BASED NIPPLES

BASED NIPPLES

Other urls found in this thread:

supermicro.com/Aplus/motherboard/EPYC7000/H11DSi.cfm
newegg.com/Product/Product.aspx?Item=N82E16819113464&cm_re=epyc-_-19-113-464-_-Product
asacomputers.com/AMD-EPYC-7351-2.40-GHz-16-CORE-CPU.html
servethehome.com/amd-epyc-7401p-linux-benchmarks-and-review-something-special/
twitter.com/NSFWRedditImage

Is there an ATX single socket motherboard for this CPU?

this is the only mobo i found on newegg but it seems to fit that description

>only $650US
Holy shit that's cheap!

it's threadripper with a shit ton of pcie and memory bandwidth

You make up the losses when you buy the processor.

I would be more comfortable with a supermicro board instead considering I'm already blowing 10k+ on a machine (the CPU alone is almost half the price and let's not get started with all the RAM you will need).

but if you're blowing 10k I'd hope you wouldnt be buying e-atx

dayum I want this in my fractal r5 case. 32 cores with a 1080 ti for all my encoding+gaming

You'd be better off with Threadripper. 16 cores at 4ghz.

but 32 cores is so strong to have

you will get one for christmas

What's the problem with E-ATX? As long as there's enough space for everything I'm fine with it.
Proprietary sizes are way worse because you have to buy the chassis for that specific motherboard.

Anyways check this one out: supermicro.com/Aplus/motherboard/EPYC7000/H11DSi.cfm
E-ATX and it's pretty bomb proof, it seems their version with a shitload of pci-e slots is still in the making, at least from what their site says.

why no dual socket board and this

newegg.com/Product/Product.aspx?Item=N82E16819113464&cm_re=epyc-_-19-113-464-_-Product

seems to be much cheaper and you double your L3 cache

>AMD EPYC 7351P 16-Core 2.4 GHz (2.9 GHz Turbo) Socket SP3 155W/170W PS735PBEAFWOF Server Processor
What the difference between this and the 16 core threadripper?

Less clocks, locked multi, more memory (though only RDIMM/LRDIMM support), more I/O.

the epyc 7351P runs a lower clock rate, has twice as much l3 cache, memorychannels and pci-e lanes. But most importantly you can run it as a dual cpu setup.

You can't run a "P" part in 2P setup.
"P" parts are 1P only.

WHERE THE FUCK IS 7401P?
WHERE THE FUCKING FUCK IS 7401P?
WHY THERE'S NO 7401P AVAILABLE?

you're right. but sitll, the argument about running the non P in dual config ould still hold:

asacomputers.com/AMD-EPYC-7351-2.40-GHz-16-CORE-CPU.html

unless he plans to get the 7551P instead.

The very point of "P" parts is to offer killer 1P value.
You don't need dual socket anymore for most tasks.
>servethehome.com/amd-epyc-7401p-linux-benchmarks-and-review-something-special/
This.
This is unbeatable.

I'd much rather get a Supermicro/Tyan barebones than a mobo to stick in some tower
might as well go all out

>128 lanes of succ
pls more lanes ryzen+ chipset

That's a server part.
>chipset
It's also a SoC! No chipset.
And since SP3 goes well into Milan, 128 lanes it is.

>I'd much rather get a Supermicro/Tyan barebones than a mobo to stick in some tower
>might as well go all out

Unless they upgrade their barebones with SC747TQ chassis + SP3 board filled with PCI-E slots I would still pick their mobo + a good high end case instead.

seems like a good chip. but let's see about the 16 core non-p prices

7281 has only half the cache, but is still very competitive.
7301 is also nice.

BDAFWOF

help

I'd probably either go with dual 7301/7351 or 7401p considering current pricing.

...

7401P is pure gold if you don't need more memory.
Nothing on the market is priced THIS sweet.

If only these where overclockable, fuck the power consumption, 64-cores at 4.0Ghz+ sounds too nice

ANUS may probably shit out a 2P board with extrenal BLCK gens for EPYC.
How are you gonna cool 64C at ~4GHz anyway?

very painfully

>How are you gonna cool 64C at ~4GHz anyway?
Only way I can see is a caselabs case with one 480 rad for each CPU and some really good fans.

the fx 9590 has a tdp 40 watts higher while having 8 times fewer cores.

It's 64 cores spread across 8 dies, TR is a little under 300w with 2 dies, so that would be somewhere between 500-600w power consumption per socket on an OCed Epyc.
Dissipating 1000w-1200w of power is not impossible and all AMD CPUs are soldered so the biggest bottleneck is already eliminated

And Rome will push 64/128 at ~225-240W of TDP.
Zen is a great, extremely elegant (for x86, that is) design.

yes that's how high clockspeed and TDP work