Intel will demonstrate at IDF this week Hynix’s newly announced 16GB DDR3 2-rank DIMM. This high capacity registered dual in-line memory module has been made possible by MetaRAM’s DDR3 MetaSDRAM technology, allowing for up to 4 times more mainstream DRAMs to be used while still remaining a drop-in solution. Intel will also be demonstrating a system at IDF featuring 144GB of DDR3 memory using the technology.MetaRAM was launched back in January 2006 by AMD’s former CTO, Fred Weber. It wasn’t until earlier this year that what the company was up to would be known, with the introduction of an 8GB DDR2 RDIMM using their technology. The technology offers advantages such as increased capacity without reducing the frequency of the DDR3 memory channel, and because it uses mainstream DRAM, it remains a cost effective solution. It is a drop-in solution too, meaning standard DIMM power and thermal envelope are used. If one were using three such 16GB modules, one could create a system with 48GB of memory, avoiding the cost of a more customized solution to achieve the same feat. There is also a power savings due to the reduced number of modules needed for high-capacity systems.MetaRAM’s technology works by stacking and craming up to four times more DRAM chips onto the module. To make such a beast work though requires a bit of fitness, which is provided by a special chipset on the module. The MetaRAM chipset works transparently, seen as a memory controller to the on-DIMM DRAM, yet seen by the system’s memory controller as DRAM. The chipset is then able to route the reads and writes appropriately between the DRAMs and memory controller, in an out-of-order execution, allowing the memory to still operate at standard frequency. To help remain in the required power envelope, a power-saving mode is introduced to keep unused modules asleep.

IDF: Intel Demonstrates 16 GB DDR3 MetaRAM

And you should know that a gaming mouse can make a huge difference about that, because the gaming mouse’s of now has a lot of features like the logitech gaming mouse’s or razer gaming mouse’s making some of the best PC gaming stuff right now.

If you still playing with a ball mouse please do yourself a favor and get a optical gaming mouse or even better a laser gaming mouse and you won’t be getting “owned” so easy. But even having an optical or laser gaming mouse you’ll really need to get used to DPI (Dots Per Inch) settings or adjustable sensitivity. A standard optical mouse has 800 DPI and a laser gaming mouse can get up to 4000 DPI, which means that with lower DPI you’ll have to move more your mouse over the surface to get to a point and with a higher DPI you’ll need less movements on the surface to get to where you want.

But on gaming the DPI settings is a bit more complicated because you’ll have to choose which DPI is the best for you, if is too high maybe you won’t be able to aim properly and faster or if is to low you’ll be too slow to react to some situations. So it takes some time of gameplay to get a DPI setting that is the best for you as everyone has different choices.

A good gaming mouse has some other features like “On the fly DPI switching” this will let you change your DPI setting while gaming by just pressing buttons to lower it or to increase it like for example: while using a AK-47 on Counter Sritke you are at 2000 DPI then you want to use a sniper rifle you just press the button to lower the DPI at 1000 DPI to get a better aiming.

Also the best gaming mouses are having “weight tuning systems” that let’s you make the mouse heavier or lighter according with how you like it to be. And on board profile management is another cool feature where you can preset different DPI settings for each game without losing time every time you switch from one game to another game.

And the prices for a gaming mouse can be from R300 up to R1000 most of them having a lot of customizable buttons, DPI display and more goodies.

But to get the best out of your optical gaming mouse or laser gaming mouse you should really get a good gaming mouse pad, it really makes a difference on the way you gaming mouse slides on it.

My first gaming mouse was a logitech MX518 gaming mouse it was an amazing improvement on skills from a standard optical mouse that has 800 DPI and the MX518 having 1600 DPI it really felt like ready to game for hours feeling always comfortable and switching DPI settings on the fly while changing weapons was a breeze.

After that new mouses were coming out and with higher DPI settings, that was a small problem on online gaming where you really need to be able to react fast without losing accuracy, so sometimes it was like I was moving slower but after a while I knew that I needed to move faster so I decided to get a new mouse.

So I decided to get the Razer Lachesis gaming mouse because some friends told me that was the best gaming mouse out there, having 4000DPI, 3G Laser and the best looking mouse ever made I think. I was thinking to stay with logitech and getting a Logitech G9, but the looks of the Razer Lachesis and knowing that Razer makes some of the best PC gaming goodies I decide to get that one.

