This guide applies only for 780/Titan, if and when we have support for the 780Ti, this guide will be updated to reflect the changes!

DISCLAIMER: This is my view and my approach of the complicated and wonderful art of Overclocking, if you find any way to improve my guide i will be open to change it and give you credit for it! I take no responsibility for the usage of this information or hardware damage! Use this at YOUR OWN RISK!

First of all dont forget you´re on OCN! You should have OC in your blood!
I WILL BE USING (AB) AfterBurner AS ITS THE ONLY SOFTWARE THAT ALLOWS SOFTWARE VOLTAGE CONTROL AND MONITORING
Download and install the latest AB here: http://www.guru3d.com/files_details/msi ... nload.html
Now, youll have to setup AB properly: Go to settings » general and tick the "enable hardware control and monitoring", "unlock voltage control" and "unlock voltage monitoring" and click "OK" at the bottom fo the window!

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Now download my: NEW ED´s VOLTMOD / LLC GUIDE and follow the guide to the letter including the LLC HACK as described in my guide also with a link to download!
Now a word of warning: ON AIR DO NOT GO ABOVE 1,24V WITH LLC DISABLED:
"Please do NOT GO ABOVE 1,212v WITH SOFT VOLT MOD AND LLC DISABLE!

No air cooler has the capacity to dissipate the heat load out of the VRM area when OC with overvoltage! And you cannot know the VRM´s temps, only do an estimate calculation based on your power draw! HEAT KILLS!
Exactly what happens depends on how excess the power is. It may be a sustained cooking. In this case, the MOSFET gets hot enough to literally unsolder itself. Much of the MOSFET heating at high currents is in the leads - which can quite easily unsolder themselves without the MOSFET failing! If the heat is generated in the chip, then it will get hot - but its maximum temperature is usually not silicon-restricted, but restricted by the fabrication. The silicon chip is bonded to the substrate by soft solder and it is quite easy to melt this and have it ooze between the epoxy and the metal of the body, forming solder droplets! Excess heat leads to short circuit! Usually, a MOSFET will fail short first. This is because excessive heat will, by diffusion, mix the dopants enough to create a good conductor instead of the p-n or n-p barriers that were there originally. Often, the gate oxide will be taken into the diffusion, too, causing a short between all three terminals.
Only if the short circuit current after this first mode of failure is high enough to blow the bond wires or the entire transistor, there is an open circuit.
Another forgotten thing is the voltage controller NCP4206 itself! its rated for a maximum operating temperature of 85C and again no way to measure the temperature!

Please guys PLAY SAFE!

ON AIR MAX VOLTAGE: 1.212v + 0.025 (+-) 0.006v = 1.24v(+-)
Keep the fan high and dont let temps go over 70/75C and even this is with a pinch of salt! thumb.gif"

Now that you have your friendly warning, lets go on and OC your "Beast" GK110! biggrin.gif
You have in AB five(5) sliders: Core Voltage (mV), Power Limit (%)(click to prioritize power limit or temperature limit), Core Clock (Mhz) , Memory Clock (Mhz) and Fan Speed (%)
As you all know OC involves clocks and voltages and one important thing: Silicone lottery! Your card will go up in clocks up to a point where voltage cannot give you more speed unless you move to other cooling setup! As i always say: " There is no crap card, there is different cards requiring different voltages to reach different clocks depending on the chips capabilities" My 2 Watercooled Titans ASIC 69%,@1,212v@1150mhz reach @1,40v@1400mhz!

First things first: Flash your card with the appropriate bios supplied by your in-the-house-modder my Brother Skyn3t!
It will unlock your voltage up to 1,212v, disable boost and increase your power target up to 200% to enable your card along with voltage to up those clocks to where you want them!