![]() But from what Ive seen you want the best and something that will last awhile. Will no longer be a problem due to SLI making use of both cards frame buffers. The only limit is really the 12GB frame buffer, which when directX12 comes out. ![]() But with the SLI Titan X the GPU can handle it no problem. For one Titan X the 2x or 3x 1080s is a much better option. With a triple 1440 setup you dont even need to turn AA on in your games because theres so many pixels already on screen, it rounds out the edges without having to multisample.īut youre right, triple 1080s is much easier on your GPU and doesnt require as much VRAM. With 10.0 performance and Build Quality ratings, the $175 Seasonic Snow is one of our favorites in white cases.I have no FPS problems at triple 1440p with the SLI Titan Xs.Īnother thing to consider is 1440 monitors will have a sharper image than 1080 monitors. We'll probably use the 850 watters for stock builds and the 1050 for overclocked builds. Also keep in mind that it's not only fan noise increases the closer you get to a the rated power, voltage stability and ripple increase also and these have a negative effect on overclocking. If you go for a Gigabyte Windforce, MSI Gaming, Zotac Amp, I'd want something with more juice. In short, as the SC series has historically used the reference PCB, ifm you are going to get the SC again, I would imagine you could get by with the recommendation for the FE card. MSI's Gaming 1070 is 185ish watts and as one might expect, having more power via a custom PCB brings more performance to the table. The EVGA SC cards (1070 SC draws 150ish) historically use a reference PCB and often consume less power than the reference models as we see here: you seem to be getting by with a 750 watter on twin 1080s which would indicate that you are not overclocking or performance is somehow being curtailed by power. That puts ya at 950 - 1000 for an overclocked box. So 279 x 120% = 335 watts I doubt boost will allow this but, if 850 watts works for a stock CPU / GPU, look to add about 40 watts for the CPU, 10 for the MoBo and 50 - 75 watts per GPU. Note that, they also set the power limiter for overclocking at 120% when they overclocked. Considering my hardware and overclocks, is an 850 watt big enough and what should I be looking for when I purchase a new PSU? They recommend an 850 watt PSU for 1080 ti in sli, which at first glance seemed a little small. I found some information regarding the PSU requirements for the 1080 ti here: ![]() While I am a PC junkie, I am still very confused when it comes to power supply requirements, I just know that a quality power supply is needed to protect the equipment inside. I currently have 2 1080's in sli, but the power requirements for the 1080 ti is higher and power requirements may be more prevalent with the aftermarket coolers and overclocking.ģ2gb (4x8) GSkill Ripjaws V Series RAM (2666)ħ50 Watt EVGA SuperNOVA 750 P2 220 80+ Platinum I have not purchased ti's yet as I am waiting for the non-reference cards to become available. I know that 1080 ti in sli is overkill, but what can I say, I have become a PC junkie. I am thinking about purchasti to run in sli for my rig and I need some assistance on purchasing a quality power supply.
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