Thursday, May 1st 2014

New GTX TITAN-Z Launch Details Emerge

NVIDIA's GeForce GTX TITAN-Z missed the bus on its earlier 29th April, 2014 launch date, which was confirmed to the press by several retailers, forcing some AIC partners to content with paper-launches of cards bearing their brand. It turns out that the delay is going to be by just a little over a week. The GeForce GTX TITAN-Z is now expected to be available on the 8th of May, 2014. That will be when you'll be able to buy the US $3,000 graphics card off the shelf.

A dual-GPU graphics card based on a pair of 28 nm GK110 GPUs, the GTX TITAN-Z features a total of 5,760 CUDA cores (2,880 per GPU), 480 TMUs (240 per GPU), 96 ROPs (48 per GPU), and a total of 12 GB of GDDR5 memory, spread across two 384-bit wide memory interfaces. Although each of the two GPUs is configured identical to a GTX TITAN Black, it features lower clock speeds. The core is clocked at 705 MHz (889 MHz on the GTX TITAN Black), with GPU Boost frequencies of up to 876 MHz (up to 980 MHz on the GTX TITAN Black); while the memory remains at 7.00 GHz. The card draws power from a pair of 8-pin PCIe power connectors, and its maximum power draw is rated at 375W. It will be interesting to see how it stacks up against the Radeon R9 295X2 by AMD, which costs half as much, at $1,500.
Source: ComputerBase.de
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105 Comments on New GTX TITAN-Z Launch Details Emerge

#101
GhostRyder
pr0n InspectorI don't get this fascination over the AIO system on 295x2. It's dissipating nearly 500W of heat through a single radiator, the temps and noise are piss-poor by "real water" standard. And after going through all the trouble of getting a liquid system the VRM is still left out of the loop and gets very hot.
What do you mean, because all I have heard is that the temps stay in the low 60's and in fact this example says it never exceeded 62C so im not sure why your saying the temps are bad. As far as noise goes, if your considering this loud I do not understand the problem. Most cards seem to run much louder than that in general.

Its not the most graceful thing on the planet for sure, but it gets the job done and to me is the best dual GPU card that has come out yet to date (Reference mind you).

Here is a Thermal Imager that showed the VRM's hitting about 70 under load.
www.guru3d.com/articles_pages/amd_radeon_r9_295x2_review,14.html
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#102
pr0n Inspector
GhostRyderWhat do you mean, because all I have heard is that the temps stay in the low 60's and in fact this example says it never exceeded 62C so im not sure why your saying the temps are bad. As far as noise goes, if your considering this loud I do not understand the problem. Most cards seem to run much louder than that in general.

Its not the most graceful thing on the planet for sure, but it gets the job done and to me is the best dual GPU card that has come out yet to date (Reference mind you).

Here is a Thermal Imager that showed the VRM's hitting about 70 under load.
www.guru3d.com/articles_pages/amd_radeon_r9_295x2_review,14.html
It's only great by air standard because video card coolers have always been limited greatly by space and form factor. It would do so much better with a full cover block or at least put the VRM in the loop and use a fat dual rad. This half-assed el cheapo solution only wows the uninitiated. I know that sounds elitist but that's how it is.
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#103
Xzibit
pr0n InspectorIt's only great by air standard because video card coolers have always been limited greatly by space and form factor. It would do so much better with a full cover block or at least put the VRM in the loop and use a fat dual rad. This half-assed el cheapo solution only wows the uninitiated. I know that sounds elitist but that's how it is.
Refence design has to accomidate most users

EK Water Blocks Unveils its Radeon R9 295X2 Full-Coverage Blocks

I'm sure there will be a block for Titan Z if its ever released.
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#104
GhostRyder
pr0n InspectorIt's only great by air standard because video card coolers have always been limited greatly by space and form factor. It would do so much better with a full cover block or at least put the VRM in the loop and use a fat dual rad. This half-assed el cheapo solution only wows the uninitiated. I know that sounds elitist but that's how it is.
Im really confused because your calling this system "cheap" (Well and some other choice words) but I do not understand what you are referencing to. I would say every other dual GPU card has had a much cheaper cooler than before this so I can't really say this is a worse cooler than all the previous models. On top of that, this is just a hybrid cooler which is getting popularity and work very well for what they do. Plus this keeps the temps well low enough without resulting to extreme speeds and noise while also allowing for plenty of overclocking headroom for a dual GPU card so I fail to see the problem. Using a full cover block is very expensive on its own not including a thick radiator and pump system to go with it.
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#105
pr0n Inspector
GhostRyderIm really confused because your calling this system "cheap" (Well and some other choice words) but I do not understand what you are referencing to. I would say every other dual GPU card has had a much cheaper cooler than before this so I can't really say this is a worse cooler than all the previous models. On top of that, this is just a hybrid cooler which is getting popularity and work very well for what they do. Plus this keeps the temps well low enough without resulting to extreme speeds and noise while also allowing for plenty of overclocking headroom for a dual GPU card so I fail to see the problem. Using a full cover block is very expensive on its own not including a thick radiator and pump system to go with it.
Because I'm looking at it from a watercooling point of view. Asetek pumps are extremely weak, their radiators are made of aluminum, the coolant is full of glycol: none of these are acceptable in the watercooling scene. AMD just slapped two pump/block units on it. Not even a simple VRM block because Asetek don't make them. Dual rads are literally 10 bucks more than a single and with a full cover block(presumably 3rd party ones bought at wholesale pricing) you don't need all the extra heatsinks, only one pump and simpler final assembly, the price increase would be something like 60, 70 dollars, virtually nothing for someone buying a $1500 video card. It's the water equivalent of stock CPU cooler: hot, loud and cheaply made. Think about it, you are using a single 120mm radiator to dissipate 500 watts of heat when even Asetek themselves are selling duals for CPUs, the fan needs to be working overtime to keep it under throttle temperature. Compare that to custom watercooling, 500W would warrant a fat quad rad but the fans would be blowing at something like 1500rpm and have far better temperatures.
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