bsatvat
I want to be CRYSTAL clear - if I get a 1070/1080 cooler and put it on my titan x without the shroud, some have said it will have some vram issues but shouldn't be a big deal
Does this mean I will be totally fine? If you're really telling me I can do it without the shroud and I'll be 100% ok, both card and vram, i'll buy it today and just put it on without the shroud
The existing 1080 hybrid kit can be made to fit perfectly, shroud and all, with only *minor* and very simple modifications (all you need is a dremel with a cutting disc and a grinder to make to small modifications to the EVGA kit cooling plate). Several folk have already done it and posted guides... I tried to post some good guides but EVGA forums won't let me post a link for some ghey reason ...
Otherwise? Just search around overclock.net and you should find the links fine...
You can run the hybrid pump just fine without the shroud. You should find some way to cool the VRAM however as they do get super hot and I'm sure it would, ultimately, affect performance. There are various ways you could do this ... just find some way to mount a decent 80mm fan over the VRAM ... or even get something like an Antec "Spotcool" to point at the VRAM area.
If EVGA doesn't release their hybrid kit for the Titan X soon, I am simply going to mod a 1080 kit ...
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One more thing about the VRAM issue ... I use two Hybrid kits on my dual GTX980's and can say that the VRAM cooling performance of these kits is rather astonishing. Even with the pump assembly somewhat blocking air flow, I measure a consistent 110F degree temp of the air shooting out the back of the cards (I have them set to run at 50% when gaming/overclocking my cards).
Furthermore, when I installed the 980 hybrid kits, I added copper heatsinks to the cooling plate ... not sure if this is helping much but I know for a fact that the VRAM/Shroud cooling works great simply because I can game all day over 1500mhz on core and because the temp of the air exhausting is so hot (about the same temp as the air coming out of the radiator portion of the kit, actually)..
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