Just for context, noted liar Elon Musk claimed yesterday that he’d be launching 100 GW worth of compute per year into orbit Real Soon Now. .
I still don't think the financial calculus is going to actually work, but I can see the appeal of free real estate. But SpaceX already has a business that involves replacing satellites every 5 years, so. I think these'll start as a V3 starlink chasis, with the ground radio and antennas removed, and replaced by an equal power draw worth of compute power. Laser link to tap into the existing starlink down channel.
I'm still scratching my head about why anyone thinks this is a good idea, even if it was feasible. What AI problems become easier in space? Space is a vacuum so you'd need huge radiators to cool the things. The distance between individual satellite nodes, as well as between satellites and the ground stations, would add meaningful latency vs a data center where you've got thousands of servers physically wired together.
I guess they're thinking it's about energy? They can put big solar panels on the satellites and avoid having to rely on terrestrial power grids? It doesn't seem to me like the cost of producing and launching all those satellites and solar panels could possibly be worth it, especially when existing AI companies are still struggling to figure out how to grow demand and become profitable. If you're going to build that many solar panels, why not just put them in a desert on Earth?
I get that Elon is a fraud and the plan isn't even supposed to make sense, but I'm amazed so many finance people are apparently willing to entertain it like it's a serious idea.
We all get one (1) Told You So point.
I have a plan for a 100GW of datacenters, gonna get the investors, then fill the buildings with heaters, and a single GPU, going to be such a powerful DC, cos look at that power draw. Just don't come anywhere close to it as you may set on fire.People talking in GW of compute like GW grows on trees. Well, it falls from the sky half the day and blows around but there's one small orang problem there.
It’s also a good way to assess GenAI data centres since no actual useful work is being done; we might as well measure their performance purely in terms of the waste heat warming the environment.It makes sense as a metric if you think you're limited in deployment by availability of power rather than availability of chips or cash.
Long after OpenAI is gone. Maybe even after the post mortem is finished. Although there is the possibility the post mortem on what went wrong at OpenAI will last longer than OpenAI did."When those chips will be ready, however, is currently unknown."
There's no law in space to shut your child porn generators down!I'm still scratching my head about why anyone thinks this is a good idea, even if it was feasible. What AI problems become easier in space?

Utan?People talking in GW of compute like GW grows on trees. Well, it falls from the sky half the day and blows around but there's one small orang problem there.
You'll probably like this article but Ed Zitron, even though it's a paywalled newsletter (no relation to the author although I subscribe)The idea that the wholeTulipAI hype may actually kill Oracle fills me with much more glee than it should. In reality this will probably not happen even though Oracle is pretty much overexposed to AI risks already but a man can dream though.
Over-valuation in 2001 was weighted towards tech, but not limited there. Much like today. We also had Enron, Sept 11, and other "unique" events spooking confidence. Much like today. Criticism of the Fed from the administration about its reluctance to move aggressively on rate cuts was rampant. Much like today.There was no liquidity crisis in 2001. Capital markets were fine. The taps stayed open for anything that didn’t have dot-com in the name, and arguably even the stuff that did, given that Google got funded then. It’s also not clear that stocks were significantly overvalued in 2008, outside of the ones with significant real estate exposure and a handful of too cute banks like WaMu. (And, yes, I know WaMu was technically a thrift.)
Declines in asset prices happen for all sorts of reasons and have all sorts of outcomes. If we’re about to see one, the details are going to matter to a lot of people.
It's actually stupider than that, because it creates a perverse incentive for the supplier to make their products less efficient and for the service providers/data centre builders to buy less efficient hardware. It's almost as if the entities involved are interested in something other than actually delivering the goods and services they're telling everyone are "the future" profitably.Its such a strange metric to use, unless you're in the energy business, in which case it seems like a perfect way to view datacenters.
Did you know Subaru sold between 28.5 and 31.0 million horsepower of Outbacks in the US last year?
Google is their main competitor and they've got the advantage of being an actual going concern with other businesses to underwrite the loss-making inference services for some time.They have no competitors.
Anthropic is tiny and the others are irrelevant.
If you think that investors will pile into other AI when openai goes belly up you're delusional.
You're not wrong, but one key difference between this scenario and the usual "perception is reality" attitude that many marketing dickheads have, is that Ars has reported and helped to explain a core truth about the LLM frenzy — that it is mostly smoke and mirrors, including bullshit deals like this one. (Pump and dump should absolutely be everyone's #1 suspicion.)Perception is everything. Continue to post articles like this. Each one helps to devalue this con job.
I do not believe I am the only one to have a visceral, immediate, negative impression of anyone self-describing as an "Influencer."In my experience, Marketers and Advertisers are only slightly more honest and respectable as people than politicians. Always exceptions of course, but on balance the entire "profession" is a festering wound on the ass of humanity. I'm all for driving negative perception here — by almost any means necessary — but it would be great one day if the "perception is reality" attitude becomes a relic and symbol of everything that is wrong with how people did business in the first half of the 21st century.
Yes, but the first company to break the chain wins 100 billion dollars.
In September, Bryn Talkington, managing partner at Requisite Capital Management, noted the circular nature of such investments to CNBC.
Good point, if the seal cracks it won't matter.You forgot to point out the synergies inherent in running vacuum tubes in a vacuum environment.
Bit small. I would be looking at things with a bit more ceramic. A Ctk 25-4 perhaps.Only if you commit to 6146Bs or 4CX5000Zs for the data downlink final amp.
Whoa. Slow down. Let's make some money on it, then make it on its slow death or absorption.Reading this article, I cannot help but feel gleeful. Bring on the AI collapse!
