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NVIDIA Pascal Thread

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that's boost clock, not manual overclocking

He didn't say for sure, but he mentioned overclocking and I highly, highly doubt it's boosting >20% above reference boost speeds. It's got to be overclocking. Also memory was overclocked from 10ghz to 11ghz, so more evidence the core was manually OC'd.

11ghz vram = 352 gb/s, up 57% over GM204.
 
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He didn't say for sure, but he mentioned overclocking and I highly, highly doubt it's boosting >20% above reference boost speeds. It's got to be overclocking. Also memory was overclocked from 10ghz to 11ghz, so more evidence the core was manually OC'd.

11ghz vram = 352 gb/s, up 57% over GM204.

thanks for the info.:thumbsup:
 
Given the performance and specs, I guess we can now confirm that there is zero improvement in IPC from Maxwell to Pascal (on average)

Maxwell already had pretty good performance, so as long as they've shored up any of the DX12 shortcomings it should be a solid card.

If most of the cards can OC to 2.1 GHz boost, it's a worthwhile upgrade.
 
Nvidia cards can automatically boost beyond the reference boost clock if thermal/power conditions allow. 2.1 GHz boost is super impressive but it was also on a single character render. It will be interesting to see if it can sustain that boost during normal gaming loads.

Well, I think as long as the silicone will hit 2.1Ghz with a bit of increase in power limits, voltage, and better cooling easily, I think it's pretty good. Imagine 2.3-2.4ghz on water with voltage bumping. That would be pretty sweet!!!
 
He didn't say for sure, but he mentioned overclocking and I highly, highly doubt it's boosting >20% above reference boost speeds. It's got to be overclocking. Also memory was overclocked from 10ghz to 11ghz, so more evidence the core was manually OC'd.

11ghz vram = 352 gb/s, up 57% over GM204.

Good catch, looks like it was oc'd speeds. We'll see how the silicon lottery plays out.
 
Here's the analysis of data we have.

Ref card paper boost clock is 1733mhz. Claim observed boost clocks in 3dMark, 1860mhz.

~25% above 980Ti.

55% clock speed advantage vs reference 980Ti that boost to 1.2ghz.

10% less CC.

Think about a 980Ti at 1.5ghz, it will equal a 1080 @ 1860. The 1080 has a real 12% OC headroom based on this presentation.

Overall "IPC" or clock for clock per CC, performance regressed a lot. This I feel is indicative of their uarch evolved to handle graphics <-> compute switch instantly like GCN. Also it supports fine-grained preemption like GCN. There's a regression for adding these features, but in games that use it (heavy compute or VR), Pascal will fly. In many ways, it's much more future-proof.
 
That's what I'm saying. Looks like they actually regressed per SP performance. Basically a shrunk Maxwell GM204 that clocks a lot higher while using more power.

So what if IPC regressed, it appears to be well worth it to trade it for higher clocks since it practically guarantees linear scaling ...
 
I've got to hand it to Silverforce, he hit the nail on the head with regards to Pascal's gains over Maxwell. Much bigger gains in VR and in DX12.
 
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