AyMD ThreadRipper

>4ghz
>32 threads
>Die the size of an orange

I hope you guys have good home insurance..

Enjoy being a corelet.

>r9 1998x 16 core/32 thread 3.9ghz @ 155W
>Inlel Skyisfalling-X 7920 12core/24 thread @ 160W

INTEL HAS RETURNED TO THE ORIGINAL HOUSEFIRE MEME

The annouced tdp is around 120 watt no ? It's not that high

No it's 155

Yeah i saw that
These cpu must need a pretty big rad

>Intel
>165 "TDP" (since everyone knows Intel lies like shit about TDP)
>actually 250W
Better get life insurance for your neighborhood while you're at it.

Enjoy waking out of a comatose with third degree burns and no house.

AMD is probably lying too though, there's no way 155 is enough.

Threadripper has a massive contact plate which means better heat dissipation, and the dies are soldered unlike Intel's toothpaste TIM. Cooling should be no problem.
Threadripper is a higher stepping (B2 vs. B1 on Ryzen). And they're cherrypicking dies because their yields on the 8 cores are 80%.

>32 threads

>Faggot devs continue to consider their application multithreaded if they do nothing but dump audio and background asset loading to another thread on another core, leaving 30 threads idle most of the time

hue

>massive die size
>fire hazard
The larger it gets, the better the heat dissapation, the cooler it should run.

Wouldn't this cause massive latency?

Those are some big threads

>die the size of an orange
It's an MCM, there are two 8-core dies connected via HyperTransport.

Pretty much this.
I'm still on an i3 3320/gtx660 and I see no reason to upgrade. Most of the things I run are single threaded or use 2/4 threads at best. I don't play games, don't do editing, my gpu can already render complicated scenes in a few minutes. Even with my cpu/gpu set to conserve energy they still perform fine.
Even after they die down I'll probably buy something similar in performance.

>Die the size of an orange

*Package* is the size of an orange.
There are 2 dies and they're both about fingernail-sized.

>I hope you guys have good home insurance.

americans and their """houses""" made of plywood

>die
dies

an electron travels at over 600 mph, so no

>There are 2 dies and they're both about fingernail-sized.
pic of delidded thread-ripper?

It'll look something like this but with smaller dies

we don't have threadripper but have epyc. think half of it.

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Congratulations on not being the target audience, I guess? Are your low requirements a point of pride? You could probably scrape by with a Core 2 Duo or Phenom.

Does that mean AMD can go even one step further and create an Epyc Threadripper since the dies are so small?

And? Electron's speed doesn't increase with distance so the bigger the distance the longer the time, he's concern is valid but misplaced - internal cpu latency is dealt with by hw engineers, not end user. What they write on the box is what you get.

they use the same socket. so, yes.

Yes, the sockets are compatible, as said, but keep in mind that the threadripper motherboards have fewer RAM channels and PCIe lanes compared to the server line (EPYC), so there may be incompatibilies.

>Intel getting blown the fuck out by AMD
>can't compete on cost to performance

Intel are getting AMDicked

>>Wouldn't this cause massive latency?
>electrons moving at 2,200 KM/s
>"MASSIVE latency"

What a fucking retard you are. Just neck yourself before you make more brainlets to pollute the earth with.

>I hope you guys have good home insurance..

4x as much as how much the place is worth.
I'm ready for make -j33

Enjoy being a dielet

AYYYYYYYYMD strikes again

Actually the speed of electrons is measured in cm/s inside conductors, when current is applied.

Do you actually think signals are transfered via electron drift?

What other coolers are avalavle besides noctua (dont like brown or the noctua jew tactics)

You mean two die.

>noctua jew tactics

elaborate pls

Probably referring to the fact that if you want black Noctuas you need to get the more expensive industrial PPC fans.

>le industrialPPC

You dont even know what PPC stands for you fucking homosexual shit eater

Is there a lower priced single user PC version or is this all for workstations and low end servers.

if that thing is priced at 1000$ or lower, there will be ZERO incentive for anyone to buy intel anymore. fucking i7 6900k is 1000$ TO THIS DATE

Threadripper is basically 4 Ryzen core complexes (CCXs) stuck together. If you want desktop Ryzens they've already been released for months.

Thank you for being a normal guy, not a consumerfag like kids in Sup Forums

They sell grey colored fans for the exact same price as the poo colored ones. I have a bunch of them in my PC right now.

Rumors are that it will cost $850 for the non-X 16 core.

JESUS FUCKING CHRIST HOW DO THEY KEEP DOING IT?

80% yields for fully functional 8 cores helps a little

It needs to be WIIIIIIIIDER

It costs $110-$120 for a fully working Threadripper CPU. And they have 80% yields.

