Core temp though. Ambient temp is a different story, and also depends on air vs water. In fact the article suggests the difference is getting the water more directly onto the chips, no mention of running at a higher core temp.
AMD CPUs basically all boost up to 90°C as a relatively normal operating temperature as long as the power (and some other factors) allow it to. I assume AMDs and NVs GPUs do to, but I play mostly CPU bound games so I see mine just sitting at ~60°C under load.
Temperature ratings are the allowed ambient temperature. The actual silicon will inevitably operate somewhat higher, because coolers are just moving heat down a temperature gradient.
Commercial usage is almost always significantly more expensive than retail. Software is the same way. I don't think it's common for personal use fonts to charge that much though.
The AI price inflation is unreal. Used to be that you could get the grad students doing all the actual work for the price of a pizza party and alcohol.
Or you take the alternative approach of flattening and minimizing your dependency graph. Having so many dependencies you can't reasonably field bug reports in them is a chosen tradeoff, even if it doesn't feel that way.
The EU has a €300B program directly subsidizing farmers [0]. To quote the wiki page:
The [EAGF] consumes a large part of the general budget of the European Union.
Apparently the overarching CAP program consumes something like 30+% of the budget, so I'd love to know what you consider "heavily subsidized" if this doesn't merit.
Most wolf-attack compensation paid to farmers are government subsidies not EU ones (so on top of EU subsidies if it's not EU subsidies funneled for this purpose somehow).
It's a heated debate because farmers are considered such an important part of historic & cultural identity. And thus have a strong lobby & much public support. This is ignoring their dwindling % contribution to GDP.
It's not being pedantic. With different assumptions you can make a system where 2 + 2 = 0 and it turns out to be extremely useful. You can also build a system where 2 + 2 = 22 like the other commenter lampoons and the free monoid that corresponds to is again useful.
If we had a radically different perspective (like Borges' Funes the memorious), you can imagine how adding wholly distinct objects might seem ridiculous and derive some other wacky system of arithmetic instead.
Of course, you could alternatively derive it from set theory, but you might also end up with something fundamentally different than what the grandparent intended like presburger or skolem arithmetic.
I will post back with real numbers tonight, but naive approach did not compress well at all (KB easily).
But of the “smart” approaches (pre compression):
- 5 move motif over 2 bytes - best
- 2 move motif - insanely small
- 2 move motif with non linear tick delta even better
- “naive” 1 byte cardinal directions (worst)
- less-naive - byte relative direction changes (middle of the pack)
—-
But post compression with brotli the naive approach was second best and the less-naive approach was first (2-10% better than naive), I was so bummed that the better ones didn’t compress as well (about 10% worse than second best on average)
It's the norm in the US (and pretty much everywhere else with well-implemented developed financial infrastructure) for banks to apply extra scrutiny and roadblocks to large withdrawals. There's a patio11 article going over some of the reasons [0], but it notably generates paperwork for the bank reporting the withdrawal to the government and enables a lot of fraud to allow immediate access.
The majority of browsers are derived from KDE's KHTML/KJS, webkit included. Apple made very significant contributions (like the webkit project itself), but that's not where the codebase originated.
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