Wednesday, March 25th 2015
EVGA Announces the GeForce GTX 980 HYBRID
Introducing the EVGA GeForce GTX 980 HYBRID, an "all in one" water cooling solution that significantly lowers the GPU operating temperature. Best of all? The water cooler is completely self-contained, with an included 120mm radiator and fan. No filling, no custom tubing, no maintenance. Just plug in and play! The EVGA GeForce GTX 980 HYBRID is available as a complete unit, or upgrade kit.
Of course, the EVGA GeForce GTX 980 HYBRID is also powered by the next-generation NVIDIA Maxwell architecture, giving you incredible performance, unmatched power efficiency, and cutting-edge features. Maxwell is the most advanced GPU architecture ever made, designed to be the engine of next-generation gaming. Inspired by light, it was designed to solve some of the most complex lighting and graphics challenges in visual computing.Features:
Of course, the EVGA GeForce GTX 980 HYBRID is also powered by the next-generation NVIDIA Maxwell architecture, giving you incredible performance, unmatched power efficiency, and cutting-edge features. Maxwell is the most advanced GPU architecture ever made, designed to be the engine of next-generation gaming. Inspired by light, it was designed to solve some of the most complex lighting and graphics challenges in visual computing.Features:
- Built on Maxwell - the EVGA GeForce GTX 980 HYBRID features the most advanced GPU architecture ever made, designed to be the engine of next-generation gaming.
- Hydro Performance without the Hassle - All in one cooling solution that is completely self-contained. No filling, no custom tubing, no maintenance. Just plug and play.
- Sleek Looks - Intelligent wiring system and sleeved tubing make this one sleek cooler without the messy wires.
- Copper Base - Provide maximum heat transfer.
- Virtually Silent Operation - Variable controlled fans allow dynamic fan speed based on GPU temperature, and water cooling efficiency means very low noise fans.
- Built in Radiator and Fan - Built in 120mm radiator and fan helps dissipate the heat, keeping the GPU as cool as possible. Fan can also be swapped or customized.
- Cooling for VRM and Memory - VRM and Memory cooling solution separated from GPU, allowing for lowest GPU temperatures, and efficient VRM and Memory cooling.
52 Comments on EVGA Announces the GeForce GTX 980 HYBRID
The Titan cards are halo products and completely irrelevant to the average consumer, sort of like the Bugatti Veyron is to the Volkswagon Group. Within VW, Porsche and Lamborghini represent the "high-end", Audi as the mid-range, and VW at the bottom. No one would say that Lamborghini isn't high-end, just because it's not the most powerful car in the VW Groups portfolio.
Surely a large proportion of which would
Think this a bit tame compared to home grown wc Or not enough at all and throw a pot on
I don't get it, I just don't get it.
I do see it as a bit overkill, would be nicer if the card was somehow a modified variant with higher limits to justify it.
Also, I thought maybe that since AMD has used this type of cooler on a few models, maybe this fills that similar gap for Nvidia. The catch is Nvidia don't need it; AMD cards did need it.
Whatevs, doesn't change anything for me :laugh:
There are two ways to see this discussion about where GPU's are classified. One view is that performance is the only thing that matters. The other view is that the specs and traditional product slots matter.
Nvidia, with the Kepler family, brought out the (ahem) mid-range part first at the price of the previous generation high end, instead at the price of the previous generation's midrange. (the GTX 580 came out at $500, the GTX 680 came out at $499, GTX 560 Ti was $250) It was a method used to bump the price up on the high end parts. BTW, historically, the mid-range part beats the previous gen high end. 460>285 etc. I'm not even going to get into the problem with the lack of competition coming from the red camp.
Some time ago, I heard that the GPU vendors actually make their money from the low end cards, the sub $100 cards. Now, thanks to better integrated graphics, that market has been eroded. The GTX 750 Ti actually occupies the same product slot as the 8400GS, but they're selling them for $150. The manufacturers had to move the price up on the high end GPU's. I'd love to know the rate of returns for these GPU's. (we recently had someone who said that they RMA'd a GTX 970 because of problems that are Far Cry's fault)
GTX 560 Ti $250(2011) - GTX 680/770 $400(2013) - GTX 980 $550(2014). Now that's inflation.:mad:
The fact that they could bring their mid-level maxwell chip to market on their highest-priced card says volumes about their lack of competition. By releasing a card at the $500 price point, they are making a statement about what they can do without even bringing their big gun to the consumer market. Nvidia play their cards close to their chest. You will undoubtedly see their top Maxwell chip in a new high-end card once AMD reveals what they have. Nvidia is waiting for the chance to match and raise AMD's bet.
