Ah, your gpu block isn't transparent at all. You may place D5 like in my case and add "flat" reservoir in GPU zone, but they mostly designed to be vertical mount, so you'll need to improvise with drill
Well, it's still listed as available http://www.swiftech.com/ApogeeDrive2.aspx, for exception of 1155/1366 version with pump, which is out of stock(but it can still be bough w/o pump or for other socket+1155/1366 mount kit)
Well, you're more educated than me :)
but that's a thing: if you have 1/4 turned 45 degree and 90 degree adapter turned into same direction - you'll compensate 1/3 of adapter heigh and whole width of fitting which in other case will be addictive to whole construction heigh, adding 45 degree...
Wouldn't it reduce efficient space inside? It's pretty tight fit already
From my PoV it's a good idea to refer phanteks evolv shift for design decisions it looks pretty good and have some similarities with your case
But it's full water cooling case isn't it? If you'll add 2.5 slot gpu...
Trigonometry says that it's matter, 45 degree turn makes things have twice less vertical heigh, add 90 degree adapter on top (so fitting won't stand out more than adapter angle) and it should be somewhere near 50mm heigh, i can't check it(since i don't have apogee) but it might work
About swiftech heigh, idk but it does not seems that sv590 is limited to exactly 55mm, also you can just remove or use different pump heatsink and save plenty of space, most definitely i'll order it later w/o pump(i have barrow DDC laying around)
Well, it's pump what makes noises, but considering that you will not have extremely complex loop it can run at something like 25-50% without limiting cooling performance.
Laing D5 most definitely won't fit in place where i placed my D5 - it will conflict with PSU cabling, but since it has lower...
The only drilling i've did to a case is 4x mounting holes for D5 pump, if you don't need them for mounting of yours - than you don't need to drill case at all, only not that expensive vardars(they aren't exceptional, but for their price it's a pretty good performance/noise)
This build can be a...
It might looks tight, but it's not - tubes aren't tight anywhere and moves freely(thanks to 90 degree rotational bridges)
Loop connection:
Radiator->CPU->Pump->GPU->Radiator
Under CPU+GPU furmark i've hit
80 degree on CPU(can be lowered by applying liquid metal)
71 degree on GPU(overclocked...
This site uses cookies to help personalise content, tailor your experience and to keep you logged in if you register.
By continuing to use this site, you are consenting to our use of cookies.