OpenAI's new $400 billion announcement plan reveals both growing AI demand and circular investments.
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I won't pretend to assume Texas does anything sensibly, but following the Enron-fomented Gray Davis mis-managed energy fiasco in California, various industrial users in our area were required to develop plans to reduce draw by XXX amount within a set time frame, or face being totally blacked out. We did so, but to the best of my knowledge were never obliged to execute on it.I'm just a little curious-- if one of these sites, say in Texas, experiences another extra cold winter and customers are running their heaters, will regulators throttle the draw from ChatGPT to ensure residents don't freeze to death? I suspect it varies state to state, so maybe this is a question to ask a few times.
There will be a lot of angry investors within the next 2-3 years. Also this is probably for palantir or related surveillance garbage.Softbank
This has been the case for some time and it’s because this is the best way to measure the capacity of a facility. Computing power advances and changes fast but the energy supply capacity for a facility does not. So, yes, computers themselves are measured in compute capability but the DC is measure in energy capacity to host those computers.Unrelated to all the issues raised here: when did data centers start getting measured in watts? I remember server count or FLOPs, but watt’s? What is that supposed to translate to?
its not like the dotcom boom, this stuff is useless for anything except LLMs
Singularity Sky and Iron Sunrise by Charles Stross are also pretty interesting explorations of what happens to a society when too much of the locally available mass gets turned into computeIan Banks' Culture series is the closest I can think of. https://en.wikipedia.org/wiki/Culture_series . It's the happy path though, not the dystopian path.
Accelerando (https://en.wikipedia.org/wiki/Accelerando) by Charles Stross might be closer to what you're asking for.
No they can't.Similarly, these facilities could potentially pivot to cloud services, scientific computing, or other workloads, but at what might be massive losses for investors who paid AI-boom prices.
For a bit more context, Zuck was saying "surveys show most people want and are happiest with about 15 friends. But Americans only have 3.". His solution was not that we should all stop using his divisive products, go throw smartphones into a pit, touch grass, and meet each other; it was that you should have 12 AI friends on his platforms.The joke is on Zuckerberg. I don't have that many friends.
Scamming people is a viable business model. You can rightfully say that a significant portion of our economy rests on this concept.Before we torch the planet to get "more and more" how about giving examples of some use cases. Then, look at how many of those are viable. Then, look at how many of those are not just viable, but will generate the trillions in revenue to justify this level of expenditure. The technology we call "AI" now is not useless. Neither is blockchain. But will they provide enough benefit to justify the insane about of money being pumped into them?
We haven't seen one viable business model.
Translation: “let’s subsidise the construction of this money hole by taking from taxpayers. Then when the bubble collapses we’ll double dip and make them pay for the cost of filling the hole in again.”Technological innovation, new revenue, and public support may be needed to fund and supply enough electricity.
Only if you've got a viable product that's just dying for access to high-end GPUs. Like others have said, buying up dark fiber for pennies was a useful outcome of the dot-com bubble. If you had the cash, buying distressed houses from a bank for cheap in 2009/2010 was a very small silver lining. But fiber and houses are useful things. It's not clear if gargantuan datacenters full of LLM-optimized GPUs are the same thing.If nothing else you're shortly going to get data centre capacity for pennies on the dollar. The value of investments in cloud computing is going to nose dive when there'll be this much excess capacity.
Not really, simply because BTC mining is all about hashes per joule (or hashes/sec per watt). This place will have a tons of watts coming in, but even state of the art GPUs don't do well on hashes/sec per watt compared to the dedicated ASICs that are used to actually mine BTC.This place will be able to mine quite a bit o' coin
Private industry still offers pensions? /s - sortaPensions, 401ks, etc stand to lose big if a bubble bursts.
It may ultimately be cheaper to mechanical turk it all?That doesn’t sound plausible. Server farms have tiny staffs.
At this scale, will there be any services or business models that can make huge systems like this possible?Before I reply, disclosure time! I work at nvidia. I don't officially speak on their behalf, my opinions are my own, and I work on AI infrastructure for autonomous vehicles rather than data centers or chips.
This isn't really correct though. Yes, the skus being provisioned here, and the topology in which they are being provisioned, are predominantly useful for training and inference tasks, it's really quite a stretch to say they're only useful for LLMs. Any large transformer or transformer-like DNN model architectures benefit from NL72 and, more generally, the Blackwell system design.
And if you're a neural network skeptic, transformers are archetypical of a large number of other problems which essentially just boil down to "parallelizable tensor compute". Weather and climate modeling is a classic example. Etc etc. Really, a large part of what you're saying boils down to the claim that "GPUs are only good for LLMs", which doesn't seem particularly well supported.
Anyway, obviously I have skin in the game, so apply the appropriate caveats on my opinions, but claiming that all this infrastructure is hyper-specialized to a very particular application (LLMs) is a fundamental misunderstanding of the technology involved.
As someone familiar with neural nets, I know your statements above to be true. However, I think they miss the point. What is Open AI building these DC's for? Are they offering compute while you BYONN? No - these are specifically to train, and run inference, on their LLMs.Before I reply, disclosure time! I work at nvidia. I don't officially speak on their behalf, my opinions are my own, and I work on AI infrastructure for autonomous vehicles rather than data centers or chips.
