Nvidia GeForce GTX 1080 reviews and benchmarks

Looks to be an issue with the 1080 being stuck at 1.25volts at first glance apparently.

Isn't that more than enough for air cooling? Or are these new cards cool enough to handle 1.25V on air?

I remember modding the bios on my Gigabyte G1 980TI to allow for 1.22V, and that was really pushing the temps and noise levels beyond what I was comfortable with.

Is there any reason to cap the voltage there for these cards?
 
You can't setup a custom fan curve for the two PWM fans that you can connect to the graphics card yet, all BIOS controlled. It's not like this is a genius, revolutionary idea anyway - you could do the same thing (regulating case fans based on GPU temperature) with SpeedFan on any card for ages.

Tranlsated summary:
- 10€+ in comparison to FE
- ~15% performance boost at same level of noise
- idle fans during desktop use / low usage
- RGB lightning
- 4w more power draw than FE during desktop use due to higher clocks
- size is a concern; 3cm longer than FE; 2,5cm surplus over the PCIe blend; slightly more than 2 slots high

Interesting tidbit: they said another partner card is already on its way to their office.

Fans at idle/desktop is a deal breaker I think. Hope other cards are passive at idle. I think EVGA ones say they are
 
Fans at idle/desktop is a deal breaker I think. Hope other cards are passive at idle. I think EVGA ones say they are

I don't know German, but Google Translate on the article says "On Windows, the new Asus GeForce GTX 1080 Strix OC Edition turns off all three fans. Unlike the Founders Edition graphics card is in this mode, thus inaudible."

Sounds like it's not a problem.
 
Fans at idle/desktop is a deal breaker I think. Hope other cards are passive at idle. I think EVGA ones say they are
What I mean with "Idle fans" is exactly what you're looking for (I think). The fans don't spin until the card reaches a certain temp/load. Sorry for poor wording
 
Comparison of custom GeForce GTX 1080 PCBs on videocardz

Between the 10, 11, 12 and 14 phase power boards, the actual implementation is probably of more interest than the number of phases, however for non-LN2 overclocks, I doubt there will be much real world difference in overclockability (pure speculation on my part, based on history).

I assume we will see another wave (or two) of further customized cards, since these are the ones looking to meet time-to-market requirements for close-to-launch availability.
 
It was the same story with Maxwell. We'll have to flash the card with a custom BIOS in order to get past the voltage lock.
Still, Maxwell does much higher overclocks on stock volts.

Most cards hit 1400 without going past stock volts, on mine I can hit 1400 without touching voltage at all. Equivalent OC on the 1080 would be 2.3 GHz.
 
Comparison of custom GeForce GTX 1080 PCBs on videocardz

Between the 10, 11, 12 and 14 phase power boards, the actual implementation is probably of more interest than the number of phases, however for non-LN2 overclocks, I doubt there will be much real world difference in overclockability (pure speculation on my part, based on history).

I assume we will see another wave (or two) of further customized cards, since these are the ones looking to meet time-to-market requirements for close-to-launch availability.


much better rundown of all PCB's from Roman

https://www.youtube.com/watch?v=yBUbMO6fhWY


cheers
 
Are there any reviews on the MSI Gaming X card? After hearing about the Strix i'm pretty disappointed.

Same /sigh. I wonder if msi can hit the same OC as the strix or not. If it can i'll probably get the msi.

GALAX HoF looks nice. All white and 2ghz factory oc.
 
GIGABYTE GeForce GTX 1080 XTREME GAMING is designed for VR

Strix's biggest advantage is time to market. If it'll be the same as is was with 980Ti then the best cards will be Gigabyte's Xtreme and MSI's Lightning.

I highly doubt that there will be a Lightning this time. They skipped it with the 980, so I'd expect the same here. They'll wait for big Pascal. Seems pointless to make it anyway, since it seems that custom cards are pretty close to their limit out of the box anyway. Overclocker's Dream, Nvidia Edition.
 
Still, Maxwell does much higher overclocks on stock volts.

Most cards hit 1400 without going past stock volts, on mine I can hit 1400 without touching voltage at all. Equivalent OC on the 1080 would be 2.3 GHz.

Boost clock on the 980 is 1216 MHz, so going up to 1400 MHz is just a ~200 increase.
Boost clock on the 1080 is 1733, and most cards seem to handle 2000+ just fine. That's an increase of ~300.

