Earlier quoted context omitted.
Living in developing countries taught me to never plugin expensive computers without a surge protector UPS.
Honestly even in "developed countries" it's not worth blindly trusting that the power in your house/building is clean. It's cheap and easy enough to just put any expensive hardware on a UPS rather than speculating what's going on behind the walls.
Qatar helium shutdown puts chip supply chain on a two-week clock
401–410 of 675 posts
Re: Qatar helium shutdown puts chip supply chain on a two-week clock
#402Earlier quoted context omitted.
Too bad I can’t play the games I want to play on them
Hint : GE Force Now ssshhhhh... do not tell anyone I told you...
Mind you,I have gigabit internet. I don't know what the experience would be like on other types of internet / worldwide.
Re: Qatar helium shutdown puts chip supply chain on a two-week clock
#403Re: Qatar helium shutdown puts chip supply chain on a two-week clock
#404Earlier quoted context omitted.
Aluminum too, Qatar shutdown a smelting plant which take a year to restart
Why does it take so long?
Once it’s cracked, the pot has to be completely cleaned out and relined which takes weeks. A smelter usually has hundreds of pots so this alone takes a while as the liner and anything in it are basically frozen solid and need to be broken apart and torn out. Once relined the pots must be brought back up slowly and the chemistry balanced. The pots also draw a ton of power and are wired in series so they have to all be brought up slowly together (or in batches).
That assumes it was a clean shutdown with nothing else clogged up in the system. “Cleaning” in smelting means that the hardware involved needs to be replaced because it fused to molten metal while cooling down.
Re: Qatar helium shutdown puts chip supply chain on a two-week clock
#405Re: Qatar helium shutdown puts chip supply chain on a two-week clock
#406I've developed a new fear of my 2025 desktop PC being damaged by a power surge or something, because it would cost at least $2K more to replace than I paid for it, assuming I can even find parts now. Compared to the rest of my adult life when I used to secretly pray for something to fail so I would have a reason to upgrade.
> South Korean memory giant SK hynix has since said it had diversified supplies for helium and secured sufficient inventory. Meanwhile, TSMC said that it doesn’t currently anticipate a notable impact following Ras Laffan going offline, but that it’s monitoring the situation.
Re: Qatar helium shutdown puts chip supply chain on a two-week clock
#407Freight rate volatility is one of the most underappreciated risks in physical product businesses. During the 2021-2022 shipping crisis, ocean freight from China to the US West Coast hit $20k+ per container — a 10x jump that wiped margins for importers who hadn't hedged. Air freight as a backup is worth keeping in your model even if you never use it; knowing your break-even point at air rates tells you a lot about pro…
Re: Qatar helium shutdown puts chip supply chain on a two-week clock
#408Earlier quoted context omitted.
That only works in the immediate term. It isn't even a stable short term solution, let alone medium to long term. Consider what the incentives of such an approach are when iterated. Unless you aspire to the way of life in places like North Korea.
It really depends on what stage of a regime's lifecycle you apply it at. Obviously it's not going to be as extreme and as simple as 'go shoot people house-to-house until you're powerful :D', but repression is much more often than not effective. Think of the Arab Spring, the 2018 color coup attempt in Nicaragua, etc. Hell, even if the incentives are completely misaligned, you can get away with it as long as you're str…
> They will implement it.
> Better us than them.
Well sure, if you've already accepted defeat then I suppose that's the logical course of action. But that doesn't seem like a reasonable position to me given the available evidence.
Re: Qatar helium shutdown puts chip supply chain on a two-week clock
#409Earlier quoted context omitted.
14 kelvin is not easy to achieve at scale + after that, you need to keep it pure.
Apparently 14 K cooling is not used even up to 5N or 6N purity, commercial large-scale sources use various other tricks to remove the other gases. They do cool the input gas down to liquid nitrogen temperatures as one of the first steps. My point is that there's "maximally efficient / profitable" versus "can be made available as an emergency alternative". Cooling to 14 K isn't the cheapest option, but it has very low…