NVIDIA GeForce GTX 690 Review: Ultra Expensive, Ultra Rare, Ultra Fast
by Ryan Smith on May 3, 2012 9:00 AM ESTFinal Words
Traditionally dual-GPU cards have been a mixed bag. More often than not they have to sacrifice a significant amount of single-GPU performance in order to put two GPUs on a single card, and in the rare occasions where that tradeoff doesn’t happen there’s some other tradeoff such as a loud cooler or immense power consumption. NVIDIA told us that they could break this tradition and put two full GTX 680s on a single card, and that they could do that while making it quieter and less power consuming than a dual video card SLI setup. After going through our benchmarking process we can safely say that NVIDIA has met their goals.
From a gaming performance perspective we haven’t seen a dual-GPU card reach the performance of a pair of high-end cards in SLI/CF since the Radeon HD 4870X2 in 2008, so it’s quite refreshing to see someone get so close again 4 years later. The GTX 690 doesn’t quite reach the performance of the GTX 680 SLI, but it’s very, very close. Based on our benchmarks we’re looking at 95% of the performance of the GTX 680 SLI at 5760x1200 and 96% of the performance at 2560x1600. These are measurable differences, but only just. For all practical purposes the GTX 690 is a single card GTX 680 SLI – a single card GTX 680 SLI that consumes noticeably less power under load and is at least marginally quieter too.
With that said, this would typically be the part of the review where we would inject a well-placed recap of the potential downsides of multi-GPU technology; but in this case there’s really no need. Unlike the GTX 590 and unlike the GTX 295 NVIDIA is not making a performance tradeoff here compared to their single-GPU flagship card. When SLI works the GTX 690 is the fastest card out there, and when SLI doesn’t work the GTX 690 is still the fastest card out there. For the first time in a long time using a dual-GPU card doesn’t mean sacrificing single-GPU performance, and that’s a game changer.
At this point in time NVIDIA offers two different but compelling solutions for ultra-enthusiast performance; the GTX 690 and GTX 680 SLI, and they complement each other well. For most situations the GTX 690 is going to be the way to go thanks to its lower power consumption and lower noise levels, but for cases that need fully exhausting video cards the GTX 680 SLI can offer the same gaming performance at the same price. Unfortunately we’re going to have to put AMD out of the running here; as we’ve seen in games like Crysis and Metro the 7970 in Crossfire has a great deal of potential, but as it stands Crossfire is simply too broken overall to recommend.
The only real question I suppose is simply this: is the GTX 690 worthy of its $999 price tag? I don’t believe there’s any argument to be had with respect to whether the GTX 690 is worth getting over the GTX 680 SLI, as we’ve clearly answered that above. As a $999 card it doesn’t double the performance of the $499 GTX 680, but SLI has never offered quite that much of a performance boost. However at the same time SLI has almost always been good enough to justify the cost of another GPU if you must have performance better than what the fastest single GPU can provide, and this is one of those times.
Is $999 expensive? Absolutely. Is it worth it? If you’re gaming at 2560x1600 or 5760x1200, the GTX 690 is at least worth the consideration. You can certainly get by on less, but if you want 60fps or better and you want it with the same kind of ultra high quality single GPU cards can already deliver at 1920x1080, then you can’t do any better than the GTX 690.
Wrapping things up, there is one question left I feel like we still don’t have a good answer to: how much RAM a $999 card should have. NVIDIA went with a true equal for the GTX 680 SLI, right down to the 2GB of VRAM per GPU. Looking back at what happened to the Radeon HD 5970 and its 1GB of VRAM per GPU – we can’t even run our 5760x1200 benchmarks on it, let alone a couple of 2560x1600 benchmarks – I’m left uneasy. None of our benchmarks today seem to require more than 2GB of VRAM, but that much VRAM has been common in high-end cards since late 2010; the day will come when 2GB isn’t enough, and I'm left to wonder when. A GTX 690 with 4GB of VRAM per GPU would be practically future-proof, but with 2GB of VRAM NVIDIA is going to be cutting it close.
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JPForums - Thursday, May 3, 2012 - link
Not mine. I'm running a 1920x1200 IPS.
1920x1200 is more common in the higher end monitor market.
A quick glance at newegg shows 16 1920x1200 models with at 24" alone. (starting at $230)
Besides, I can't imagine many buy a $1000 dollar video card and pair it with a single $200 display.
