The critiques of 'circular funding' don't really make sense to me. If you invest 20 billion and you get back 20 billion, your profit is the same. Sure your revenues look higher but investors have access to all that information and should be taking that into account, just like all the other financial data. Michael Burry is betting against AI growth translating into real profits as a whole, not the circular funding.
NVIDIA frenemy relation with OpenAI and Oracle
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Re: NVIDIA frenemy relation with OpenAI and Oracle
#72[flagged]
Given that not all information is public in this scenario, there is no choice but to construct theories that are plausible regardless of the gaps in evidence; such is the basic nature of investing and economics both. Is your objection that available evidence was excluded that you consider to be materially relevant, or that theories were constructed when we don’t have the complete story, or..?
Re: NVIDIA frenemy relation with OpenAI and Oracle
#73The critiques of 'circular funding' don't really make sense to me. If you invest 20 billion and you get back 20 billion, your profit is the same. Sure your revenues look higher but investors have access to all that information and should be taking that into account, just like all the other financial data. Michael Burry is betting against AI growth translating into real profits as a whole, not the circular funding.
Nvidia could have invested elsewhere, but they’re doubling down on AI. Their shares have been tanking for a month, even after a very good earnings report, so perhaps the market seeks a little more diversity?
/not an investing/finance/anything to do with money expert.
Re: NVIDIA frenemy relation with OpenAI and Oracle
#74Earlier quoted context omitted.
You can still scale SRAM by stacking it in 3D layers, similar to the common approach now used with NAND flash. I think HBM DRAM is also directly stacked on-die to begin with, apparently that's the best approach to scaling memory bandwidth too. It'll be interesting to see if we get any kind of non-NAND persistent memory in the near future, that might beat some performance metrics of both DRAM and NAND flash.
NAND is built with dozens of layers on one die. HBM DRAM is a dozen-ish dies stacked and interconnected with TSVs, but only one layer of memory cells per die. AMD's X3D CPUs have a single SRAM die stacked on top of the regular CPU+SRAM, with TSVs in the L3 cache to connect to the extra SRAM. I'm not aware of anyone shipping a product that stacks multiple SRAM dies; the tech definitely exists but it may not be economi…
Re: NVIDIA frenemy relation with OpenAI and Oracle
#75Re: NVIDIA frenemy relation with OpenAI and Oracle
#76Earlier quoted context omitted.
I'm sorry, but did you ask ChatGPT or another LLM to critique this article?
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Re: NVIDIA frenemy relation with OpenAI and Oracle
#77Isn't circular funding how the entire economy works? I can see how you could make an argument that this particular ouroboros has an insufficient loop area to sustain itself, or more significantly, lacks connection to the rest of the economy, but money has to flow in circles/cycles or it doesn't work at all.
Btw there are examples involving sanctioned economies. Most US saffron comes from Spain, all of whose saffron comes from Iran. Azerbaijan exports way more gas than they produce, cause they also buy from Russia.
Re: NVIDIA frenemy relation with OpenAI and Oracle
#78Earlier quoted context omitted.
You can still scale SRAM by stacking it in 3D layers, similar to the common approach now used with NAND flash. I think HBM DRAM is also directly stacked on-die to begin with, apparently that's the best approach to scaling memory bandwidth too. It'll be interesting to see if we get any kind of non-NAND persistent memory in the near future, that might beat some performance metrics of both DRAM and NAND flash.
NAND is built with dozens of layers on one die. HBM DRAM is a dozen-ish dies stacked and interconnected with TSVs, but only one layer of memory cells per die. AMD's X3D CPUs have a single SRAM die stacked on top of the regular CPU+SRAM, with TSVs in the L3 cache to connect to the extra SRAM. I'm not aware of anyone shipping a product that stacks multiple SRAM dies; the tech definitely exists but it may not be economi…
Just FYI, the latest X3D flipped the stack; the cache die is now on the bottom. This helps transfer heat from the compute die to the heatsink more effectively. In armchair silicon designer mode, one could imagine this setup also adds potential for multiple cache dies stacked, since they do interpose all the signals, why not add a second one ... but I'm sure it's not that simple, for one: AMD wants the package z-heights to be consistent between the x3d and normal chip.
Re: NVIDIA frenemy relation with OpenAI and Oracle
#79NVIDIA's historic DSO figures have also ranged from 41 to 57 over the last 5 years, so again not that crazy.
Re: NVIDIA frenemy relation with OpenAI and Oracle
#80The critiques of 'circular funding' don't really make sense to me. If you invest 20 billion and you get back 20 billion, your profit is the same. Sure your revenues look higher but investors have access to all that information and should be taking that into account, just like all the other financial data. Michael Burry is betting against AI growth translating into real profits as a whole, not the circular funding.