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Ed Zitron Voice: Is that good?

Depending on how you build it, you could run homeassistant next to your smb, which lends itself to all sorts of add-ons such as calibre-web for displaying eBooks and synchronizing progress.

Of course, gitea and surroundings, or similar ci/cd can be a fun thing to dabble with if you aren't totally over that from work.

Another fun idea is to run the rapidly developing immich as a photo storage solution. But in general, the best inspiration is the awesome-selfhosted list.


That is equivalent to a continuous draw of 150 MW. Not great, not terrible.

Far less power than those projected gigawatt data centers that are surely the one thing keeping AI companies from breaking even.


I presume that this policy is not about building data-centres but about the use of AI by CERN employees, so essentially about marginal cost of generating an additional Python script, or something. Don't know if this calculation ever makes sense on the global scale, but if one’s job is to literally spend energy to produce knowledge, it becomes even less straightforward.


How did that turn into "not great, not terrible"? That's still 300,000 homes that could otherwise be powered. It's an enormous amount of electricity!


And all we get out of CERN is… the entire modern economy.

Their ledgers are balanced just fine for a while.


This is a very silly argument. The energy expended should be justified on its own (scientific!) merits. The fact the web happened to be invented at CERN has almost nothing to do with the fact that they burn through terajoules of electricity every year.


> The energy expended should be justified on its own (scientific!) merits.

Is the scientific merit of such a thing always immediately apparent?


In your opinion, what would instead justify the total cost of devoting 10'000 people's lives to basic research?


Look into CXL, Oculink, and riser cables.


How's AMD's engineering support these days? I've heard through the grapevine that many laptops were mostly engineered by intel engineers, creating a natural moat because the laptop brands are used to not having to do much PCB layout or thermals.

AMD, I heard, seemed less capable, or less interested, or couldn't justify at their quantities, to do the same, which meant their engineering support packages were good for atx mainboards only, and maybe the occasional console.

This must have changed a while ago, does anyone have the tea?


> and maybe the occasional console.

To me they seem to be dominating the console scene, doing the CPU and GPU for all consoles from the last two generations, except for Switch and Wii U.


And even there, AMD did the GPU for the Wii U, that console was an evolution of the Wii (which was itself an evolution to the Gamecube). AMD had acquired the makers of the Wii/Gamecube graphics chip, and also separately designed the Wii U-specific upgrade GPU used for native Wii U games.


Rest in Peace ATI.


That’s more done by ex. Compal than shrinking Intel, the myth you could trust that was shattered by their insistence up until 4 months before release date that Haswell(?) was going to hit its thermal envelope and perf targets. In 2018, iirc, that was the beginning of the end. Apple had to ship a MacBook generation that struggled with thermals for 3 years and decided to never again be put in that position. Similarly at other important OEMs.


I’m not sure you're going to find anyone here who can personally comment on AMD engineering support, but I can say first hand Asus zephyrus laptops using AMD chips are rock solid.


> How's AMD's engineering support these days?

From the recent experience that I buy AMD mini-pc. (minisforun AI HX370) I don't feel it exist. (Because there is no need to) You just plug it into power socket and than it works. (Which is a good thing)


I agree insofar as the motor is not a Big Ticket Item, opposed to ICE cars where the engine block is going to be 10% or more.

Tesla (I know) claimed a 30kg (?) weight loss on their Cybertruck (I know) just from moving their 12V systems to 48V, allowing for lighter cables at lower currents. Not all such potential is untapped, and my hunch is that there is more to be had with structural battery integration, battery cooling, and high voltage wiring.


To me the real question is what kind of trust has eroded that Americans stopped electing smart people into office.


That explains so much. Done to well for a goof channel, eclectic assortment of skills ("tactical garden trowel" vs fully equipped metal shop vs perfect video production), all fat trimmed off the videos.

I kinda want tvtropes to put a name on his slapstick humor. It's like looking over the shoulder of that weird uncle that seems to live in an entirely different world.


How can you tell without knowing the bus width?


Write it as a children's book. A literal ELI5.

(Knowing, of course, that it will still be read mainly by engineers. But that's the charm.)


I have a rather over-confident five year old, so would LOVE that book right now.


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