We wrapped things up with a quick run in Battlefield V that matched our previous PC Performance testing to see how changes were in an actual gaming scenario. We used Fire Strike Extreme for a Synthetic 1440p run to measure variances. We used Superposition in the Stress Test mode for a 5 minute run to gather core clock measurements. We also wanted to compare to a manual overclock where we bumped the memory speed up and set the fan to 75% to reduce thermal impact. Testing began with stock results and manual overclocking before moving into letting the NVIDIA OC Scanner do its thing. In today's testing we're not going into a long drawn out test sequence, but rather just seeing how effective the EVGA Precision X1 is at overclocking a GeForce GTX 1080 Founders Edition and how it benefits the 1440p crowd. We've already tested OC Scanner with the RTX 2080 Ti and found the results to be more than favorable and coming pretty close to our manual overclocks. NVIDIA did promise support for older cards as well and have now delivered on that promise with Pascal support in the latest MSI Afterburner and EVGA Precision X1. This feature is for them and it goes great with Pascal. While most of us here aren't too worried about the possible problems, there are a lot of people who are. This is a welcome feature for those who would love to get just a bit more out of their cards, but are a bit gun shy about doing the work themselves.
You also might try to remove a memory module as well.When the RTX 20 series launched not too long ago NVIDIA released a new feature known as the NVIDIA OC Scanner that allowed for automatic overclocking of the GeForce RTX 2070, 2080, and 2080 Ti without voiding any warranties and such. If your PSU is modular, check both ends.įinally, as a last resort, try moving the video card to the x4 slot on the motherboard. If you haven't done so, unplug and re-plug all the motherboard power connectors (including both motherboard power connectors, 24 pin and 8 pin) and video card power connectors. If it still doesn't work, since it isn't working with another known-good video card, do you have a way to test the monitor independently just to ensure that it is itself working? It might not be a bad idea to swap the video card cable, and also to plug the monitor in to a different video output if you have one available? After you reset the CMOS and re-power the system, let it sit for a while (especially if your DRAM is not on the motherboad QVL list). Now, that said, I've read accounts of this particular motherboard spending an inordinate amount of time memory training (sometimes 30 to 60 minutes). Do not leave the jumper there! Location is shown below. Click to expand.There is a jumper on the motherboard - just turn off the power, put a jumper across the pins, remove the jumper, and re-apply the power.
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