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I still got two watercooled ASUS HD 7970 DirectCU II's around here somewhere and their two watercooled mates asus gtx 680 directcu ii's two fun SLI/CFX setups and i'm using a 380x on a threadripper system :lol: since I gave away my 1080 ti Strix to my sister |
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If they go back to 2080 series pricing, and it's nothing less than a 50% increase across the board. They can go on, and get the hell on. Didn't buy it then, and won't buy it now.
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I will only buy if price is less than a $1000. :bleh:
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hehe, 1070 in my pincab still. All hail DOF!
F ck current gen :lol: Good time for backlog cleanup :heart: |
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Cool, are games going to regress in graphics quality as well now that video cards are?
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I think it is a Q1 release for sure.
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Is pointless release if one need to sell a kidney to buy it... |
1 year from now, the release will be!:lol:
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I can't buy that, how are you supposed to cool that with a regular heatsink?
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if it is 700 watts for the normal NV 35% they can keep it and most likely still samsung |
If the 700w rumor turns out to be true then it's just getting ridiculous. That's close to half the power of a standard electric space heater. Even a 1000w PSU might not be enough once you include the CPU power draw and potential transient spikes.
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1000watt would not be enough if the GPU drew 700watt on its own, but I'm sure plenty of idiots would try it.
700watt is pretty insane, but if the performance scales with it, then I don't care. Big issue with Ampere is that the performance really doesn't scale beyond 400-450watt - there are minimal gains up to 600watt. This is why we run water-cooling.. I would probably consider an external MO-RA rad though as 2 internal 360mm would get pummeled by a 700watt load. I don't think it's Samsung, though. Could have sworn we had reports that they finalized TSMC for the next two generations. |
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and at this time last time it was TSMC it's always TSMC till it's not :bleh: TSMC could be just wishfull thinking of the rumour mongers and that is what everyone wants to hear but i wouldn't think TSMC would be 700 watts going from Samsung 8nm to TSMC 5nm they should be able to get 50% at the same power or less |
I don't think it'll be 5nm. I think that's for the generation after Lovelace. I believe it's 7nm EUV.
700watt is possible on a GPU since the chip is so large .. if there's enough **** packed in on the die between compute/tensor/RTX cores, I think it could very well be true. I don't think it'll be 700watts, though. I think 500-550 for the top-end cards from AIBs, and likely utilizing at least one 12-pin connector for all cards now instead of 3-4 8pins. |
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larger prosess and not MCM and a chip that big will have a low yields |
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NV was on a significant node disadvantage with Samsung .. doesn't seem to have mattered.
You think MCM is a raw advantage .. but I don't think it is, at least not the first generation. |
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but if it is 3x over a 6900 xt like they say or even 2x :lol: the performance will be there but that MCM package will be very big and spread out like threadripper size or bigger more surface area for cooler contact and the heat not all in one spot it is still going to need water in the end no matter if it come with air but air cooling is over i think at these wattages AIO & full water block cards only you would need a 4 slot card with a turboprop to cool 700+ watt cards now my alphacool monsta 560mm will do it |
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