Earlier quoted context omitted.
Right, so we are never going to see it for 20 grand in the US. Maybe because of tariffs and taxes, as you say, or maybe just because BYD isn't going to set the price at 20K in a market with 10x the average income.
> Right, so we are never going to see it for 20 grand in the US To be fair, @dmix explicitly mentioned the $20k price was for other countries
Sam Altman’s DRAM Deal
191–200 of 255 posts
Re: Sam Altman’s DRAM Deal
#192Can OpenAI use their stockpile as leverage? e.g. threaten to sell their stockpile to a market that's about to stabilize to crash prices. And are Samsung, etc. happy for this state of affairs to keep their prices elevated but not seem like the bad guy.
Re: Sam Altman’s DRAM Deal
#193Re: Sam Altman’s DRAM Deal
#194Earlier quoted context omitted.
Err… is there any question that the US is trying to slow down China’s high-tech computer development? I thought that was our open goal. Countries decided the extent to which they’d like to engage in free trade together. It is a knob that we’d hope our leaders would turn strategically. (Regardless of whether or not we think our leaders actually are doing a good job of it…).
> I thought that was our open goal. Is the goal also to hurt South Korean businesses and all businesses in the world, just to "pwn China" basically?
Re: Sam Altman’s DRAM Deal
#195Earlier quoted context omitted.
It's not really that different from Apple reserving wafer starts on TSMC's next node and so on. It's just that this kind of capacity requirement has rarely shown up in DRAM before. Vendors prefer this kind of capacity reservation over a more variable finished product requirement. It allows them to know that they can build at the bottleneck rather than having to start up more capacity and then having that lie idle whi…
Did Apple reserve 40% of the supply and cause a massive shortage. If not, then I don't see how its the same.
Re: Sam Altman’s DRAM Deal
#196I like how one of the reference links betrays how the article itself was researched, possibly written; HN hides the end of the url, which is "utm_source=chatgpt.com": > https://www.economist.com/business/2025/11/19/cracks-are-app... You have to appreciate the irony :)
Re: Sam Altman’s DRAM Deal
#197I wonder if this kills Valve's Steam Machine and Steam Frame
Yes, I have an older gaming PC from ~2018 that I keep putting off upgrading (first GPU prices skyrocketed, now this...) and was hoping to replace it with a Steam Machine next year. Will be endlessly bummed if that doesn't happen. Will also be interesting if Sony/Microsoft was planning on releasing a next-gen system anytime soon, and I wonder if this will affect Apple's hardware at all.
Re: Sam Altman’s DRAM Deal
#198Earlier quoted context omitted.
> It's buying up 40% of all RAM production with the intention to have most of it idle in warehouses They have no incentive to purchase a rapidly-depreciating asset and then immediately shelve it, none They might have to warehouse inventory until they can spin-up module-manufacturing capacity, but that's just getting their ducks in a row
The incentive suggested in the article is to block other competitors from scaling training, which is immensely RAM hungry. Amongst other things. Even Nvidia could feel the pressure, since their GPUs need RAM. It could be a good bargaining chip for them, who knows. I'm not saying it's true, but it is suspicious at the very least. The RAM is unusable as it stands, it's just raw wafer, they'd need a semiconductor fab +…
The wafers are processed. That means Samsung/Hynix have taken the raw ("blank") wafers, then run them through their DRAM lithography process, etching hundreds of DRAM dies ("chips") onto the wafer.
You could attach test probes to individual chips on the wafer and you'd have a working DRAM chip. In fact, that's how testing is performed: you connect to each die one at a time with a "probe card" which supplies power & ground, plus an electrical interface for functional testing.
If OpenAI takes possession of the processed wafers and wants finished RAM modules, they need to do a few things: test each die (expensive), saw the wafer into individual chips (cheap), package them (moderately expensive), test them again (medium expense), and then assemble the final module (inexpensive). Modern semiconductor test facilities cost billions of dollars and take years to build, so they'd need to immediately outsource that work (typically done in Southeast Asia)
OpenAI likely doesn't want to do any of this. They probably just want to make sure they're in control of their own destiny with regard to DRAM, then decided the best place to accomplish that was by cutting deals directly with the DRAM semiconductor producers. This will allow them to take the wafers to the existing supply chain, then contract them to turn the wafers into finished modules.
Re: Sam Altman’s DRAM Deal
#199Earlier quoted context omitted.
The incentive suggested in the article is to block other competitors from scaling training, which is immensely RAM hungry. Amongst other things. Even Nvidia could feel the pressure, since their GPUs need RAM. It could be a good bargaining chip for them, who knows. I'm not saying it's true, but it is suspicious at the very least. The RAM is unusable as it stands, it's just raw wafer, they'd need a semiconductor fab +…
> The RAM is unusable as it stands, it's just raw wafer, they'd need a semiconductor fab The wafers are processed. That means Samsung/Hynix have taken the raw ("blank") wafers, then run them through their DRAM lithography process, etching hundreds of DRAM dies ("chips") onto the wafer. You could attach test probes to individual chips on the wafer and you'd have a working DRAM chip. In fact, that's how testing is perf…
Re: Sam Altman’s DRAM Deal
#200Earlier quoted context omitted.
Would it be as ironic if one wrote an article about Google and used Google search to research their sources?
If the article were about Google ruining everything, yes.