51–60 of 138 posts
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You are responsible for curating your "For You" tab by following/liking-posts-of/replying-to-posts-of/muting/blocking/unfollowing the right accounts. Once I accepted that my "For You" tab got much better.
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If you don't use your account you will get what most people look for in your location, in your case probably sex, violence, politics, memes, ragebait... The feed should adapt to your tastes depending on what you like, retweet or who you follow, maybe also on what you click on. You can also add topic of interest somewhere in your profile. For me, just following a number of "good" accounts seems to do the job. Or you c…
That's a bit of a metaphor for the current world, isn't it? Out there, it's a cultural desert with Mad Max undertones; but in our well-behaved, manicured corners of intellectualist internet, all is good and everyone agrees with each other.
Earlier quoted context omitted.
You are responsible for curating your "For You" tab by following/liking-posts-of/replying-to-posts-of/muting/blocking/unfollowing the right accounts. Once I accepted that my "For You" tab got much better.
The problem for me is, that I don't want to use a site where I can stumble upon gore, obscure sex stuff or some ragebait political stuff in the first place.
I thought to myself this morning: "boy, that $15k pricetage is tempting." Then I thought to myself "how many times have I downloaded a github repo only to hand-replace cuda with mps, and then tried to figure out if there's a version of xformers that will work this week with my m3?" and then I thought "boy, that $25k is tempting." (15k: Radeon / 25k: Nvidia). For those wondering, 3200W power, in residential / low-end…
a 220 volt 20 amp circuit should be good for over 3500 watts constant load in North America. Why is it requiring two circuits?
This server has two IEC C20 connectors, rated for ~16 amps, each feeding a PSU rated for 1600W (i.e. 16A @ 100v)
If you're plugging in to 110v you shouldn't plug them both into the same outlet, as a 20A circuit can't supply 32A.
As each PSU is rated for 1600W you'll have to plug both in to get 3200W even if you're running on 220v - although they'd only draw ~7.2A each in that case.
US Residential 220v dryer outlets are usually wired one-circuit-to-one-outlet, and multi-way adaptors are discouraged. So although plugging two 7.2A loads into a single 20A feed would work from a current perspective (and indeed it's common in Europe), I don't know how easy it is to do legally.
If you're in a data centre with a 3-phase 220v power you probably know what you're doing. Your UPS guy will probably thank you if you split your load over two phases instead of putting the whole load onto one phase.
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This thing could run off a single US outlet (1600W) with some throttling, if I'm not mistaken? Shame it wasn't designed for EU sockets. 230V*16A = 3700W, or double that on separate breakers!
On their site they say it can run at 220V 15A if you got that. https://docs.tinygrad.org/tinybox/
240V: Split-phase, this gives you 120V between each leg and neutral, and 240V across the two legs.
208V: The interphase in a 3-phase system.
HTH, ducking out :)
I thought to myself this morning: "boy, that $15k pricetage is tempting." Then I thought to myself "how many times have I downloaded a github repo only to hand-replace cuda with mps, and then tried to figure out if there's a version of xformers that will work this week with my m3?" and then I thought "boy, that $25k is tempting." (15k: Radeon / 25k: Nvidia). For those wondering, 3200W power, in residential / low-end…
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Social media sites are the collective equivalent of a "dollar auction"[1] In the dollar auction, each immediate choice isrational, but the overall process inevitably results in you losing value once you've decided to participate. But at each step, you lose more by quitting than by keeping going. Social media is the same, except that it's collective: if you want to keep in touch with certain people, you don't have a c…
As someone who doesn't use social media this analogy strikes me as a rationalization for something you know is bad for you and a waste of your time but you can't stop so you make up this fiction about how you would lose more by stopping. An alcoholic who can't stop going to the bar because they will lose their drinking buddies is not a dollar auction.
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a 220 volt 20 amp circuit should be good for over 3500 watts constant load in North America. Why is it requiring two circuits?
Most likely what they actually mean is: This server has two IEC C20 connectors, rated for ~16 amps, each feeding a PSU rated for 1600W (i.e. 16A @ 100v) If you're plugging in to 110v you shouldn't plug them both into the same outlet, as a 20A circuit can't supply 32A. As each PSU is rated for 1600W you'll have to plug both in to get 3200W even if you're running on 220v - although they'd only draw ~7.2A each in that c…
It used to be done in kitchens in the US, back when appliances were power hungry. I have done so in my workshop for the same reason.
Houses are wired in split phase 240V, with the neutral in the middle. That is, you have two opposite 120V phases, around the same neutral.
This is a clever way to double the power, while adding a single wire.
In the US the standard outlet receptacle has two outlets. Bring the same neutral to the two outlets, and assign one phase per outlet (outlets have metals tabs you can break off, you don't need any extra wiring).
At the panel, you have a dual breaker. One breaker per phase, with a physical linkage forcing them to trip and arm together at once.
As a benefit; but very unsafe; you can make up a Y that plugs into the two 120V outlets, and gives you a single 240V receptacle. This is unsafe because if you plug only one of the 120V plug, the other one has now 120V on its exposed phase prong! On the other hand, I have both 240V@20A and 2×120V@20A anywhere in the shop ;)
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a 220 volt 20 amp circuit should be good for over 3500 watts constant load in North America. Why is it requiring two circuits?
Because most households in the US might have maybe 3 breakers setup this way, all of which are likely running critical infrastructure already. Most folks aren’t going to unplug their water heater to turn on their AI.
If I was serious about this I'd have an electrician and HVAC installer on the way first. A mini split in the computer room with a dedicated 50A/220v circuit.