Any RMA attempt of soldered card is easily diagnosed today and will be rejected. Anything below this paragraph in this article is NOT covered by any kind of warranty, and provided AS IS only for education purpose, without support from manufacturer or NVIDIA. If you card/system burns in flames or just simply stop working, do not try to RMA it or expect a support from manufacturers. If you need more info – check previous guides, linked in References section.Īs usual, you are on your own when doing even little simple mod. I’ll still omit obvious things like how to probe voltage/resistance with multimeter, what is trimpot and how to solder, as these things were explained over the internet thousands times already and easy to google. Surely, pro overclockers who are into this sport already have their EPOWER setups handy, so main audience of this guide is not them. No doubt, modifying your GFX to for these kinds of results require bit of above-minimal soldering skill knowledge and cold mind. This is the baseline card, which we all get to know first before going any specific custom designs. Let’s study plain reference EVGA GeForce GTX 1080 which is also called “founders edition”. Using Raspberry Pi to control your VGA VRM.EVGA GTX 680 Classified – Uncorking guide.This guide is evolution of my usual “uncork series”, with all good traditions set by previous guides:

Image 1: Introduction to GTX 1080 overclocking

Most of our readers already know all key specifications and performance figures of reference GTX 1080 cards, so I’ll not bother you with that and we go straight to overclocking the new cards.

Performance boundaries are pushed once again, possible once more with arch changes and latest 16nm TSMC process node technology upgrade. Sure all of you already read numerous GeForce GTX 1080 reviews, but some still may be left thinking – “what’s about real overclocking, how far this puppy can go with watercooling/subzero cooling?”.

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