Does it come over clocked or do you have to do it yourself? lol :/
well, those brands are for already clocked and better power delivery
Does it come over clocked or do you have to do it yourself? lol :/
Why not? Custom 1080s might OC a lot. I have a 980 Ti and i need every last drop of performance for 4K. If the heavily OC'd 1080 beats the OC'd 980 Ti I will seriously consider the upgrade.
Can someone please confirm that these reference cards are not nearly getting as much as they could be, and I should wait for AIB cards with more juice for OC
Can someone please confirm that these reference cards are not nearly getting as much as they could be, and I should wait for AIB cards with more juice for OC
If you are looking to push OC, I would wait. There will be cards that have an additional input for more power. Nvidia built in the area for the port on the board, it is just a matter of time a AIB partner makes a card that will be 8+6 pin or 8+8 pin that will deliver a lot more voltage for pushing the clocks.
If OC is your thing, you will want to replace the blower or wait.
Also, if you game in the same room as your PC is placed, never go for blower.
Unless you like your PC sounding like a vacuum cleaner mating with a taking off airplane.
Okay, this is EXACTLY what I wanted to hear
gamersnexus put a 1080 on watercooling and weren't able to squeeze any extra performance out of it, I'm assuming because the card could only take so much power
https://www.youtube.com/watch?v=w-3fi1ovAP0
Comparing die sizes divorced from the maturity of their respective manufacturing processes doesn't make all that much sense. A smaller die on a cutting edge process might be as expensive as or even more expensive than a larger die on a mature process.
One thing you have to remember, when AIB partners make boards that can deliver more power, the cooling method will need to be really good to keep the card from throttling at 82c. Also, when they add more power, they will add better voltage regulators that can take the added power. How much voltage the chip can take is unknown, but there has be a reason Nvidia designed the board with the ability to add another 8pin power port.
It definitely needs more voltage to see how far this chip can go, but until someone makes a board or someone mods an existing board to be able to deliver more power we wont know for sure. I think with more power, we should be able to hit 2500ghz or more with proper cooling.
I swear I read Nvidia saying die shrinkage has reached diminished returns and going smaller may end up costing more now. Or at least not really save anything anymore.
14/16nm FF seems to be the reverse, clocking pretty well.Yes, it's also been said that as fabrication nodes shrink, the ability to overclock shrinks.
What kind of fps returns would you expect to see at 2500ghz? It'd definitely be worth the price at that point, i'd imagine.
Yes, it's also been said that as fabrication nodes shrink, the ability to overclock shrinks.
Okay, this is EXACTLY what I wanted to hear
gamersnexus put a 1080 on watercooling and weren't able to squeeze any extra performance out of it, I'm assuming because the card could only take so much power
https://www.youtube.com/watch?v=w-3fi1ovAP0
Delicious. Wonder what all the differences are. Hybrid = AIO + Air cooling, Hydro Copper = Ready for custom loops?, SC = slight OC? But the rest...Someone on another forum found this
evga.com/precisionxoc
Cards confirmed:
Super clocked
FTW
Classified
Hybrid
Hydro Copper
That's a bit misleading as with time the costs do go down and the price per transistor is eventually lower on newer processes. It may cost more during the start though hence why we've seen smaller chips in high end at the beginning of 28nm and are seeing them again now, at the beginning of 16nm.I swear I read Nvidia saying die shrinkage has reached diminished returns and going smaller may end up costing more now. Or at least not really save anything anymore.
That's because of FinFETs locking down on leakage, one time thing basically, won't happen again on 10nm. And we don't really know how 14nm is doing here yet.14/16nm FF seems to be the reverse, clocking pretty well.
Yes, it's also been said that as fabrication nodes shrink, the ability to overclock shrinks.
What's the best bang for the buck regarding 1080p gaming?
People who want the early adopter bragging rights or don't care for better cooling and OC I guess.I keep reading from everyone that they are all going to sell out fast, yet everyone is also saying that the founders edition is a rip off. So who here is actually going to buy a founders edition?
I keep reading from everyone that they are all going to sell out fast, yet everyone is also saying that the founders edition is a rip off. So who here is actually going to buy a founders edition?
I have no idea...lol. We need more OC on the current card to try to figure out what kind of gains can be had if it can achieve 2500ghz.
Agreed. The clocks are crazy high on 16 nm FF. Try running a Maxwell GPU at 2.1 Ghz. The room to overclock depends entirely on what Nvidia sets the base/boost clock at for a certain card and what the actual limit will be. We will found out next month with the partner cards. Kinda excited to see how far Pascal can be pushed.14/16nm FF seems to be the reverse, clocking pretty well.
I'm very much interested in the 1080 but I have absolutely no interest in OC,I just want a nice looking (I do love the reference cooler actually) card with high performance (planning to game on 1440P)and generally quiet and efficient use. Can I go for the founders edition or should I wait. I do need a graphics card very very soon.
Thanks a lot GAF!
Delicious. Wonder what all the differences are. Hybrid = AIO + Air cooling, Hydro Copper = Ready for custom loops?, SC = slight OC? But the rest...
I hope they go up for pre order once the timer ends.
Also I'm confused why people would have absolutely no interest in OC. It isn't complicated anymore, it is literally sliding a couple of sliders in MSI afterburner while checking things stay stable, then you can leave it alone. Seems a no-brainer to get an extra 10%+ out of your expensive GPU.
