02-13-2014 06:31 AM - last edited on 03-05-2024 11:42 PM by ROGBot
02-13-2014 06:37 AM
02-13-2014 07:12 AM
02-13-2014 07:41 AM
Chino wrote:
Which PSU are you planning on buying?
Nate152 wrote:
Hi sigtrm, That's sweet. Just to be on the safe side could you also tell us if you got the G.Skill Ripjaws-z?
02-13-2014 08:13 AM
sigtrm wrote:
Well, I am not sure about PSU yet, also I did not decide which cooling, my previous build had some Aerocool StrikeX 800W and I were happy with it, but for this I guess I need at least 1kW of power, since it has 2 x GPU. Any recommendations?
sigtrm wrote:
I took this one from QVL:
http://www.gskill.com/en/product/f3-19200cl10q2-64gbzhd
I am not sure what (XMP) means in QVL?
02-13-2014 07:44 AM
02-13-2014 08:21 AM
02-13-2014 01:57 PM
Arne Saknussemm wrote:
I'd change the 4960X for a 4930K....since finding out the x are not binned any better than k and simply have more cache...unless it's the cache (or Caché ) you are after.
(...)
With the money saved I'd get a couple of 780Tis and watercool them myself or some EVGA hydro coppers if they come out or Nvidia's next offerings..titan black?
Antronman wrote:
Who said you needed a 1000w PSU? There are some CFX/SLI rigs that run off of 750w PSUs. My recommendation would just be to buy an 800-900w PSU like the Corsair AX860i or the SeaSonic 860 platinum.
02-13-2014 04:14 PM
02-13-2014 04:51 PM
Antronman wrote:
Well that all depends on the fans. And USB powered stuff takes up hardly any wattage at all. Would not make a difference. By the looks, the 860 watts would just about be able to pull off a dual SLI full WC loop. But if you really want to, get a 900w PSU. 1000w is really just excess, unless everything you are buying will be OCd. In which case I would recommend lower clocked RAM. The 3MB of cache make a huge difference in multithreaded performance, but other than it does not. So the 4930k would be a better choice than the 4960x. And 64GBs of RAM is far more than you need unless you're going to be running a very large number of virtual servers on a single physical machine.