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The GTX Titan X owners thread.

Definitely not cherry picked.

Cherry picked cards would have a much bigger premium like the classified and kingpin cards do.

I've seen superclocked cards with ASIC % in the low 60's as well.
 
Mini - ITX finished :D

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4790K / Titan X. This CPU/Mobo should see me through until the end of 2016 when hopefully things are a bit more competitive. Cannonlake / Zen should be good :)
 
Just checked and mine are 65.6 and 59 :(, my 780's were in the 80's

Mine is 73.6% if I recall correctly (Gigabyte). Highest I have seen someone mention is 84%. (from OCN and here)

What temps do you guys get with 60% fan profile ? That's a better indicator of how good the chip is.

72c> is above average 73-75c is good, 75-78c is average, 79+ is bad
 
Mine is 73.6% if I recall correctly (Gigabyte). Highest I have seen someone mention is 84%. (from OCN and here)

What temps do you guys get with 60% fan profile ? That's a better indicator of how good the chip is.

72c> is above average 73-75c is good, 75-78c is average, 79+ is bad

sorry to sound like a noob, how do i set a 60 percent fan profile? i activated the auto one in MSI afterburner and my card doesnt go over 65 degrees playing GTA
 
Lower ASIC = higher default voltage so when you pump volts through them they end up with higher voltage than high ASIC cards and with water keeping them cool they can usually clock further.
 
Lower ASIC = higher default voltage so when you pump volts through them they end up with higher voltage than high ASIC cards and with water keeping them cool they can usually clock further.

So in effect a higher default voltage means a higher voltage limit for overclocking purposes? Or in other words a low ASIC card is not as 'power-limited' as normal cards, in which case the normal temperature limitations of higher power doesn't apply because of the benefits of watercooling.
 
So in effect a higher default voltage means a higher voltage limit for overclocking purposes? Or in other words a low ASIC card is not as 'power-limited' as normal cards, in which case the normal temperature limitations of higher power doesn't apply because of the benefits of watercooling.

I wouldn't say 'power limited' but 'voltage limited', basically lower ASIC cards use more voltage.

Power draw can be increased via BIOS and definitely helps hold stable clocks as well, the stock BIOS reaches the power limit easily.
 
I wouldn't say 'power limited' but 'voltage limited', basically lower ASIC cards use more voltage.

Power draw can be increased via BIOS and definitely helps hold stable clocks as well, the stock BIOS reaches the power limit easily.

Ok I see. So 'power' and 'voltage' shouldn't be confused with one another, which was what I was doing. I simply thought that more voltage = more power, but it seems that more voltage = more stability.
 
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