Don't think if it as overclocking - think of it as the manufacturer underclocking the card to be conservative and you're just putting it back where it wants to be![]()
I've never done it because I'm too scared to touch the power slider.. I used the auto OC thing on the motherboard for the CPU as well because I've got no idea what I'm doing with voltages
Agreed. The clocks are crazy high on 16 nm FF. Try running a Maxwell GPU at 2.1 Ghz. The room to overclock depends entirely on what Nvidia sets the base/boost clock at for a certain card and what the actual limit will be. We will found out next month with the partner cards. Kinda excited to see how far Pascal can be pushed.
I have 2 reference 980's in SLI and previously used a 680 with blower. I've never found this to be the case in any way. I don't even notice when they spin up from idle. I would guess if you used custom fan profiles for overclocking maybe?
It's a pretty small chip with less transistors and still beats a flagship card released not even a year ago handily. If you expected it to be two times better than a 980 Ti you simply have unreasonable expectations. Performance wise it's absolutely a great card, price wise I personally think it's too much for a small chip.The clocks seem to be high, but the fps increase isnt.
MSI has a 3 year warranty, granted I only had to use it once for a card no longer in production. Got my money back basicly.Who usually has the best warranty/RMA service besides EVGA? Was thinking of going for them initially but all this talk about inferior coolers puts me off.
It's a pretty small chip with less transistors and still beats a flagship card released not even a year ago handily. If you expected it to be two times better than a 980 Ti you simply have unreasonable expectations. Performance wise it's absolutely a great card, price wise I personally think it's too much for a small chip.
MSI has a 3 year warranty, granted I only had to use it once for a card no longer in production. Got my money back basicly.
Yeah, I pulled some data from EVGAs website and wrapped up this tiny excel sheet. Unfortunately the pricing history of the 980 Ti models is super whack and I couldn't find any official USD or EUR list prices so...If the past is anything to go by:
SuperClocked is clocked higher over vanilla (up to 100Mhz or so).
Hybrid is an AIO cooler clocked slightly higher over SC
Hydro Copper (same as above but with waterblock for custom loop)
FTW clocked higher again
Classified, same clock as FTW but with the ability to feed it more power for even more overclocking
Comparing die sizes divorced from the maturity of their respective manufacturing processes doesn't make all that much sense. A smaller die on a cutting edge process might be as expensive as or even more expensive than a larger die on a mature process.
Fact. Non reference coolers aren't great.
![]()
This is with a evga 970 cooler at load.
It's a one time thing in that it's a one time thing for finfet.That's because of FinFETs locking down on leakage, one time thing basically, won't happen again on 10nm. And we don't really know how 14nm is doing here yet.
Also I'm confused why people would have absolutely no interest in OC. It isn't complicated anymore, it is literally sliding a couple of sliders in MSI afterburner while checking things stay stable, then you can leave it alone. Seems a no-brainer to get an extra 10%+ out of your expensive GPU.
Instead, this time around, we get a GPU that barely maintains its default boost clocks and is only capable of overclocking once the fans are cranked up to near 100% (which according to HardOCP is unbearably loud). So what exactly does this mean for the 1080's at MSRP? An even shittier cooler? Lower base/boost clocks?
I don't know why people are expecting the aftermarket boards with better coolers/components to be cheaper than the Founder Edition, but I'd love to be wrong.
I think the biggest takeaway here is the fact that paying $100 over MSRP used to mean getting hardware on the level of EVGA Classified or MSI Lightning: custom PCB, cooler capable of dissipating 400W+ of heat and robust power delivery.
Instead, this time around, we get a GPU that barely maintains its default boost clocks and is only capable of overclocking once the fans are cranked up to near 100% (which according to HardOCP is unbearably loud). So what exactly does this mean for the 1080's at MSRP? An even shittier cooler? Lower base/boost clocks?
I don't know why people are expecting the aftermarket boards with better coolers/components to be cheaper than the Founder Edition, but I'd love to be wrong.
That's the 'genius' of the founders edition marketing I guess?
Convincing people that good cooling somehow costs 100 dollars.
While in the past the good aftermarket aircoolers have never cost more than 20-25 dollars extra over the crappiest zotac potato cooler you could get.
This is what nvidia has now convinced people ITT of:
-that cooling a 180w gpu is hard (lol)
-that a cooler adds a shitload of cost to the BoM of a gpu (yeah let's forget that you can buy an enormous cpu cooler with 3x more material and 3x more fin area for 25 dollars, gpu heatsinks are made of unicorn poop and cost way more somehow)
Which then makes people conclude that a 1080 can only cost 700 dollars with a decent aftermarket cooler
I've never spent more than 400 on a GPU in my entire live, but unlike you seem to I don't begrudge those who do.You can rationalize paying 800 euros for the same card that would have cost 300 euros back in 2011, but I don't have to.
I'd be exceedingly happy if AMD actually managed to compete on their own terms rather than requiring the charity of people concerned about what other companies are doing.So every one that trashed AMD all this must time be really happy with the results
I've never spent more than 400€ on a GPU in my entire live, but unlike you seem to I don't begrudge those who do.
I'd be exceedingly happy if AMD actually managed to compete on their own terms rather than requiring the charity of people concerned about what other companies are doing.