Yuno like wideripper!

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someone update the breddy gud meme about pentium 4

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Good question, how will the die disposition on TR?
2 upper or 2 left/right? From a thermal radiance perspective, the better would be to lay down both dies diagonally

take your pick

>Have to buy completely new CPU coolers (applies to air coolers, aio coolers and custom loop water blocks) just because of the massive fucking IHS

Jesus christ AMD. It's not even something simple like needing a new bracket. You actually need to buy an entirely new cooler because of the size.

My guess is the left for better thermals.

if we look at the socket composition, right seems more likely. even though it would be worse for thermals.

That`s a big CPU

If it was the right, I'd expect it to be taller, more inline with its width for the resistors. Then again on ryzen they're very close to the IHS.

Four rack-units

>having a 32 core CPU at home
Isn't this type of thing for shit like vm servers?

>4 ghz
Really?

Even 16 threads is beastly for anything you are likely to do at home. 32 threads is well into serious business territory.

Threaripper is ""only"" 16 cores, the package looks the same as their server CPUs but the internals are different

two separate dies with higher steppings than the r7s, no reason not to, given proper cooling

I guess Jim Keller really is the GOAT.

Considering the cost of the CPU, motherboard, and RAM, a new cooler is basically nothing.
Even better if you have watercooling since you only need a new water block.

Oi goy

Why can't they just make a 1m by 1m CPU that has like 1000 cores and 16GB of built in cache?

Sure you'd need like a case the size of a fridge and a cooling system that sends the hot air directly outside the house to stop it melting but damn would it be good for compressing memes.

Because that's retarded and clusters/supercomputers exist.

Because the only area in which this kind of computing power is required is scientific High Performance Computing where other and more easily implemented architectures are present

Is this actually how big it is? I still have no idea because I've seen Sup Forums Photoshop it to any size from a credit card to a license plate.

It takes around a month to spin forge a 40cm silicon ingot. I'm sure you can extrapolate from there

This is the reality of Intel's 18 core.

No, it's the one to the left, because the GMI links that connect the dies are on the wider side of the die.

those are the most pathetic cinebench scores I have ever seen

even if threadripper has a shitty scaling in relation with a single 1800X it still performs better than anything from intel at similar core counts

And the Coup de grâce

>18c/36T
>below 3000
Intel is fucked.

>slower than two 6900k
>2 more cores
>newer arch with higher memory support

You can thank the Intel Patented RingBus(TM) for this

That explains why it's delayed to next year.

yeah, intel's scaling is even more shit at quad sockets, where you barely get 2.5 worth of performance

*2.5 processors

HCC dies for consumer were a mistake.

The more you increase the bandwidth per node on the ringbus, the slower it gets, it works somewhat okay when cores aren't high clocked, but not when you need high clocks at HEDT

I hope their XCC dies are not 3 buses, that would be fucking terrible

>165W with those shitty scores
kek, do these things at least have a good amount of pci lanes or it's just 44?

44 only.

>buys 155w TDP $1,000< CPU
>keeps old cooler
?????????

W

Intel's TDP is rated at their stock clocks, not turbo clocks.

It is four CCX's bolted together so that is how big the package is with the IHS. It really is just double everything of a R7.

what is the advantage of paying twice the price for barely similar performance and a lot less features? has intel gone mad and are trying to destroy themselves on purpose?

You could fit 8 CCX under the same heatspreader, AMD Is just keeping compatibility with the inevitable EPYC consumer release (either 3 die[doubtful], or 4 die with 24 cores.

>has intel gone mad
they got caught their pants down. they didn't expect AMD could deliver with ZEN even though Jim Keller was back and they know what he did back then.
so they didn't do anything these past 5 years.
and now, because of the pressure from shareholders, they can not cut prices, thus they are chimping out.

Chances are they simply didn't expect AMD to get so close with ryzen and now their plans that have been set in stone for a while are hastily being changed where they can to have a competing product. It is why the X299 cpus feature wildly different support for I/O as Intel is trying to get something out within (in the context of the scale these things work on) 30 seconds.

Zen scaling like it does has blindsided Intel.

Assuming that is true and there are no issues with tracing that would be one hell of a dense chip which would make cooling impractical in most deployments. Now if 7nm pans out like AMD hope your idea might be a reality (remember a good 50% of AM4 pins are unused).

7nm will probably bump CCX to 6 cores and keep the rest of the structure similar to what we have today

>hell of a dense chip which would make cooling impractical in most deployments.
The heatspreader is the same, its still 4 dies spaced out at lower clocks.
Cooling them would be piss easy.

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>Kara no Shoujo
Is that a big spoiler? Hopefully I would have forgotten this by the time I play it.