the media companies that influence public opinion and have legal avenues to essentially bribe elected officials, does the public have a meaningful avenue to vote anti-billionaire?
On data center as well. I think AMD rightly decided to focus on larger chips for data center instead of consumer laptops where margins are tiny in comparison and growth has been slow for a few years.
In general AMD seems to not want anything to do with down-market parts.
They still have great laptop & desktop parts, in fact they're essentially the same parts as servers (with less Core Complex Die (CCD) chiplets and simpler IO Die)! Their embedded chips, mobile chips are all the same chiplets too!!
And there's some APU parts that are more consumer focused, which have been quite solid. And now Strix Halo, which were it not for DDR5 prices shooting to the moon, would be incredible prosumer APU.
Where AMD is just totally missing is low end. There's nothing like the Intel N100/N97/N150, which is a super ragingly popular chip for consumer appliances like NAS. I'm hoping their Sound Wave design is real, materializes, offers something a bit more affordable than their usual.
The news at the end of October was that their new low end line up is going to be old Zen2 & Zen3 chips. That's mostly fine, still an amazing chip, just not quite as fast & efficient. But not a lot no small AMD parts. https://wccftech.com/amd-prepares-rebadged-zen-2-ryzen-10-an...
It's crazy how AMD has innovated by building far far less designs than the past. There's not a bunch of different chips designed for different price points, the whole range across all markets (for cpus) is the same core, the same ~3 designs, variously built out.
I do wish AMD would have a better low end story. The Steam Deck is such a killer machine and no one else can make anything with such a clear value, because no one else can buy a bunch of slightly weird old chips for cheap, have to buy much more expensive mainline chips. I really wish there were some smaller interesting APUs available.
Damn I love the strix halo. the framework desktop idles at 10W and has modern standby consuming less than 1W, but fully connected so an xbox controller can wake it over bluetooth etc.
My 3080 sffpc eats 70W idle and 400W under load.
Game performance is roughly the same from a normie point of view.
The Intel video encoding pipeline alone is worth going Intel on the low end. Those low-power devices simply need better transcoding support than AMD can currently provide.
Updating this post. Found the review I was looking for!
Newest RDNA4 fixes a pretty weak encoder performance for game streaming, is competitive. Unfortunately (at release at least) av1 is still pretty weak.
https://youtu.be/kkf7q4L5xl8
One thing noted is AMD seems to have really good output at lower bandwidth (~4min mark). Would be nice to have even deeper dives into this. And also whether or not the quality changes over time with driver updates would be curious to know. One of the comments details how already a bunch of the asks in this video (split frame encoding, improved av1) landed 1mo after the video. Hopefully progress continues for rdna4!
https://youtube.com/watch?v=kkf7q4L5xl8&lc=UgzYN-iSC7N097XZi...
> It's crazy how AMD has innovated by building far far less designs than the past. There's not a bunch of different chips designed for different price points, the whole range across all markets (for cpus) is the same core, the same ~3 designs, variously built out.
AMD bet the farm on the chiplet architecture, and their risky bet has paid off in a big way. Intel's fortunately timed stumbling helped, but AMD ultimately made the right call about core-scaling at a time when most games and software titles were not written to take advantage of multicore parallelism. IMO, AMD deserves much more than the 25% marketshare, as Zen chips deliver amazing value.
I don't get the feeling that they've focused anywhere in particular (and maybe rightly so), they're in everything from low-powered consoles to high powered workstations and data centers, and seemingly everywhere in-between those too.
I do not like the Cybertruck, the company that makes it, nor the man who owns said company.
That being said, I still appreciate seeing them out on the road as an example of what's effectively a concept car that made it to production. It also looks cool and stands apart aesthetically from pretty much everything else on the market, even if the giant 1-piece wiper and black plastic wheel well trim pieces mar the clean lines of the original design.