This isn't really correct though. Yes, the skus being provisioned here, and the topology in which they are being provisioned, are predominantly useful for training and inference tasks, it's really quite a stretch to say they're only useful for LLMs. Any large transformer or transformer-like DNN model architectures benefit from NL72 and, more generally, the Blackwell system design.
And if you're a neural network skeptic, transformers are archetypical of a large number of other problems which essentially just boil down to "parallelizable tensor compute". Weather and climate modeling is a classic example. Etc etc. Really, a large part of what you're saying boils down to the claim that "GPUs are only good for LLMs", which doesn't seem particularly well supported.
Anyway, obviously I have skin in the game, so apply the appropriate caveats on my opinions, but claiming that all this infrastructure is hyper-specialized to a very particular application (LLMs) is a fundamental misunderstanding of the technology involved.
Friendly reminder -- every financial company offers a selection of funds.But with the$e number$, it looks even more like the (then, real-estate) lending bubble that burst in 2008. Even if you weren't invested in those scams, the money you put into mutual funds was, and if you were at all exposed in the stock market, you lost at about a third or more of your investment.
Good luck.
The data centers will be fine far into the future. Datacenters are not built out to only be used for 5 years and then burned down.No they can't.
The majority of the capital is being spend on the IC's inside the data centres. Those IC's will become obsolete (or at least uneconomical to use at scale) in only a couple of years.
Yes, the buildings could be reused, but there's no telling how standards will evolve and whether those buildings will be appropriate for futures tech.
This is so different from the dot com bubble. at least fibre could be used in the future. This is generating waste!
The casinos call it "chasing losses."There's a fine line between mass delusion and nefarious intent, and I don't know where to draw it. I wonder if OpenAI is simply banking on becoming too big to fail by burrowing itself deep into investment funds and government services before the inevitable collapse of the bubble. The unfortunate lesson of the 2008 crisis was that holding the economy hostage pays off big time if you play it right, and that personal accountability at such a scale doesn't seem to exist.
My thoughts are 'instead of waiting for the bubble to burst how do we force the bubble to burst faster without triggering freedom of speech and freedom of commerce laws from a government policy perspective, or being technically liable for fraud from a civil perspective'Trying to gauge when the bubble will burst...
Since all of these AI companies are living off investment dollars with no appreciable income (certainly not compared to what they are spending), it looks like this falls apart when investors stop throwing money at it. I imagine that could happen when VCs et al run out of liquidity, recognize their exposure, or maybe do some math looking adding up all the cost/benefit figures they're spending on.
Any thoughts?
Altman's statement reflects optimism about the usefulness of future AI systems, but despite warnings of an AI bubble
The buildings might be fine, but the buildings are only a tiny fraction of what the money is being spent on. It's the stuff inside the buildings that'll be obsolete.The data centers will be fine far into the future. Datacenters are not built out to only be used for 5 years and then burned down.
This likely would lead to a significant slow-down in new datacenters being opened for a very long time.
Airsoft games seem like a better fit.The buildings might be fine, but the buildings are only a tiny fraction of what the money is being spent on. It's the stuff inside the buildings that'll be obsolete.
On the other hand, I can imagine the largest ever Spirit Halloween now being setup in those abandoned data centres.
All sectors will be hit when the bubble pops. NASDAQ fell hard in 2008, despite the issue being in the housing and financial sector; similarly DJIA and S&P 500 back in 2001/2002 with the doctom crash.Friendly reminder -- every financial company offers a selection of funds.
If you have a 401k, chances are you are very heavily invested in AI, including companies like Facebook and Tesla, because it's the default option, but you can just move out of it.
All sectors were hit, but some sectors were hit harder.All sectors will be hit when the bubble pops. NASDAQ fell hard in 2008, despite the issue being in the housing and financial sector; similarly DJIA and S&P 500 back in 2001/2002 with the doctom crash.
Utilities were indeed one of the less hard-hit industries in 2008; they "only" declined in value by 30%, as opposed to over 50% for financials. That's still really bad.All sectors were hit, but some sectors were hit harder.
The 2008 crash broader because most things depend on finance, but some sectors like real estate were especially wiped and others like retail and utilities did okay.
The dotcom bubble was more selective. It hit tech stocks way harder than everything else. And it was hard on the S&P in large part because the S&P had tech in it.
And it's the same way today. Most people are passively in the S&P. Which is "diversified". Except it's like 30% AI right now. If the AI bubble pops, the S&P will get slammed, and other ETFs with less Musk and Zuckerberg in them will get hit way less.
Pick a safer industry, like retail, or an ETF focused on Value or Dividends instead of Growth, and you won't be part of the bubble. You might be affected by it, sure, but that's not the same thing.
Yes, it is bad, though in both cases the market recovered eventually. If you can't afford to wait that long then you shouldn't be all in stocks.Utilities were indeed one of the less hard-hit industries in 2008; they "only" declined in value by 30%, as opposed to over 50% for financials. That's still really bad.
Betting on what industry is going to make out better or worse is going to be pretty difficult. Anyone who's good at it is quietly already placing their bets, and they're playing with real money, not just a little 401(k).
I guess when decision about building mega datacenters stopped being about "securing investment" and became "securing electrical supply".Unrelated to all the issues raised here: when did data centers start getting measured in watts? I remember server count or FLOPs, but watt’s? What is that supposed to translate to?