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The last time we heard about the GeForce GTX 880, we heard it would have 4GB of RAM - well, how does 8GB of RAM sound on NVIDIA's next generation flagship GPU? Beautiful, just as I thought.
Well, an engineering sample (ES) card has been intercepted on its way from NVIDIA's development center in India, on its way to China. The shipping manifest was found by Chinese press, with "GM204" and "8 GB GDDR5" plastered all over it. We know that GM204 is the successor to the GK104, which should pack 3200 CUDA cores, a 256-bit memory bus and a massive 8GB of RAM.
If NVIDIA is about to launch the GTX 880 with 8GB of RAM over a 256-bit bus, it must be using some very high density memory chips. Better yet, the price should be under $800. I would've liked to have seen a 512-bit bus with 8GB of RAM, but I would just be greedy there, wouldn't I?
When NVIDIA first announced its GeForce GTX Titan Z, a $3,000 dual GPU monster, the entire tech world was amazed not only the massive price tag, but the mountain of RAM NVIDIA managed to pack into the setup. Today ASUS announced the launch of its version of the Titan Z, which features 12GB of GDDR5 RAM, and NVIDIA's GPU Boost 2.0 technology.
The Titan Z features a 5760 Cuda Cores, 12GB of GDDR5 RAM, and a GPU Base Clock of 705MHz, with boost speeds reaching 876MHz. The RAM is clocked at 7GHz across a 768-bit memory interface. With its dual cores, and massive RAM, the Titan Z is capable of running multiple monitors at 4K resolution. ASUS says that its Titan Z is available today, but did not mention pricing.
According to a report, NVIDIA has launched its plans to launch its flagship GPU GeForce GTX Titan-Z GPU that was expected to go on sale today. It was pointed out that the chipmaker is making last minute design changes for the GPU cooler.
There's also another report which indicates that it cannot be put against AMD Radeon R9 295X2. It was pointed out that the reported clock speeds would not make the NVIDIA's flagship compete with Radeon R9 295X2.
According to few retail websites that leaked the information, the flagship card with 2x GK110 GPUs has the base clock of 695MHz with Boost Clock of up to 730MHz with 7000MHz memory clock, 2x 6GB memory, 2x 384-bit memory bus which will take power via 8+8 PCIe pin and priced for a jaw dropping $3,000.
SAPPHIRE has just announced it has released the new SAPPHIRE R9 290X Vapor-X OC GPU, which is an overclocked version of the already-fast Radeon R9 290X. We have GPU clocks at 1080MHz, while the 4GB of GDDR5 coasts along at 1410MHz.
But the star of the show here is definitely SAPPHIRE's impressive Vapor-X cooling system, which sports vapor chamber technology, which is mounted between the GPU itself, and the base of the heat sink and cooler - this way, it draws as much heat as possible away from the GPU, and onto the cooler. SAPPHIRE has used a new Vapor-X cooler, which leverages its amazing Tri-X structure.
The Tri-X structure features five heat pipes, and three very efficient fans. This should keep the new SAPPHIRE R9 290X Vapor-X OC GPU cool, even when overclocked past its already overclocked speeds. There's also the Digital Power control on the new Vapor-X OC card, as well as a new Aero10 VRM section which pumps 10-phase power with high-power Direct-FET technology into the GPU, memory and circuitry.
SAPPHIRE has done something very unique with its new R9 290X Vapor-X OC GPU, with a visual indicator on the card itself. The SAPPHIRE logo on the side of the card has a LED inside, which will change color based on the current temperature of the GPU - from blue when it's running cool, to yellow when it's on a little bit of load, right through to red when it's running hot.
SAPPHIRE has just announced is has begun shipping two of the most powerful GPUs it has made, ever - the SAPPHIRE R9 295X2 and SAPPHIRE R9 295X2 OC. The new SAPPHIRE R9 295X2 OC is a Limited Edition GPU, coming with some factory overclocking that makes the already fast GPU, even quicker.
The SAPPHIRE R9 295X2 OC Limited Edition GPU has clock speeds of 1030MHz, and 5200MHz for its 8GB of GDDR5 RAM. Better yet, it comes in a high-quality aluminum carry case. The SAPPHIRE R9 295X2 will ship with lower clock speeds - but not by much - of 1018MHz, and 5000MHz for the RAM. Both GPUs still use the advanced hybrid cooling solution, which is a closed-loop, pre-assembled liquid cooling system that was developed by AMD and Astek.
