![]() ![]() And that once again literally means that all GeForce GTX 10 cards based on a reference design will perform rougly the same with a certain set of parameters and Frequency thresholds aside from your usual exception here and there (ASIC quality and temperature will be very important for this factor). by design it's there to keep the card from frying itself. It's the same with utilization limiters and also the same with the power limiter, you get an TDP assigned and once you pass that power signature it downclocks, and thus by design that stuff is not going to help you with your overclock, contrary. That's a safety feature, certainly not an overclock feature. If you set the GPU temp target at 90 Degrees C, then once it hits that point it will start to downclock in one way or another. The new Boost features work out well, however let's be totally honest here, they mostly are safety features rather then tweaking features, really don't let Nvidia fool you. It works just as well and yields the same results really. Other however just as well should just stick to that old fashion method with the sliders. You are going to really like the overclocking the GeForce GTX 10 with the new V/F controls. Below a number of results based on the overclock as explained and described above.Īnd for brevity's sake, let's chart up the FireStrike results as well: Now obviously the same applies for gaming. Hence GTX 980 and GTX 980 Ti cards will remain popular for a while. We do have to say that the overclocks with pascal yield not a lot of extra performance compared to the GXT 900 series. So yes, we gained a nice 1302 points with this fairly modest tweak. But now let's look at the product when overclocked based on +100% Voltage and a curved V/F tweak (the one shown in the video). So above the results with the founders edition card at defaults, 19370 point, that's already pretty nice of course. Let's startup 3DMark FireStrike and run a default (non-overclocked session to get the baseline result: We expect AIB card with better cooling to more easily reach the 2.1 GHz domain. All in all you can add a little extra performance with that Boost frequency now hovering at ~ 2 GHz and the memory at 11000 MHz (effective data-rate). So the results then, below the numbers are based upon the actual linear curve overclocking as shown in the video above. ![]() Memory Clock : +575 (we found our maximum sweet spot here for GDDR5X), but we've heard stories of people reaching even 12000 MHz (effective data-rate).If you are going to OC in the default manner (equal to a basic curve) and thus not with a linear curved clock frequency tweaks then your values be something close to this (all based on a founders edition GeForce GTX 1080 card of course): AfterBurner comes with Pascal GPU memory tuning, overvolting, allowing control and adjustment parameters for overclocking as well as the new GPU Boost 3.0 implementation: Please do keep in mind that my English is pretty bad (being Dutch). Right, since all this might seem a little complicated I made a small video to demonstrate it in a real-world situation. Tweet An example video of V/F Curve tweaking
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