

Ah, you’re right, I should just look up IP addresses in my NAT table. Maybe I should add comments to it so I know which IP is which.
Ah, you’re right, I should just look up IP addresses in my NAT table. Maybe I should add comments to it so I know which IP is which.
“You wanna put that in a memo and label it shit I already know?”
A structural crack wouldn’t necessarily be in the hull of the habitat modules. The ISS has a big frame (the Integrated Truss Structure) which supports the solar arrays, power distribution and heat radiators. If the frame is damaged, firing the engines to maintain orbit might be impossible.
Atmospheric drag reduces the altitude by about 2 km a month on average. Orbital boosting can be performed by the station’s two main engines on the Zvezda service module
Well then you just take whatever you get, it’s website roulette.
See? If you don’t like DNS, you don’t have to use DNS, it’s not so hard.
And IPv6 won’t be that much harder, it’s only… uh… 32 hex digits you’ll have to remember, for each website. No big deal.
I mean… OK then just remember the IP addresses of the sites you use and don’t use the domain names?
If not me, then who?
Trump is supporting the recycling industry, obvs.
Rome shipped their overzealous loons there.
The public use case.
AI’s primary use case so far is to further concentrate wealth with the wealthy, and to replace employees. People who think AI is bad recognize that it is in the hands of the modern generation of robber barons, and serves their interests.
Those who don’t recognize this are delusional.
The Z80 (which was the core processor of the TI-8x calculators) was only just discontinued last year. Lots of old chip designs find uses in embedded devices and consumer electronics.
If it ain’t broke, don’t fix it.
Yeah, it’s more than just the fabrication machines, it’s a massive logistics network.
Maybe. Some of the older fabrication is still in heavy production use (e.g. 28nm, 16nm, 7nm):
These produce a lot of the chips that go into everything electronic, things like bus controllers and timing ICs, which are needed in higher volumes than CPUs and GPUs. But I kind of doubt the older fab technology will be a priority to build in the new facility.
TSMC isn’t just a single factory production line that gets upgraded to the latest and greatest every year. It’s a collection of many fabrication technologies that has grown and developed organically over time. While it will be helpful to build a new facility with the benefit of lessons learned in Taiwan, it will not be possible to completely replicate what that original facility is.
It’s all about perspective.
All of them.
The US plants may be coming online but it will still be years before they’re at production capacity, and they’ll probably never have all of the same production capabilities. The chip fabrication lines in Taiwan have been decades in development and growth.
Sports is boring. The games are vaguely entertaining if you’re actually playing them, but watching? Washing dishes is more engaging.
Hell, CSPAN is a better watch.
It’s interesting, isn’t it? Cheaper than a new SUV, small enough to park in a one-car garage, runs on regular gasoline, relatively easy to make street-legal in most jurisdictions, and common enough that getting spare parts should at least be possible. Not a lot of passenger space, but definitely enough power to be useful as a towing vehicle if you want, and obviously fantastic off-road capability, even amphibious versions.
Of course it’s like 5mpg, worse than an old steel-body coupe.
Yup, but boosting and turning would both be things you wouldn’t want to do with a weakened frame.