Jump to content

Hey all, simple question.

 

So I've been folding with my 780ti for quite some time now and have racked up a bit of points. I was looking atound today and found 4 Pentium G3250's (The version of the famous G3258 with a locked clock multiplier) just sitting in boxes doing nothing. I don't want to use them to fold, because CPU's are horribly inefficient at that (The four of them together might get 3k PPD while using the same amount of power that my 780ti uses while smashing 250k PPD)

 

So I was wondering if anyone new of distributed computing projects I could put these guys on that are naturally optimized for CPU's, ones that run more efficiently on CPU's rather then GPU's. I don't want my four Pentiums to suck 400 watts dragging a heavily GPU optimized task and doing barely doing anything at all, like they would be if they were folding.

Link to comment
https://linustechtips.com/topic/505700-distributed-computing-for-cpus/
Share on other sites

Link to post
Share on other sites

There aren't any that will run better on CPUs compared to GPUs, but that doesn't mean you don't need to leave those sitting around. Look at the BOINC catalog of projects to see where you could potentially put those to use.

Wife's build: Amethyst - Ryzen 9 3900X, 32GB G.Skill Ripjaws V DDR4-3200, ASUS Prime X570-P, EVGA RTX 3080 FTW3 12GB, Corsair Obsidian 750D, Corsair RM1000 (yellow label)

My build: Mira - Ryzen 7 3700X, 32GB EVGA DDR4-3200, ASUS Prime X470-PRO, EVGA RTX 3070 XC3, beQuiet Dark Base 900, EVGA 1000 G6

Link to post
Share on other sites

There aren't any that will run better on CPUs compared to GPUs, but that doesn't mean you don't need to leave those sitting around. Look at the BOINC catalog of projects to see where you could potentially put those to use.

 

I know that there are some math enthusiasts out on some wild goose chase for various types of primes. Do you think any of those will yield more performance per watt compared to a GPU?

Link to post
Share on other sites

I know that there are some math enthusiasts out on some wild goose chase for various types of primes. Do you think any of those will yield more performance per watt compared to a GPU?

Said program that does that is called prime95 which tries to find mersenne primes...

USEFUL LINKS:

PSU Tier List F@H stats

Link to post
Share on other sites

They aren't necessarily inefficient at folding. But yes i understand your concern. I would look at some cpu specific 

boinc projects. Asteroids@home does pretty good on cpu's last time i did it. I think Climate prediction is cpu

specific, also says on their page that they don't think they will ever be able to support gpus. Cosmology@home,

LHC(Large hadron collider) but it isn't that active. Look into it, you will find more.

 

There is a resource over at hardforum, but i am not sure exactly how up to date it is. 

http://hardforum.com/showthread.php?t=1801908

 

There is also P95, not run as a stress test as someone mentioned above :P

Link to post
Share on other sites

So I was wondering if anyone new of distributed computing projects I could put these guys on that are naturally optimized for CPU's, ones that run more efficiently on CPU's rather then GPU's. I don't want my four Pentiums to suck 400 watts dragging a heavily GPU optimized task and doing barely doing anything at all, like they would be if they were folding.

First bet: World Community Grid. Right now, they are researching Ebola, Aids, Cancer, Solar Cell Materials and Genome Sequences - all of which is purely CPU work. If you are interested, give it a look: http://join.worldcommunitygrid.org?recruiterId=601677

 

Another project I'd recommend would be PrimeGrid, which researches theories involving prime number (over 10 CPU only subprojects).

 

Both of the above are done through the Boinc platform, so if set up with the LinusTechTips team, you'll be awarded a Boinc badge here on the forums. Btw, if oyu set up folding for the LTT team as well, you should probably be able to claim your Folding badge as well.

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!

 

Link to post
Share on other sites

Hey all, simple question.

 

So I've been folding with my 780ti for quite some time now and have racked up a bit of points. I was looking atound today and found 4 Pentium G3250's (The version of the famous G3258 with a locked clock multiplier) just sitting in boxes doing nothing. I don't want to use them to fold, because CPU's are horribly inefficient at that (The four of them together might get 3k PPD while using the same amount of power that my 780ti uses while smashing 250k PPD)

 

So I was wondering if anyone new of distributed computing projects I could put these guys on that are naturally optimized for CPU's, ones that run more efficiently on CPU's rather then GPU's. I don't want my four Pentiums to suck 400 watts dragging a heavily GPU optimized task and doing barely doing anything at all, like they would be if they were folding.

What u could do is build a few small rigs and put some cheap gpu's in them (like a gtx 750 ti, those will get around 75k-80k ppd one core 18 and 21 WUs) the 750 ti is pretty efficient.

Spoiler

CPU: R7 5800x -- Mobo: Gigabyte B550 Gaming X v2 -- RAM: 2x16GB Kingston Fury Renegade -- GPU: Asrock RX 6800 XT Phantom Gaming OC -- Case: Fractal Design North Walnut/Black Mesh -- Storage: 2TB 970 Evo Plus, 4TB NM790 -- PSU: BeQuiet Pure Power 11 Platinum 650w -- Displays: AOC AGON  AG352UCG, Dell Ultrasharp U2715H -- Cooling: Noctua NH-D14 -- Mouse: Corsair M65 -- Keyboard: Func KB 460 MX Blue -- Sound: Motu M2 -> THX 789 -> DT880 600Ω -- Mic: RØDE NT1-A

Spoiler

RIG 2: Intel i5-8400, 16 GB RAM, RTX 2070S

Spoiler
Link to post
Share on other sites

Create an account or sign in to comment

You need to be a member in order to leave a comment

Create an account

Sign up for a new account in our community. It's easy!

Register a new account

Sign in

Already have an account? Sign in here.

Sign In Now

×