I often like SemiAnalysis' work, but there's parts of this article that are shockingly under-researched and completely missing critical parts of the narrative.
> Eighteen months ago, Elon Musk shocked the datacenter industry by building a 100,000-GPU cluster in four months. Multiple innovations enabled this incredible achievement, but the energy strategy was the most impressive.
> Again, clever firms like xAI have found remedies. Elon's AI Lab even pioneered a new site selection process - building at the border of two states to maximize the odds of getting a permit early!
The energy strategy was to completely and almost certainly illegally bypass permitting and ignore the Clean Air Act, at a tangible cost to the surrounding community by measurably increasing respiratory irritants like NOx in the air around these communities. Characterizing this harm as "clever" is wildly irresponsible, and it's wild that the word "illegal" doesn't appear in the article once, while at the same time handwaving the fact that permitting for local combustion-based generation (for these reasons!) is one of the main factors to pushing out timelines and increasing cost.
I don't love this comparison, because I have to use Linux, not Mac. It's not really optional for me, and Asahi simply isn't far enough along to fill the gap.
As a result, the question is more Framework vs. Dell or Lenovo, and that creates a much smaller gap in capability in the 13" form factor.
Not that it's super relevant to this discussion, but I think the largest individual machines operated would probably have to go to high energy particle accelerators like the LHC at CERN or those operated by Fermi Lab.
Billions of dollars in cost, run 24/7 with virtually no downtime during regular operations, in underground tunnels with circumferences in the tens of miles, and all throughout is actively-coordinated super conductors and beam collimation in a high-vacuum tube attached to absurdly complex, ultra-sensitive, massively-scaled instrumentation (not to mention the whole on-site data processing and storage facilities). Certainly open to bring convinced otherwise, but aside from ISS in pure cost, so far it's my understanding that those are the pinnacle of large-scale machines.
Related to [1]; this topic was discussed earlier today (perhaps inspiring this submission?) in a HN thread on C++ coding standards for the F-35 JSF (search "spaghetti").
You know, in hockey there's sometimes a saying that "if you're too small to carry your gear bag, you're too small to play hockey." Feels like there might be some kind of moral lesson there for this situation.
I'd be interested in seeing these guidelines updated to include "don't re-post the output of an LLM" to reduce comments of this sort.
I don't really feel like comments with LLM output as the primary substance meet the bar of "thoughtful and substantive", and (ironically, in this instance) could actually be used as good example of shallow dismissal, since you, a human, didn't actually provide an opinion or take a stance either way that I could use to begin a good-faith engagement on the topic.
Here's a 2022 from Quartz article that might have some context on this. Anduril isn't on the list according to the footnote, but Thiel and Lucky have since had a history collaborating on projects with the same naming scheme.
I'm most curious how this impression is going to age over the next year or two, considering the new competition with the Pinephone Pro that's coming out. While Kudos to Purism is certainly due for developing the Librem 5 in the first place, and for kickstarting projects like Phosh[2] which is now used by many mobile Linux distros, they're really struggled (as mentioned re: timeline in this article) with shipping hardware.
Conversely, Pine64 hardware seems to have a pretty dedicated developer community among the various mobile Linux distros, and considering the significantly improved specs of the Pinephone Pro over the original model, I'm wondering how many people will opt for the even-more-expensive Librem 5 in the future after the Pro has been out for a bit and some of the early-adopter kinks have been worked out, considering the issues Purism has had seemed to have with reliably getting inventory out.
I've been playing Witcher 3 on Pop!_OS 20.04 recently using Steam/Proton. There's a few edges that occasionally popped up. For example, the wireless keyboard I was using would freeze the game when I tried to change the volume, but that's not an issue with the wired one I have. Overall, the experience over a couple hundred hours (oh, quarantine) of play has been overwhelmingly positive. I don't have a Windows machine, so if it can't be played using Proton, I can't play it. Valve are also my low-key heroes.
> Eighteen months ago, Elon Musk shocked the datacenter industry by building a 100,000-GPU cluster in four months. Multiple innovations enabled this incredible achievement, but the energy strategy was the most impressive.
> Again, clever firms like xAI have found remedies. Elon's AI Lab even pioneered a new site selection process - building at the border of two states to maximize the odds of getting a permit early!
The energy strategy was to completely and almost certainly illegally bypass permitting and ignore the Clean Air Act, at a tangible cost to the surrounding community by measurably increasing respiratory irritants like NOx in the air around these communities. Characterizing this harm as "clever" is wildly irresponsible, and it's wild that the word "illegal" doesn't appear in the article once, while at the same time handwaving the fact that permitting for local combustion-based generation (for these reasons!) is one of the main factors to pushing out timelines and increasing cost.
[1] https://time.com/7308925/elon-musk-memphis-ai-data-center/
[2] https://www.selc.org/news/resistance-against-elon-musks-xai-...
[3] https://naacp.org/articles/elon-musks-xai-threatened-lawsuit...