NVFlash with Pascal support was released just hours ago, so it shouldn't be too long until we get some really interesting overclock results. Hopefully :)
 
Boost clock on the 980 is 1216 MHz, so going up to 1400 MHz is just a ~200 increase.
Boost clock on the 1080 is 1733, and most cards seem to handle 2000+ just fine. That's an increase of ~300.

1216 -> 1400 = 15%
1733 -> 2000 = 15 %

:)
 
What's the general consensus on the best 1080 so far for performance and cost?

Not had the chance to look in to each one individually.

Cheers guys :)
 
What's the general consensus on the best 1080 so far for performance and cost?

Not had the chance to look in to each one individually.

Cheers guys :)
We haven't had enough reviews of the different cards yet.
Basically one review of the Strix and two of the EVGA SC but that's it lol

FE certainly isn't the best perf/cost though haha
 
Boost clock on the 980 is 1216 MHz, so going up to 1400 MHz is just a ~200 increase.
Boost clock on the 1080 is 1733, and most cards seem to handle 2000+ just fine. That's an increase of ~300.

NVFlash with Pascal support was released just hours ago, so it shouldn't be too long until we get some really interesting overclock results. Hopefully :)
Whats NVFlash?
 
Boost clock on the 980 is 1216 MHz, so going up to 1400 MHz is just a ~200 increase.
Boost clock on the 1080 is 1733, and most cards seem to handle 2000+ just fine. That's an increase of ~300.

NVFlash with Pascal support was released just hours ago, so it shouldn't be too long until we get some really interesting overclock results. Hopefully :)

Whoops, didn't mention I have a 980 Ti. Stock boost on those is only 1075 MHz, so 1400 is a 30% OC.

Yes hopefully modding the bios allows for much higher clocks although there is likely a reason the voltage was locked.
 
I am an AMD owner as well... are these things really necessary when switching GPU brands? I had no idea.

I use DDU. I've had problems going from different driver versions of the same card before. I won't rule out MSI afterburner having something to do with it, but if your installing a new card there is no reason not to use it.
 
1216 -> 1400 = 15%
1733 -> 2000 = 15 %

:)

Sooo, pretty similar? :D

Whats NVFlash?
It's used to flash your graphics card with custom BIOS.

Whoops, didn't mention I have a 980 Ti. Stock boost on those is only 1075 MHz, so 1400 is a 30% OC.

Yes hopefully modding the bios allows for much higher clocks although there is likely a reason the voltage was locked.

I see. Well, hopefully the 1080Ti will be able to pull off something similar. The main reason why there's a lock is most likely to keep unexperienced overclockers from damaging their new, expensive card :)
 
Probably not until 1H 2017.

I honestly wouldn't be surprised if they skip the Ti completely this generation, considering they are unlikely to face any competition from AMD at the high end.

I am predicting this:
Late 2016 or early 2017:
New Titan based on GP102

May 2017:
GTX 1170 - full GP104 (basically an overclocked 1080)
GTX 1180 - cut down GP102
GTX 1180 Ti - full GP102

Basically the same thing they did with 600 -> 700 series. Why even bother trying to outdo 1080 when it's selling for $600-$700 and dominating the high end until well into next year?
 
I see. Well, hopefully the 1080Ti will be able to pull off something similar. The main reason why there's a lock is most likely to keep unexperienced overclockers from damaging their new, expensive card :)

Why would it be any different to the locks on Maxwell though?
 
1070 looks like a monster for its price point.

Thinking of just grabbing one to replace my 780Ti's. Should be way better in most games and i save several hundred watts of electricity usage.
 
Please tell me they fucked up the overclocking in the review.

I expected this card to smash through 2.1ghz, I don't see how they could only increase clock by another 50mhz but pushed the memory up by over 500mhz if I read that correctly.

https://www.youtube.com/watch?v=D0gnm9pA9RM ASUS ROG Livestream, they'll be showing off the Strix and it's just started.

Videocardz on Computer Base review of the Asus Strix 1080 - http://videocardz.com/60631/asus-rog-strix-geforce-gtx-1080-offers-poor-overclocking

Is that right? While I thought it was a decent overclock out of the box, it seems like it doesn't get much higher than 2.0Ghz

Looks to be an issue with the 1080 being stuck at 1.25volts at first glance apparently.

