rage fuury

well, fommmof, I stilldon't get it how the card could suck more than 150W (8 pins power)+75W (6pins power)+75W (PCIExp.)=300W ...

@svl7

Remember this?

Well, received the replacement of the replacement of my original Titan (lol, long story short, the #3 Titan).

Using your bios (SC V2) this one starts at 1.175V no matter what (and 928Mhz gpu freq as usual). The default max boost and voltage for this card with the stock bios is 1019Mhz at 1.15V.

I still don't get it...is the starting/base voltage of your bios independent from the quality of each GPU itself (i.e always 1.137V no matter what) or does each individual GPU dictates the starting/lowest voltage depending on the quality of the chip?

@booya: 1.25V is not possible unless a hard-mode... 1.215V is the maximum voltage for Kepler (hard coded in the bios) and this value was unlocked in SLV's OC BIOS (with stock Titan bios you can go only up to only 1.2V with tools like EVGA Precision X, MSI Afterburner and NVidia Inspector); Titan had an artificial limit of max 250W from a consume/energy perspective - this bios move up this limit to 300W as far as I understand it... You should be OK

@fommof :hey fo... your second Titan have a lower ASIC- that's why it boost at a lower freq with more voltage ... My non SC Titan (Asic 66%)stock bios boost to 980MHz with 1.162 V instead of 993MHz with 1.15V like (almost) everybody's else... So, it's normal behaviour, just that your first one was of better quality - too bad you had to RMA it

Hi svl7, great work from your part it seems...Still, don't understand why the power limit was increased up to 350W...Could this card to suck more than 300W- is that posible? May be is more useful to set the Power Limit at 300W so people could calculate consume without making adjustments...

Best regards