We were there when it was announced, but we didn't know when the GeForce GTX TITAN Z would be released - now we know: April 29. NVIDIA will be selling the GTX TITAN Z for a massive $2999 - without tax.
Considering some countries charge anywhere between 10-30% tax, you could be looking at as much as just under $4000 for this beastly dual-GPU video card. But, remember that the TITAN Z sports two GK110 GPUs, so we should expect some truly delicious performance from this card. Each GPU features 2880 CUDA cores, 240 TMUs, 48 ROPs, and 6GB of GDDR5 RAM at the ready.
One of the best things NVIDIA did with its TITAN Z is air-cool it, versus AMD's watercooling setup on its Radeon R9 295X2. You can just buy the TITAN Z, strap it into a PCIe slot and away you go. There is no fiddling around to mount some massive radiator. I can't wait to get my hands-on two of these for some triple 4K action.
It looks like TSMC is now facing an issue which would affect the supply of 20nm technology for video cards with AMD or NVIDIA chips. The Taiwan-based foundry is having difficulties to meet both the chipmaker's demand for the new process, therefore delaying the productions until December 2014.
NVIDIA wanted to release high-end 20nm based Maxwell GPUs, but because of this the graphics chipmaker is forced to re-engineer its GM204 and GM206 chipsets to work with the existing 28nm process.
Because of this delay, we shouldn't be expected any newer video cards until December 2014.
If you've got a spare $1500, and were in the market for a new GPU, then you might want to consider AMD's Radeon R9 295X2. AMD has started selling its dual-GPU video card, which is now on e-tailers and retailers' shelves.
The Radeon R9 295X2 is a dual-GPU powerhouse of a video card, powered by two Hawaii-based GPUs. The Radeon R9 295X2 has a total of 5632 GCN2 stream processors, 352 TMUs, 128 ROPs, a total of 8GB of RAM which is spread across two 512-bit memory interfaces. As for cooling, we have a factory-fitted water-cooling solution build by Asetek.
Now that little devil on your shoulder? It's whispering to you: "buy two of them, you know you want to".
We've only just seen the announcement of the NVIDIA GeForce GTX Titan Z, and the proper release of the AMD Radeon R9 295X2 dual-GPU card, but now we're hearing about AMD's next-generation single GPU, the Radeon R9 390X.
If the rumors are true, the Radeon R9 390X has a codename of Bermuda, with a family name of Pirate Islands. The Pirate Islands-based GPUs will be baked onto AMD's 20nm process, succeeding the Volcanic Island GPUs we all know and love today. The Radeon R9 390X would be quite the beast, featuring 4224 Stream Processors, 264 Texture Units (TUs), 96 ROPS, a Core Clock of around 1GHz, Memory Clocks hitting 7GHz or so, and a super-wide 512-bit memory bus.
Comparing this against the Radeon R9 290X which is already powerful, the R9 390X will trump it, easily. The R9 290X for comparison sake had 2816 SPs, 176 TUs, 64 ROPS, and similar core and memory clocks depending on the card (third-party cards can overclock very high).
Details on NVIDIA's GeForce GTX 880 have begun to leak, with a report from Tyden.cz claiming that the GeForce GTX 880 will be a Maxwell-based GPU that will dominate the single GPU market. The GeForce GTX 880 will move from the family name of GK110 (the 'K' is for Kepler) to the GM204 part. GM204 is the GK110 equivalent of the Kepler family, but based on the Maxwell architecture.
The leaked specs will see the DirectX 12-capable GPU feature a streaming multiprocessor Maxwell, or SMM, SIMD design that is found in the also Maxwell-based GeForce GTX 750 Ti. The GeForce GTX 880 will just feature more of those SMMs, spread across multiple graphics processing clusters (GPCs) and see some extra performance when compared against the GTX 780 Ti. We should expect something along the lines of these specs:
- 20 nm GM204 silicon
- 7.9 billion transistors
- 3,200 CUDA cores
- 200 TMUs
- 32 ROPs
- 5.7 TFLOP/s single-precision floating-point throughput
- 256-bit wide GDDR5 memory interface
- 4 GB standard memory amount
- 238 GB/s memory bandwidth
- Clock speeds of 900 MHz core, 950 MHz GPU Boost, 7.40 GHz memory
- 230W board power