Hey guys I'm buying an Intel 28 core

Hey guys I'm buying an Intel 28 core

Attached: Screenshot_20180606-144246_1.png (1080x1074, 302K)

Nice but where's your metric ton supply of liquid nitrogen?

Sure, contact me to get your fuse box and local transformer upgrade.

don't be so fucking dramatic, all you need is a 1770W rated chiller

10 liters of liquid nitrogen is about 200 bucks seems pretty desu

They didn't use Ln2, they used a water chiller.

Specifically a 1770w max load water chiller, though realistically you could get by with 1000w or 1500w capacity.

A 10A breaker won't cut it, try 100A

10A is legitimately not enough if you also run a monitor and what not.

They presented a fucking 1770w system, plain with motherboard only.

10A at 400v?

That's 4000w.

Even with the 28 core monster, with a 2000w water chiller, you're still left with some headroom.

see
it's not a 120v breaker, that's 400v. 10A at 120v is 1200w, but 10A at 400v is 4000w. Plenty of power.

even at 120v, that's retarded overkill.

40A maybe.

I don't know about you but I got a breaker for every room, not for every socket.
Can I assume nobody will only have only a computer in their entire room? TV, router, lamps, lighting, AC/ventilation.

If just looks ridiculous, Intel has lost touch with reality

Three phase wiring is rare, 95% household sockets in America are 120V.
It's a bit easier for Europe.

If we assume the system and cooling alone is pulling ~2500w, on a 30A circuit that's still ~1100w left. On a 40A circuit that's ~2300w remaining.

Plenty of headroom for anything else you'd reasonably have in the same room as a computer.

My 4k 43" monitor uses around 100w at full brightness, the new high end 4k 144hz monitors will use maybe 150-200w. So you'd need a LOT of peripherals to eat up that remaining wattage.

Sure, it's not gonna play nice on a 20A circuit, but 30A and 40A aren't unreasonable for a normal house.

Aren't PSUs either 110V or 220V?

No one is arguing that, but the OPs picture is specifically a 400v 10A circuit breaker. That's what we're discussing.

see

Where the fuck outside of industrial do you get 400V wiring?

Who cares? Complain to OP if you want, he should've posted a 50A 120v breaker if he wanted to make that kind of argument.

400V is bog standard electic stove voltage, every european household has it.

Isn't the 32 core epyc ebin drawing around 220W? kek

Most of Europe is 230V, user.
3 phase wiring is rare.

it's also running at 2.2Ghz, the intel 28 core was running 5ghz on ALL cores.

Forgot your phase change cooler user.

Epyc runs at either 2.7 or 2.8 all cores depending if it's the 1p PR 2p model.

That's at 180W

>That's at 180W
lol, no it's not.

Any turbo mode specifically ignores the TDP as long as it has the cooling to keep up with it, and if you're hitting 2.7Ghz on all cores for more than a few seconds, you'll need a lot of cooling.

Check TR and Ryzen 1000 numbers, full load power draw is close to TDP.

Only Intel rates TDP at base clock, for AMD it's different

>Epyc runs at either 2.7 or 2.8 all cores depending if it's the 1p PR 2p model.


No, it's 2.6ghz for the 1p and 2.7ghz for the 2p