XSPC EX range

Soldato
Joined
20 Jun 2011
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Livingston
How do you guys think the new EX range of radiators will perform in a loop of GTX 480 SLI & CPU? I'm thinking a 360 push/pull, a 240 push/pull and maybe a single 120 at the back of the case with push only?

I have just bought a XSPC Raystorm and I have a couple of Aquagrafx 480 blocks. I'm thinking about the DD-RAD-Reservoir and this pump http://www.overclockers.co.uk/showproduct.php?prodid=WC-004-SW&tool=3
 
From the results i have seen the ex series performs amazingly considering it's thin form, offering near rx series performance. As Cleeecooo says a 360 and 240 should be enough to cool your setup with reasonable delta temps and fan noise.
 
Thanks for the input chaps. Nice price on the EX radiators and I'm impressed with what I've seen/heard. I might be able to afford my new rig this month after all! :)
 
;) - Thats not to mention the B word (ends in dozer) lol

Some people think a run of prime95 for a couple of hours is their system stable. I've seen loads of intels run prime all day then bomb out on a quick IBT run (mine included lol) - and vice versa.

Better off being more realistic - 4.8 is achievable on 1.32volts. Just helping manage expectations here otherwise there will be serious dissapointment :p
 
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So I've got the option of sticking with the 360 + 240 while being limited to how many volts I can feed to the cpu, or I can buy another rad and hope for similar temps with higher voltage and overclock.. I can see me spending another £50-60 easy lol
 
I think it's the orientation of the cores that's making the SB chips harder to watercool with current cpu blocks. From what i have seen the cores are in a rectangular config and current blocks don't cater for this as well.

If you can get the 240 in do it, those 480's are going to produce a lot of heat.
 
I think it's the orientation of the cores that's making the SB chips harder to watercool with current cpu blocks. From what i have seen the cores are in a rectangular config and current blocks don't cater for this as well.

If you can get the 240 in do it, those 480's are going to produce a lot of heat.

Makes sense mate - That'll be the reason EK have brought out new jet plates which direct the force and water directly into the middle of the chip ;)
 
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