Edit: I'm watching this guy on youtube and he pushed his FE to 2070Mhz~ with the Power priority only to 104% and had no throttling over 1 hour, so something screwed up is going on. We'll have to wait and see other cards and what people can do with them.

Isn't that more than enough for air cooling? Or are these new cards cool enough to handle 1.25V on air?

I remember modding the bios on my Gigabyte G1 980TI to allow for 1.22V, and that was really pushing the temps and noise levels beyond what I was comfortable with.

Is there any reason to cap the voltage there for these cards?

Comparison of custom GeForce GTX 1080 PCBs on videocardz

Between the 10, 11, 12 and 14 phase power boards, the actual implementation is probably of more interest than the number of phases, however for non-LN2 overclocks, I doubt there will be much real world difference in overclockability (pure speculation on my part, based on history).

I assume we will see another wave (or two) of further customized cards, since these are the ones looking to meet time-to-market requirements for close-to-launch availability.

It was the same story with Maxwell. We'll have to flash the card with a custom BIOS in order to get past the voltage lock.

Still, Maxwell does much higher overclocks on stock volts.

Most cards hit 1400 without going past stock volts, on mine I can hit 1400 without touching voltage at all. Equivalent OC on the 1080 would be 2.3 GHz.

Y'all might be interested in my earlier post.

So, after reading this,

http://forum.hwbot.org/showthread.php?t=157414&page=3

Does it really even matter what card I pick up? Seems like none of them overclock past a certain point anyway. Not even as far as the 980ti.

I'm new to all of this but it's seeming to me that it would be ok to pick up whatever card that doesn't throttle like the founders edition and OC it on air as far as it will go? Is water or something like a hybrid really needed for anything other than noise control?

Go easy on me.
 
Feeling kinda weird about the measurements on evgas site. They have the same size listed for all three cards.

'Founders
Superclocked
FTW

Height: 5.94in - 150.88mm
Length: 10.5in - 266.7mm
Width: Dual Slot

I think I am going to go with the FTW edition.

Its really important for my project that I have perfect measurements because I am fabricating a daughter case to house my GPU externally.

Also the slot length is going to be 107mm regardless because thats a standard size, right? The PCB just goes beyond it.
 
Feeling kinda weird about the measurements on evgas site. They have the same size listed for all three cards.

'Founders
Superclocked
FTW



I think I am going to go with the FTW edition.

Its really important for my project that I have perfect measurements because I am fabricating a daughter case to house my GPU externally.

Also the slot length is going to be 107mm regardless because thats a standard size, right? The PCB just goes beyond it.

Try asking on the evga forum. Jacob etc are always there answering technical stuff like that.
 
Y'all might be interested in my earlier post.

It makes me wonder if it is a deliberate hardware design coupled with the locks in firmware/BIOS. If they keep the performance difference between the 1070/1080 more distant, they will inevitably sell more of the expensive card than if the 1070 can be clocked close to it's big brother, as was true of the 970/980.
 
It makes me wonder if it is a deliberate hardware design coupled with the locks in firmware/BIOS. If they keep the performance difference between the 1070/1080 more distant, they will inevitably sell more of the expensive card than if the 1070 can be clocked close to it's big brother, as was true of the 970/980.

There may or may not be some basis in this by virtue of the fact that a 1070 is just a very low bin of a 1080. However, as the 1070 is probably going to sell many more units than a 1080 you're going to get some good 1070 bins, so it may be actually a valid technical concern as well as a commercial one.
 
Cool. Thanks guys.

Looks like the FTW measurements are correct, but the other two are misprinted.
 
It doesn't. I own a Rift.

2 are actually required. 1 for the headset. 1 for the sensor.

Optionally, 1 for the included Xbox controller. And later on, optionally 1 for the Touch controllers if they ever actually release them.

that is why the special VR branded GPU has the USB ports.. because the VR headset's box recommends having them.
 
So based on non-ref comparisons, the 1070 and 1080 clearly do not overclock as well as the 980 Ti, 980 or 970. I think this will hold for AIB cards too.

So if you happen to have a good non-reference 980 Ti, getting a 1070 would be a bit of a downgrade.
 
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