It makes more sense to me to check 1920x1200 performance than 1920x1080 for several reasons:
1) 1920x1200 splits the difference between 16x10 and 25x14 or 25x16 better than 1920x1080.
1680x1050 = ~1.7MP
1920x1080=~2MP
1920x1200=~2.3MP
2560*1440=~3.7MP
2560x1600=~4MP
2) People willing to spend $1000 for a video card are generally in a better position to get a nicer monitor. 1920x1200 monitors are more common at higher prices.
3) They already have three of them around to run 5760x1200. Why go get another monitor?
Opinionated Side Points:
Movies transitioned to resolutions much wider than 1080P long ago. A little extra black space really makes no difference.
1920x1200 is a perfectly valid resolution. If Nvidia is having trouble with it, I want to know. When particular resolutions don't scale properly, it is probable that there is either a bug or shenanigans are at work in the more common resolutions.
I prefer using 1920x1200 as a starting point for moving to triple screen setups. I already thing 1920x1080 looks squashed, so 5760x1080 looks downright flattened. Also 3240x1920 just doesn't look very surround to me (3600x1920 seems borderline surround).
CeriseCogburn - Saturday, May 5, 2012 - link
There are only 18 models available in all of newegg with 1920x1200 resolution - only 6 of those are under $400, they are all over $300.+
There are 242 models available in 1920x1080, with nearly 150 models under $300.
You people are literally a bad joke when it comes to even a tiny shred of honesty.
Lerianis - Sunday, May 6, 2012 - link
I don't know about the 'sadly' there in all honesty. I personally like 1920*1080 better than *1200, because nearly everything is done in the former resolution.Stuka87 - Thursday, May 3, 2012 - link
Who buys a GTX690 to play on a 1080P display? Even a 680 is overkill for 1080. You can save a lot of money with a 7870 and still run everything out there.vladanandtechy - Thursday, May 3, 2012 - link
Stuka i agree with you.....but when you buy such a card....you think in the future....5 maybe 6 years....and i can't gurantee that we will do gaming in 1080p then:)....retrospooty - Thursday, May 3, 2012 - link
"Stuka i agree with you.....but when you buy such a card....you think in the future....5 maybe 6 years....and i can't gurantee that we will do gaming in 1080p then:)...."I have to totally disagree with that. Anyone that pays $500+ for a video card is a certain "type" of buyer. That type of buyer will NEVER wait 5-6 years for an upgrade. That guy is getting the latest and greatest of every other generation, if not every generation of cards.
vladanandtechy - Thursday, May 3, 2012 - link
You shouldn't "totally disagree".......meet me...."the exception"....i am the type of buyer who is looking for the "long run"....but i must confess....if i could....i would be the type of buyer you describe....cyaorionismud - Thursday, May 3, 2012 - link
retrospooty and I mean you no disrespect, but if you're spending $500 and buying for the "long run," you're doing it wrong.If you had spent $250, you could have 80% of the performance for 2.5 years, then spend another $250 and have 200% of the performance for the remaining 2.5 years.
von Krupp - Thursday, May 3, 2012 - link
Don't say that.I bought two (2) HD 7970s on the premise that I'm not going to upgrade them for a good long while. At least four years, probably closer to six. I ran from 2005 to 2012 with a GeForce 7800GT just fine and my single core AMD CPU was actually the larger reason why I needed to move on.
Now granted, I also purchased a snazzy U2711 just so the power of these cards wouldn't go to waste (though I'm quite CPU-bound by this i7-3820), but I don't consider dropping AA in future titles to maintain performance to be that big of a loss; I already only run with 8x AF because , frankly, I'm too busy killing things to notice otherwise. I intend to drive this rig for the same mileage. It costs less for me to buy the best of the best at the time of purchase for $1000 and play it into the ground than it is to keep buying $350 cards to barely keep up every two years, all over a seven year duration. Since I now have this fancy 2560x1440 resolution and want to use it, the $250-$300 offerings don't cut it. And the, don't forget to adjust for inflation year over year.
So yes, I'm going to be waiting between 4 and 6 years to upgrade. Under certain conditions, buying the really expensive stuff is as much of an economical move as it is a power grab. Not all of us who build $3000 computers do it on a regular basis.
P.S. Thank you consoles for extending PC hardware life cycles. Makes it easier to make purchases.
Makaveli - Thursday, May 3, 2012 - link
lol agree let put a $500 videocard with a $200 TN panel at 1920x1080 umm ya no!