It's huge
It's impractical
It might not even work
But now it's finally compelete and ready to occupy the top 1% of GTX 590s
It's impractical
It might not even work
But now it's finally compelete and ready to occupy the top 1% of GTX 590s
From what I have seen, you need heavier/shorter wires or you are going to have too much voltage drop when under higher load. Some guys use solid copper and as short as possible...
ReplyDeleteYou can look at Tin's pics on kingpin cooling forums.
The wires are 12 AWG and there are 30 for +V and 18 for GND(I'm going to add more once I know the card starts). I'm fully aware of how this is usually done however there is literally no space between the 2 cores. I either have to use long wires or I can forget about cooling. Here's TiN's GTX 590: http://hwbot.org/submission/2178478_tin_3dmark_vantage___performance_geforce_gtx_590_47249_marks
DeleteAlso I don't need a spectacular level of holding voltage. My target is 1.1V at the core so if I have to set 1.4V and get 300mv of drop I'm OK with it.
Also, do you have an evbot? Hopefully, because they are harder to get than the epower...
ReplyDeleteIf not, then you will need this:
http://kingpincooling.com/forum/showthread.php?t=2389
EVGA EPOWER CLASSIFIED VID switch settings:
"1" - ON
"0" - OFF
1234[VID position]
0000 : 900 mV
1000 : 945 mV
0100 : 1000 mV
0011 : 1100 mV
1100 : 1050 mV
1010 : 1155 mV
0110 : 1210 mV
1110 : 1260 mV
0001 : 1315 mV
1001 : 1365 mV
0101 : 1415 mV
1101 : 1475 mV
0010 : 1525 mV
1011 : 1580 mV
0111 : 1625 mV
1111 : 1680 mV
Thanks for the info but I already know about this stuff.
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