In addition to high density, low-latency, low-voltage, and innovative heat conduction cooling technology, these modules are equipped with a unique heat sink and the industry’s first high quality double copper 8-layer circuit board, which improves memory cooling and lowers power consumption. In addition, each chip is selected from original manufacturer 4 Gb memory chips, and put through a rigorous screening and testing program to ensure the greatest degree of stability and durability, for more peace of mind for consumers.
ADATA Series memory modules come with a lifetime warranty, providing the best protection and peace of mind.
Availability
The new XPG Gaming series 1600G DDR3 memory modules are distributed through designated agents and resellers. For more information, please visit the ADATA website at http://www.adata.com.tw/index.php?action=product&cid=5&lan=en .

As a market solution for 1600 MHz 8 GB low latency overclocking, the new modules support the latest quad-channel X79 platform, and meet the demands of enthusiasts for high density memory. ADATA's Product Planning Department DRAM Project Manager Alex Wu
MoSys' SerDes IP and DDR3 PHYs support a wide range of data rates across a variety of standards, while its 1T-SRAM memory cores provide a combination of high-density, low-power consumption, high-speed and low cost advantages for high-performance
Capacity and redundancy at the right price Priced around $6700 with 12TB of raw capacity, the TS-EC1279U-RP offers storage densities that would have cost substantially more only a few years ago; even greater densities can be achieved with the high
Critical-area analysis calculates values for the expected average number of faults and yield based on the dimensions and spacing of layout features and the particle size and density distribution that the fab measures. In addition to classic short- and
MoSys' SerDes IP and DDR3 PHYs support a wide range of data rates across a variety of standards, while its 1T-SRAM memory cores provide a combination of high-density, low-power consumption, high-speed and low cost advantages for high-performance
Box Contents – Battery Pack LP-E6 .. Battery Charger LC-E6 .. AV Cable AVC-DC400ST .. Interface Cable IFC-200U .. Eyecup Eg .. Wide Strap EWEOS5DMKIII .. CR1616 Lithium Battery+
So, first thoughts from me.
Megapixels: 5D2 21.1 MP, 5D3 22.3 MP. I think that 22MP is a good sweet spot, anything bigger takes more RAM and time to crunch and render. With my Intel 2.8GHz Quad Duo with 10GB RAM 21.1 MP can take plenty of time to get a 1:1 preview.
Sensor: Digic 5 vs Digic 4. There is no doubt that the Digic 5 will bring plenty of improvement for quality and high ISO noise. Will it be enough, the Digic 4 is pretty amazing up to 6400 ISO although if it’s another leap that makes 6400 ISO on a Digic 5 look like 1600 on a Digic 4 that will be enough for me.
ISO Range: 5D2 H2 = 25,600, a setting I’ve only ever used for fun, quality isn’t great here, 5D3 native at 25,600 not pushed. Again if 25,600 looks close to 6400, I’m in. Although I’ll still probably hardly ever use it.
100% viewfinder coverage vs 98%, awesome!
Slightly larger screen, hopefully it has the clarity of my Galaxy Nexus (yeah right)
Autofocus Points: Here could be the big winner, 61 AF Points vs 9 AF Points. This could help out a lot with motorcycle racing, dogs, kids, anything and everything.
Burst Speed: 6.0 fps vs 3.9 fps. This is why I still have the 40D, to get that 6.0 fps. Another possible great feature.
Dual Card Slots: Hopefully you can open the card door while recording video and swap one of the two out, I may be really hoping for a lot here but that would be amazing.
Some Added S/W : Added software features like HDR, Multiple Exposure (if that means what I think it means) could be great.