There are listed again.  They don't have any, but they are listed. 

1/4 inch
When it comes to Fitting almost all adhere to G1/4 (Quarter Inch)..... that's the part the screws into the evga waterblock... almost all fitting are 1/4 inch... INTO a block... then it converts OUT to whatever you like... for example I use 1/4 inch to 3/8 ID ~ 5/8 OD tubing.

Hola,
 
Single Hydro copper 980ti here:
1529 mhz
1900 memory
36c load
 
71.9 asic (or maybe it was 72.9)
 
I can likely get higher, but I think the tdp limit is holding me back. Considering a bios flash.
 
Before I over clocked, it was boosting to 1431 by itself

Not going soo well overclocking with my 2 HCs,, 1st card is holding me back alot :( . Going to see if my second card's bios which is newer changes anything.

I am actually hoping to get and install a GTX 980 Ti Hydro Copper in the Hadron Hydro case. At least that's the plan. I have been doing a lot of looking to make sure everything will fit properly. And while power draw is not really a concern... I have been wondering what the real world max draw was for 1 GTX 980 Ti Hydro Copper. Mostly to be able to estimate how many leftover watts I have left to play around with. (Hadron comes with a 500w PSU)
 
I already managed to track down the max watt draw on the 6700K(119w at something like 4.8 ghz) and my fans and Harddrive. But knowing what I have left means I can plan out customizations.

Thanks for the response.

If you end up moving the fans to above the radiator you actually gain a lot of room to run the tubing around without having to use the metal coil spring. And once I can locate a catalog through the local fittings shop for fittings in the G1/4 threading it should be a cake walk to run water where ever I need it. I did make another post in the Hadron thread but I am waiting for 5 days to pass up so I can post my images.
 
I honestly plan on removing as much of the tubing as possible with the exception of the two lines that run from the water block. Not because I don't like the tubing, but having spent too much time in a transmission shop playing around with fittings and running things like breakline. Which now that I think about it... 1/2 inch breakline should work wonders for a watercooler build. And I already have all of the tools to do it. I'll look into it. It can be a pain to bend but with some practice, it can be done.
 
Nemo.

I have not completely tired yet due to one of mine let its smoke out 4hrs after being installed default bench testing its been replaced but still not trusting it just yet but love these cards at their default settings I have already doubled my 3DMark scores of my GTX780s 

nope they will clock at the lower asic level if sli is enabled becasue that one will start to casue the failure issues - artifacting, crash etc.. that card will limit the other card. but not by much. 74.6 asic is actually pretty good. i hve had 3 980ftw and 3 980ti hydro coppers and only one of the six was above 79 asic. you can get pretty crazy with voltage also to mitigate the oc difference between the two as asic only affects performnce with voltage in respect to overclocks

Zuhl3156

C.Knura
Hey Guys.
perhaps I have a silly Question but i Try :-).
I have 2 gtx 980 ti hydro copper in SLI with ASIC: 74,6% and 83,7% says GPU-Z.
Do I have to look for special things when i am going to Overclock them because they have such a hugh difference in the ASICs?
 
 

The card with the lower ASIC will require additional voltage applied to match the clock speeds of the higher ASIC card. Easy enough to do using MSI Afterburner or PrecisionX.

+1

Got it!!!