Sadly, intelligence has nothing to do with it.Your mistake was assuming that finbros are intelligent or aware of science or engineering concerns. Most would consider actual expertise in either field a drawback for the big financial movers. They deal in raw numbers and let plebes like you and I figure out how to make it work, if at all. And if they lose their whole bet, the government will cover the loss to prevent total economic collapse.
Wall Street is a casino now. Literally a gambling product for too many investors since COVID.I'm still scratching my head about why anyone thinks this is a good idea, even if it was feasible. What AI problems become easier in space? Space is a vacuum so you'd need huge radiators to cool the things. The distance between individual satellite nodes, as well as between satellites and the ground stations, would add meaningful latency vs a data center where you've got thousands of servers physically wired together.
I guess they're thinking it's about energy? They can put big solar panels on the satellites and avoid having to rely on terrestrial power grids? It doesn't seem to me like the cost of producing and launching all those satellites and solar panels could possibly be worth it, especially when existing AI companies are still struggling to figure out how to grow demand and become profitable. If you're going to build that many solar panels, why not just put them in a desert on Earth?
I get that Elon is a fraud and the plan isn't even supposed to make sense, but I'm amazed so many finance people are apparently willing to entertain it like it's a serious idea.
His claim isn't as much about launching space data centers as it is about pumping the upcoming IPO for SpaceX.I'm still scratching my head about why anyone thinks this is a good idea, even if it was feasible. What AI problems become easier in space? Space is a vacuum so you'd need huge radiators to cool the things. The distance between individual satellite nodes, as well as between satellites and the ground stations, would add meaningful latency vs a data center where you've got thousands of servers physically wired together.
I guess they're thinking it's about energy? They can put big solar panels on the satellites and avoid having to rely on terrestrial power grids? It doesn't seem to me like the cost of producing and launching all those satellites and solar panels could possibly be worth it, especially when existing AI companies are still struggling to figure out how to grow demand and become profitable. If you're going to build that many solar panels, why not just put them in a desert on Earth?
I get that Elon is a fraud and the plan isn't even supposed to make sense, but I'm amazed so many finance people are apparently willing to entertain it like it's a serious idea.
The rare plants market has recently been demolished by a YouTuber who started a series of videos about how to clone plants in a home lab with a couple hundred bucks of supplies.Can we still invest in Tulip Mania?
Purple Tulips seem to have a better foundation than some of these AI firms.
Would be fun to watch - except I can no longer afford SSDs and DRAM.
I've heard some fairly credible reports that these super-expensive, high cost chips from Nvidia are having reliability and durability issues (i.e. a not-insignificant number of those chips just aren't going to last 2 years, let alone 5+ years--if they even work out of the box). I can't imagine that's improving the real numbers any (which of course we probably won't see until after the bubble pops).Nvidia recently released their new chip less than 2 years after the previous version. Meanwhile AI companies are increasing the depreciation timelines on their hardware to 5+ years. Seems to me somebody is trying to prop up earnings anyway possible. There will be a crash but it’s a little hard to see how it will affect the broader economy.
Certainly. I didn't mean to imply one specific company would have a bad outcome. The whole damned economy and the whole universe of finance is wrapping itself around this crap. That's the story, not the earnings line of one company.It's clear NVIDIA won't be left holding the hot potato at least - they're very clear in their position of "seed $ to an AI startup -> AI startup $$$$ from clueless investors and banks -> AI startup spends $$ with NVIDIA" and when it all collapses, the banks will claw the remaining $$ (assuming any is unspent) back and investors will be looking at their empty wallets.
The dotcom bubble burst a year and a half before 9/11. By early 2001, traffic on the 101 was light since so many startups had gone bust. That’s before even the Enron energy crisis, which was Enron’s death rattle.Over-valuation in 2001 was weighted towards tech, but not limited there. Much like today. We also had Enron, Sept 11, and other "unique" events spooking confidence. Much like today. Criticism of the Fed from the administration about its reluctance to move aggressively on rate cuts was rampant. Much like today.
To your point though, it was more a pullback on investment than a broader liquidity issue, and the details do matter.
The hell do you have against the noble politician?In my experience, Marketers and Advertisers are only slightly more honest and respectable as people than politicians
And how much "compute power" would that be, exactly?When I ran physical servers, I rented racks in a data center. That included space, power, cooling, and 100Mbps. I had no reason to deprecate old hardware, because I was paying for all of that, whether I used it or not. If I had free space in a rack, keep the old hardware running. I had 12 year old 1U servers doing video transcoding, so I could keep the faster machines free for something that was more interactive.
Cloud providers don't have that same math. Space, power, and cooling are at a premium. If there is obsolete hardware that's generating little to no income, it's not worth the power and cooling it takes to keep it online. As soon as a replacement will earn more money, it gets replaced. The calculus is a little complex, but not very.
Once in space, the only cost is internet bandwidth and the salary of the people managing them. It's virtually free to keep them running until they deorbit or burn out. And you don't have to replace an old one, you can launch a new one next to it.
I still don't think the financial calculus is going to actually work, but I can see the appeal of free real estate. But SpaceX already has a business that involves replacing satellites every 5 years, so. I think these'll start as a V3 starlink chasis, with the ground radio and antennas removed, and replaced by an equal power draw worth of compute power. Laser link to tap into the existing starlink down channel.
„I accidentally crashed the rare plants market“The rare plants market has recently been demolished by a YouTuber who started a series of videos about how to clone plants in a home lab with a couple hundred bucks of supplies.