If it were me, and I could beat the competition's fastest high-end car with a Dodge Challenger I would do it too. The Challenger might be expensive, fast and have alot of horsepower, but that doesn't make it a high end car.
Now, I know 28nm has gotten cheaper. I know 980 is overpriced for what it is, and that (by necessity) Hawaii chips of a similar size/cost have been priced at mid-range level, but I agree with the mindset that a fullly-enabled 400mm die with 4GB 7ghz chips that can clock to 1500+mhz and use 300w isn't exactly 'mid-range' at this juncture. I think 'performance to upper-performance' is a fair distinction, but it truly is personal and relative semantics. Just because a 600mm chip exists, of which they may release something that uses a realstic 'high-end' slice of it, doesn't mean that's always something to expect in a card family (even though I think you make a fair arguement something had to be done once entry-level was conceded to cpu IGPs). Also, that likely still equates to something I consider ridiculously priced for a graphics' card...to the point 'enthusiast' really becomes a fair term.
People forget GK204 was under 300mm2, 2GB, and for a long time relegated to (and clearly designed towards) 225w; That, I think, was fair to call a midrange chip. 970 has 3 SMs (etc, not to beleaguer the point) disabled, which when you start getting into die area after that, I could start to see as a performance/midrange sku (like G92 etc). 980, in my opinion, crosses a weird threshold that puts it slightly above the midrange marker that AMD deftly straddles with the pricing/performance of 290X...and that probably was exactly the point. GM204 straddles the mid-range/performance (mainstream/enthusiast) line between skus so the upper-end can claim distinction as a higher class (and therefore great margin). It doesn't excuse it's pricing relatively, but that also likely won't last forever...It's purely dictated by competition.
I think a very interesting question will be the pricing/perfomance of 390 (non-x). The die size usage (after subtracting 8 CUs) may not be much higher than Hawaii, but with the cost benefit of being able to use harvested chips. The fact that it will be 980's competition (even if probably slightly faster) goes further to prove my point of the class/placement of the higher-end gm204 chip, as does the fact there will probably only be one 'consumer-class' GM200 sku.
It happens to us all though, friend. When there is actually a realistic 4k60 solution is I'm going to be depressed until it's actually 'relatively' affordable. Heck, I'm depressed waiting until a dependable 4k30 solution (with all eye-candy) is relatively affordable.
It is partially why I find the semantics of performance tiers kind of funny...Currently nothing, probably not even SLI Titan-x, could do what I want dependably. I could see why people would get defensive over the massive money they shell out for some of this stuff, though.
Hopefully 14/16nm will be kind to us all regardless of our relative affordability/worth it scales...be it 1080p, 1440p, UHD, or multi-monitor. With die sizes relatively shrinking by half, but (core, obviously HBM will be nice and may offset the price/performance discretion) performance likely only increasing a 1/3 (which if you look at current products I think that's the obvious trajectory) or so...one would hope so.
As I've kind of mentioned before, the thought of a super cheap/small 14nm 270x replacement with 1x2GB HBM chip (128gbps should be enough for something like a 270x-like product, and we already know the chips can do at least 160gbps) I find incredibly appealing. So it'd probably only be able to guarantee 1080p/30 (or maybe 1080p60 overclocked) most of the time...Does that make it 'low-end'? Not if that's all you need! For many people, for example people using up to a 60'' 1080p tv from >8ft, it would be totally fine most of the time! I don't look down at people on that end of the spectrum at all...it's still essentially a PS4 more-or-less. If anything, they, and probably yourself, have more common sense than most of us. :laugh:
they will keep selling the mid ranged cards for high end money as long as people keep thinking they are high end cards....
I have no idea why we need to chew one and the same thing multiple times.
GTX 980 mid range card! PERIOD!
High-end cards from AMD are the R9 295X2 and the upcoming R9 390X, and from nvidia - their Titan X and Titan Z.
and thank you very much
Lets say a custom card based on the gm200 would appear with 250Mhz base clock and 1.5GB of ddr3 memory... would that be a top range card then?
also, this card looks good.
But you obviously don't care about the true high-end card and because of your low standard you only see that.
NVIDIA preparing GeForce GTX 980 Ti with 6GB VRAM, faster than Titan X
As an aside, or more on topic, thats about like I have suspected all along.