Mac GPUs supposedly being fastest thing on Earth obsoleting everything NVIDIA is just pure marketing. It was just faster once than some midrange laptop NVIDIA, which conveniently wasn't explicitly marked as different chip sharing the branding with the desktop variant(oof).
The real benefits to going Mac is its quiet and discreet, high wife/CEO acceptance design, and their huge GPU-assignable shared RAM.
If you're okay with your desk being the wing top of a flying airplane, and 3M Peltor or David-Clark is your favorite working time headphone brand anyway, then your build will be faster and cheaper than a maxed out Mac Studio.
For me the operating system (and ecosystem in general) is one of the biggest reasons I use a Mac, but the unified memory pool is a benefit too. I am still distraught about the gaming situation though.
Kind of feels like if you spend $40K on your GPU setup, you don't want to cheap out on the PSU.
Still, you're right, I have a 1200W PSU for a single RTX Pro 6000, cost ~500 something, so still the PSU shouldn't be that large part of the total budget.
Funny thing is, you don't really want to just plug that into a wall socket. You want an uninterruptible power supply that can keep the machine running for the 5 to 8 minutes you need to get to it and shut it down safely during a power cut.
But you'll find most household power sockets aren't actually rated for the kind of power these things draw at peak. If you go for a dual GPU you're going to want to sustain a higher current. Think washer / drier / fridge kind of hookups for the UPS and that rig.
You spent $42K on the rig, you're also going to need to get an electrician in and have the electrical hookup seen to. The single 4090 I'm running put me right up to that edge where I could use a standard electrical hookup with a 1000w UPS.
So another $1K for the UPS, and $500 worth of electrical work (or more if they have to up the switch to 200 amps, for example).
NS record for domains usually can be pointed at someone else than the registrar it's on, just fine(unless DNS infra of either one or both goes down). That's entirely separate to registrar transfer.
I think what nerds need to understand is that normal people hate accessories. Superheroes need no IV lines, they lose power when they are added and regain it when they are removed. They think throwing away cables and accessories make machines healthier.
So, the way it needs to be communicated is that they are necessary evil that help machines be happy. And also to allow special purpose tools and cables to be stored inside the machine if possible, so they don't psychologically present as excess decorations and/or gifts.
80kg of meat can hold a lot of heat. It cools quicker than you think it would. Also, Japanese families often share the bathwater within themselves(but everyone showers outside the tub first), and the water will become lukewarm at some point in that use case.
> My immediate reaction to this is, “there’s a way for my house to be remotely flooded”.
Yep, remotely operating a machinery will always have some risks. Every machinery should have someone with an emergency stop button should be monitoring it at all time, ideally. But it's a well engineered tub auto-fill in the shower room, it effectively belongs to "inherently safe" category of equipment.
To add to this, it's so nice. Sit on a stool in the middle of the room and rinse, soap up, scrub to exfoliate, rinse, then roll the lid of the bath open and soak in a sub much deeper than an American one. Bath is programmable to maintain a constant temperature.
I wish more people knew how nice it is! And the toilet is in a completely separate room so there's no contention among one person who wants to take a bath and another who needs to use the toilet.
I just wish dish washers and dryers were more common in Japanese households. I'm in Okinawa where dryers are a lot more "standard", but dish washers are relatively rare.
All my tubs and sinks in the bathrooms have an 'overflow drain' near the top which you are unable to fill beyond. Is there any reason why that wouldn't be sufficient?
It makes the tub taller than it is deep by a little bit and doesn't look as nice are the only reason I can think of. A little bit of splashed water just isn't a big deal in most wet bathroom setups. They could also just put a drain right off the side of the tub.
Yeah, if the drain in the sink is clogged. US bathroom pipe is 1.25" which will (probably) lead to a 2" and 4" pipe eventually (depending on when, where, and how your house was built ofc). The hole in the sink leads to the same initial pipe.
In the US, any tub made past about 1900 or so has an overflow drain that prevents overfilling. The adoption of such drains not quite contemporaneous with the adoption of indoor plumbing, but very soon after.
It's the metal plate usually just below the faucet that looks like it might be useless. But it has an opening underneath to let the overflow water in. These are always sized to handle more water than the faucet can output.
This is basically a non-concern in anything but very, very old, unremodeled bathrooms.
My last apartment had the overflow drain hole but it wasn't attached to anything. The water just went directly into the wooden cabinet underneath. Madness. Literally worse than not having the hole because it reduced the capacity of the sink. This is what happens when landlords who DGAF hire handymen who DGAF to do all the work on their units.
To be fair to the potential handyman or contractor many overflow drains are integrated into the sink drain before they attach anything. It might have been the landlord buying temu style sinks with fake overflow holes.
Many overflow drains are not or are poorly connected. If you buy a new home, the inspector will usually skip to overflow test because it will likely fail.
The tub sits in a big shower booth. Other bathroom amenities like sink and washing machines are installed outside the booth. Toilet is usually a separate room entirely. So no problem overflowing water onto the floor since that's how you take a shower.
Yes, I can't remember seeing a bathroom or laundry here that didn't have a floor drain. Seems insane for that to not be standardised. I briefly lived with a bathroom in the UK that was carpeted?!
i briefly lived in a house that had second floor laundry with no tray or floor drain. the first day after installing a new washing machine it flooded and did over 30k damage to carpet, drywall, and installed electrical. Insurance would not cover installing a floor drain or tray, and the owner chose to let that decision stand.
Considering that US houses usually either have a crawl space, basement, or are on a slab the lack of a drain is weird when you think about it. You would think wet locations would be required to have a drain.
I think a lot of European houses have floor drains in the bath, you can basically hose the bathroom down.
More on topic. Outside of the US R290 (propane) heat pumps are common. But illegal in the US because the refrigerant manufacturers control the code bodies. You can have a 20lb propane tank hanging off a BBQ which in normal operation is literally on fire. But you can't have an R290 monoblack cause it's too dangerous.
Debit cards still go through the same credit card infrastructure. The practical difference at this point is whether the card company backend defer payment until collection date for the benefit of customers, or don't wait and just call APIs on the spot. There's a whole "internet" of credit card infra that lets you pay using those numbers on the card like they are phone numbers.
Stripe don't do handle their own payment, they just wrap someone else's API, and pay them in percentages and dollars per API calls(idk about the ones behind Stripe, but I think I saw somewhere that those middlemen often charge both? Egregious, but they're literally old boys money men and they have lots of leverages against you).
What are truly different to credit/debit card systems are things like PayPal, Apple/Google and such gift cards with scratch areas, and Chinese QR payment apps. Those are the ones that don't (always) go through the CC ecosystem.
Not necessarily, in Canada there's a separate network/infrastucture named [Interact](https://www.interac.ca/en/). All the banks are on it and most merchants have terminals that supports it.
It had chip and pin ahead of credit cards, and has lower fees. That's what powers our e-transfers, no need for venmo or other systems.
Stripe connects directly to Visa/MC, there’s nothing “behind them” in terms of some other card processor API they’re wrapping.
Stripe is a credit and debit card processor (and also a card issuer). They are NOT a bank, but do control some BINs (notably 4242 which is used for the famous test card 4242x4)
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