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Folding on 12 core / 24 thread Dual Xeon Setup

I recently acquired two E5645's (2.4ghz hexacore HT xeons) which I am running a SuperMicro X8DAH+-F motherboard with 48gb Reg. ECC Samsung memory.  I don't need all the compute power until a month from now; would this setup be good for any specific CPU-intensive F@H or boinc tasks, especially ones supporting 16+ threads?  I'm rather new to folding...

 

thanks

Want a good game to play?  Check out Shadowrun: http://store.steampowered.com/app/300550/ (runs on literally any hardware)

 

another 12 core / 24 thread senpai...     (/. _ .)/     \(. _ .\)

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I recently acquired two E5645's (2.4ghz hexacore HT xeons) which I am running a SuperMicro X8DAH+-F motherboard with 48gb Reg. ECC Samsung memory.  I don't need all the compute power until a month from now; would this setup be good for any specific CPU-intensive F@H or boinc tasks, especially ones supporting 16+ threads?  I'm rather new to folding...

 

thanks

 

I personally find that CPU folding gives such poor returns that I only fold on my GPU these days, but then again I don't have dual Xeons...

Main Rig "Melanie" (click!) -- AMD Ryzen7 1800X • Gigabyte Aorus X370-Gaming 5 • 3x G.SKILL TridentZ 3200 8GB • Gigabyte GTX 970 G1 Gaming • Corsair RM750x • Phanteks Enthoo Pro --

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I get 65k PPD with my 5820k @ 4.6ghz.

 

All of it counts.

PEWDIEPIE DONT CROSS THAT BRIDGE

 

 

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I get 65k PPD with my 5820k @ 4.6ghz.

 

All of it counts.

 

Ok, I wasn't doing so bad then, with about 35k PPD on my CPU. Still, I get about 250k PPD on my 970, so the CPU points were never more than a drop in the ocean...

Main Rig "Melanie" (click!) -- AMD Ryzen7 1800X • Gigabyte Aorus X370-Gaming 5 • 3x G.SKILL TridentZ 3200 8GB • Gigabyte GTX 970 G1 Gaming • Corsair RM750x • Phanteks Enthoo Pro --

HTPC "Keira" -- AMD Sempron 2650 • MSI AM1I • 2x Kingston HyperX Fury DDR3 1866 8GB • ASUS ENGTX 560Ti • Corsair SF450 • Phanteks Enthoo EVOLV Shift --

Laptop "Abbey" -- AMD E-350 • HP 646982-001 • 1x Samsung DDR3 1333 4GB • AMD Radeon HD 6310 • HP MU06 Notebook Battery • HP 635 case --

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You can definitely fold on those and they should be able to power through CPU WU's pretty nicely. Unfortunately the BIGADV project was cancelled a while ago which allowed us to leverage the larger server builds to really crank out the work.

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Folding/Boinc Info - Check out the Folding and Boinc Section, read the Folding Install thread and the Folding FAQ. Info on Boinc is here. Don't forget to join team 223518. Check out other users Folding Rigs for ideas. Don't forget to follow the @LTTCompute for updates and other random posts about the various teams.

Follow me on Twitter for updates @Whaler_99

 

 

 

 

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This is a couple months ago now, but my 4p machine was still doing bigadv work. Just following the traditional

point system, so you are getting the ppd of a normal wu.

 

I fired it back up today, all 48 cores pinned at 100%. But i didn't have time to check exactly what wu i got,

based on my progress i can say with 99.9997% certainty it was indeed a bigadv wu. I don't think they have

said anything about for how long they are going to continue handing out those wu's though.

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I recently acquired two E5645's (2.4ghz hexacore HT xeons) which I am running a SuperMicro X8DAH+-F motherboard with 48gb Reg. ECC Samsung memory.  I don't need all the compute power until a month from now; would this setup be good for any specific CPU-intensive F@H or boinc tasks, especially ones supporting 16+ threads?  I'm rather new to folding...

 

thanks

As far as I know, there aren't any tasks (either on F@H or Boinc) that specifically make use of multithreads. I means, sure, you could run 24wus at the same time, both programs will support it, but there won't be any benefit from the fact that you have multiple cores per si. They are all 32 bit apps afteral....

 

Still, that would be a beast of a machine for CPU crunching. You can obviously do Folding, but I'd also recommend Boinc's World Community Grid: their apps (apart from the recently released Fight Aids Home 2 app) don't make use of newer instruction sets, so non AVX CPUs such as yours do almost as good as modern AVX CPUs.

 

I just don't recommend Primegrid, as not only you lack AVX 2.0, you'd also run into SEVERE RAM bottlenecks if running on more than 3~4 cores on the bigger subprojects.

 

 

 

Those are the options I personally know and trust, but if you'd like to venture somewhere else (say... SETI), be my gest.

Want to help researchers improve the lives on millions of people with just your computer? Then join World Community Grid distributed computing, and start helping the world to solve it's most difficult problems!

 

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