I'm not sufficiently familiar with the data to say whether or not Cybertrucks or Teslas have significantly more design problems or QC issues than other manufacturers, or if news outlets just latch onto the stories more because Musk's public behavior makes him such a lightning rod for controversy.
Regardless, I think the Cybertruck will go down in history as an iconic car and a symbol of the 2020s, even if it was an objectively bad product (think DeLorean).
Tariffs make the problem worse but it's doesn't do anything to what the bubble is doing. It is keeping interest rates way abnormally high for how most people are economically. The tariffs make it worse. A significant portion of Americans are barely hanging on economically, have been like that for the last 2 years but the bubble has made it impossible to see until recently when the evidence has become overwhelming. Investors are stealing money from the real economy.
> The problem is that everyone wants a different 20% of the functionality.
I'm not disagreeing with your basic take, but I think this part is a little more subtle.
I'd argue that 80% of users (by raw user count) do want roughly the same 20% of functionality, most of the time.
The problem in FOSS is that average user in the FOSS ecosystem is not remotely close to the profile of that 80%. The average FOSS user is part of the 1% of power users. They actively want something different and don't even understand the mindset of the other 80% of users.
When someone comes along to a FOSS project and honestly tries to rebuild it for the 80% of users, they often end up getting a lot of hate from the established FOSS community because they just have totally different needs. It's like they don't even speak the same language.
There's a good report/study about the complexity of Microsoft Word floating around somewhere.
It was something like:
- almost everybody only uses about 20% of the features of Word
- everybody's 20% is different, but
- ~80% of the 20% is common to most users.
- on the other hand, the remaining 20% of the 20% is widely distributed and covers basically all of the product.
So if you made a version of Word with 16% of its feature set you would almost make everybody happy. But really, nobody would be happy. There's no small feature set that makes most people happy.
Yeah but MS Word is also designed with the guidance of an army of accountants and corporate shareholders. Your study plays into that, but there's a much bigger picture when you talk about analyzing how any product came to be that has MS as a prefix.
Kind of like how the author likely knows about the report and wanted to make a blog post about it without saying anything about or citing the report itself. IT seems like it but 80/20 can be found in lots of places, just like 60/40 can.
Resources or the care, tbh. FOSS is a big umbrella and a lot of it simply isn't meant for "customers". Some FOSS apps clearly are trying to build a user base, in which case yeah the points this post makes are worth thinking about.
But many other projects, perhaps the majority, that is not their goal. By devs for devs, and I don't think there is anything wrong with that.
Pleasing customers is incredibly difficult and a never-ending treadmill. If it's not the goal then it's not a failure.
For a lot of usecases there is a strong 80% functionality. E.g. For Handbrake, 80% of the time I am reducing the size of my video screen grabs from my computer or phone. Don't need any resolution change, etc.
There are other times I want cropping or something similar, but it's really only 10-30% of the time. If people want to have a more custom workflow they can use an advanced UI
> tends to require a tight feedback loop between testers, designers, implementers, and users
Some FOSS projects attempt something like this, but it can become a self-reinforcing feedback loop: When you're only testing on current users, you're selecting for people who already use the software. People who already use the software were not scared away by the interface. So the current users tend to prefer the current interface.
Big software companies have the resources to gather (and pay) people for user studies to see what works and what does not for people who haven't seen the software before, or at least don't have any allegiances. If you only ever get feedback from people who have been using the software for a decade, they're going to tell you the UI must not change because they know exactly how to use it by now.
Projects like GNOME, Elementary, Blender, Krita, KDE Plasma, Penpot, and MuseScore seem to attract contributions from designers.
I suspect it's because designers are like any other open source contributor: they want to work on projects that they use themselves and where their contributions will be appreciated.
I'm still skeptical that it's primarily about pay. I know many designers who do pro-bono design work, just not for FOSS. They typically work on nonprofit websites, community newsletters, contribute game mods/assets, work on civic tech, even band posters.
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