At the beginning was difficult to get used to the Lachesis because it’s design is very different from the MX518 and much lighter, to be honest I got frustrated with it but was a matter of time getting used to it and those 4000 DPI still too much for me but with time I’m sure I’ll need it right now 2400 DPI is good enough for me. You can’t jump from 800 DPI to an 4000 DPI gaming mouse and think that you’ll be able to control it, it takes time.

So if you are looking for a new gaming mouse I recommend you the Razer Lachesis as the best gaming mouse by me! But right now some of the best mouse are:

Get a Razer Lachesis NOW! CLICK HERE

For Specs on the Razer Lachesis Click Here

Get a Logitech G9 NOW! CLICK HERE

For Specs on the Logitech G9 Click Here

Get a Microsoft Sidewinder NOW! CLICK HERE

For Specs on Microsoft Sidewinder Click Here

Get a SteelSeries IKari NOW! CLICK HERE

For Specs on s SteelSeries IKari Click Here

Have a look at the best prices on gaming mouse’s right HERE

And start to Dominate the enemies…if you really want a killer gaming mouse watch the following video:

At the beginning DDR had vastly better latency than DDR2, and was not very far behind on bandwidth so it looked like DDR2 might lose the war to take over DDR. But with the time, processes were improved, DDR2 was able to reach greater heights in the all mighty MegaHertz ranks. DDR2-667′s were able to hold their own against DDR-400. DDR2-800 started to take the lead… and then DDR2 low latency memories started to appear. The once strong DDR began to falter. Eventually, the DDR reign had to admit defeat…

What we have now is DDR3 boasting higher Megahertz ratings than DDR2 – but at the expense of increased latency but memory manufacturers have started making DDR3 devices in order to far surpass the bandwidth they can easily get from DDR2 devices and reduce power consumption and heat generation at the same time.

The original DDR standard modules ran at a 2.5V level. A significant power reduction to 1.8V was created with the DDR2 standard. With the lower voltage levels, personal computers required less actual power to run the memory subsystem. DDR3 looks to further reduce the power usage by dropping the voltage levels to 1.5V. In order to increase the speeds of the memory modules with DDR3, it was also necessary to increase the latency of the modules

Yet today DDR2 is available up to 1200MHz (PC2-9600). Right off the bat JEDEC had released specifications for DDR3 that go up to 1600MHz and they expect DDR3 to scale to 2133MHz . It won’t take too long for manufactures to start making high speed DDR3 with lower latency numbers, like what happened previously with DDR2 when trying to outperform DDR, so it seems like the history will repeat itself.

Testing

The question, then, is whether DDR3 memory provides better performance for the computer enthusiast than current DDR2?

DDR3 memory modules are expensive right now, but that doesn’t stop gamers, enthusiasts and early adaptors from wanting to have the latest and greatest technology to tinker with it. So have a look at the following testing: Click Here

Conclusion

DDR3 is the next step for personal computers in expanding their memory bandwidth. It will take some time for it to really be widely implemented. AMD has only recently switched over their processors to use the DDR2 standard and will likely not move to the DDR3 standards for some time. In addition, the higher performance DDR3 modules will likely take some time compared to high performance DDR2 that is already readily available.

To use DDR3 requires a new motherboard and at the moment only premium motherboards support it right now, which makes the upgrade more expensive as DDR3 motherboards can cost from R 2,000 up to R 5,000 some of the chipset are (P35- X38- X48) from Intel and (780i- 790i) from Nvidia. And the memory modules 2GB (2x1GB) kit of DDR3 1333Mhz costs around R 3,500. But if your budget is not a problem and you want to be on top of the edge DDR3 is made for hardcore gamers and overclockers and they are the ones to take the best out of them.

DDR3 memory has arrived and it’s fast, but due to pricing DDR2 memory will still offer the best bang for the buck. DDR2 is winning more battles than it is losing… but the writing is on the wall. I believe that for the next six months or so, DDR2 will still dominate, but its reign is over. Look at your application mix, the benchmark results, and your budget, and make the choice that is right for you.

Watch the following video to make sure if DDR3 is for you right now!