Then get an aftermarket card and overclock it to 1.45ghz. It will still be quiet and I haven't seen a single user report having issues (with properly working cards) getting over 1400mhz. Not everyone lives where it feels like winter 8 months out of the year. Most people in civilized society live in much warmer environments than you do.
So you think it's cold/winter 4 months out of the year in Toronto, Canada? That's like saying Seattle, Chicago or New York is in winter for 8 months of the year. I don't live in the North Pole. My point is 250W of power for a flagship card is not a lot. We had that level of power for years with 480/580/780/780Ti/7970GE. All of a sudden flagship cards should only use 170-180W because....980 is like that? You know the answer -- flagship cards don't use 170-180W because 980 is a mid-range Maxwell and the 250W flagship will come later, and once it does, it will be awesome
And water cooling isn't the answer to everything because it adds more costs, more size, and still dumps heat into the room when ambient temps may already be 80F (26.5-27C)
Not exactly. 295X2 doesn't cost much more than buying 2 stand-alone 290Xs with waterblocks. You realize that a single 120mm rad like H50/55/60 will blow the doors off any air cooled solution for not much more $? Why wouldn't I want that? This way I can go SLI/CF and have both GPUs exhaust all heat out of my case. Unless your PC is in a very small room, the difference in temperatures won't be material between having a 180W vs 250W GPU, considering a lot of us run overclocked i5 / i7 CPUs already. Extra 70W of power on a 300-350W rig is not much. It's not as if 70-100W less used by 980 is going to change your comfort level in the room when you upgrade from an overclocked 780.
On the issue of space, I don't see how it's a factor since if anything you could make a GM200 dual-GPU card with water-cooling. Otherwise, you'll have to settle for much slower GM204 dual GPU card in a small chassis. A water-cooled GM200 dual-GPU card similar to 295X2 would sell like hot cakes.
I don't want to see the TDP boundaries pushed any further than they already are, I don't want to see a more expensive cooling solution become standard (the same goes with Titan-style coolers.... I don't care about aluminum shroud.... bigger fan? Yes. Extra bling? No thanks), and I don't want to see computer components grow larger in size.
What difference does it make if you are already willing to buy a $550 mid-range product with a cheaper cooling solution vs. waiting for a flagship GPU with more expensive cooling solution for barely more $? It's not as if cards like 980 cost $399. We are talking about a $550 card. There is no reason a water-cooled 120mm rad 980 can't cost $580-600 when NV's AIBs easily charge that for after-market 980.
Secondly, if TDP grows to 300W with water-cooling as standard, no one will force you to buy those cards. There will be 170-180W cards with lower performance for users such as yourself. Why should the high-end flagship GPU market suffer because 170-180W should become the new standard? That's the point of mid-range cards - mid-range power usage. But since 4K monitors are dropping in price very quickly, and GPU makers aren't able to move to lower nodes as quickly at cost effective wafer prices, they need to start using as much TDP headroom as possible or we'll start facing stagnation. One way to continue the performance curve is raising TDP to 300W and/or going water-cooling standard.
There is no need for computers to grow in size either. You can get a Micro-ATX case such as
Lian-Li V359 that fits
2x 120mm rads for dual flagship GPUs and enough room for a Swiftech H220-X 2x120mm rad for the CPU! Try doing that with 2 after-market 980s and it's going to be a far worse solution. If anything, water-cooling will allow even more people to move to Micro-ATX. Right now with air cooled GPUs, it's very hard to do with SLI/CF. With a bit more engineering, Lian Li could build a case barely larger that would fit dual 295X2 and a 280mm radiator for the CPU. That would mean dual-GM200 in a small case with 5960X overclocked to 4.5Ghz in a Micro-ATX chassis. Try doing that with Quad-SLI reference 980s....
I wasn't exactly blown away by GM204's performance, either. I wish Nvidia would have targeted a slightly higher TDP, too. But it's plain as day that GM200 is coming, they left room for GM200 to comfortably outperform GM204, and it's how they keep their business thriving.
Right but if a card is flagship, to me having water-cooling is a premium feature, not a negative as you make it sound. If GM200 ships with a radiator, that's way better for high-end enthusiasts who overclock. Why am I paying $600+ for a card that is gimped with a reference or OK after-market cooler when AMD has shown that water-cooling is far superior with the 295X2? I want NV and AMD to use water-cooling for flagship cards at least as an option because it instantly solves temperature and noise levels.
While EVERYTHING electronic is getting more efficient, smaller, and quieter, the hardcore PC gaming crowd wants to stick with 2001's massive full-sized cases with half a dozen fans and needless 850+ watt PSU's.
People buy 800+ Watt PSU because PSU prices have come down so much that the price difference between a 600W and an 850W is too small. If you later decide to go 6-core CPU or SLI/CF, it'll cost more to get a new PSU than to spend $20 extra upfront to get the 800W. LEPA 800W Gold is only
$100 and Rosewill 750W Gold is
$80. That's
cheap. If one is buying $550 GPUs, $100 Gold rated 800W power supply is a non-issue.
People on forums see half-sized video cards and think it's a worthless POS because it isn't 9+ inches long (that's what she said). I just don't get the mentality.
What small card do you know that can perform and overclock as well as a 970/980 Gigabyte G1 gaming or Zotac AMP! Extreme 970/980? Small sized videocards = compromised components and worse overclocking, worse cooler which means higher temperatures and often noise levels.
The 295x2 worked great with water cooling, but it clearly NEEDED water cooling. I don't want that precedent set where a product exists but REQUIRES water cooling to work in a consumer box. If it requires water cooling, then it's 1000x more the POS that a half-sized card is.
But hold on, we are talking about the high-end $550+ GPU card segment. What would you prefer a pretty looking air cooled heatsink that throttles the GPU to 700mhz like Titan Z or runs hot and loud like HD6990?
Look at companies such as Cooler Master, Thermaltake, Asetek, Corsair - they have seen a rise in popularity of AIO LC for CPUs and old popular firms such as Noctua or Thermalright are nowhere near as popular as 5-10 years ago. Why were PC gamers so excited about AIO LC for CPUs but are opposed to AIO LC for GPUs -- it's ironic because most AIO LC for CPUs lose to flagship air cooled CPU coolers but AIO LC on a GPU
destroys air cooling. It should be the opposite - liquid cooling helps the most on GPUs, not CPUs and because GPUs use a lot more power, and liquid cooling is a lot more beneficial at dissipating large amounts of heat when air cooling is maxed out!
And as I showed you with Lian Li V359, going LC with GPUs will actually encourage more gamers to consider small PC chassis because right now you would prefer a mid-size to larger case if you want to SLI/CF for after-market air cooled cards. Again, having 250-300W flagship water-cooled GPUs won't suddenly end the market of 170-180W mid-range cards. But if GPU makers limit TDP to only 180W for flagship, that's a huge step back in performance and it will take even longer for GPU performance to evolve.
I think the opposite of you -> water-cooling to me solves temperature and noise level issues and at the same time allows me to go SLI/CF or even 2x Dual-GPU cards like dual 295X2 in a Micro-ATX chassis and accommodate an overclocked 6-core X99 CPU - something you can only dream of right now with air cooled components. That's why I am amazed it took until 295X2 for anyone to include water-cooling as standard.