Crucial 4GB Kit (2GBx2) DDR3 1333 MT/s (PC3-10600) CL9 Unbuffered UDIMM 240-Pin Desktop Memory Modules CT2KIT25664BA1339

Crucial 4GB Kit (2GBx2) DDR3 1333 MT/s (PC3-10600) CL9 Unbuffered UDIMM 240-Pin Desktop Memory Modules CT2KIT25664BA1339 Review

Prices as of : Dec 07, 2012 02:45:05
Listprice : $35.99
Offier Price : $21.99
You Save : $14

Crucial 4GB Kit (2GBx2) DDR3 1333 MT/s (PC3-10600) CL9 Unbuffered UDIMM 240-Pin Desktop Memory Modules CT2KIT25664BA1339 Feature

• To use DDR3 memory, your system motherboard must have 240-pin DIMM slots and a DDR3-enabled chipset.
• This is because a DDR3 SDRAM DIMM will not fit into a standard DDR2 DIMM socket or a DDR DIMM socket.

Crucial 4GB Kit (2GBx2) DDR3 1333 MT/s (PC3-10600) CL9 Unbuffered UDIMM 240-Pin Desktop Memory Modules CT2KIT25664BA1339 Overview

Every day, you rely on your computer to make your life easier. A Crucial DRAM upgrade can help your system run faster, and it's one of the easiest, most affordable ways to improve system performance. Reap the benefits doing everything from everyday system tasks to mission-critical applications. For over 12 years, Crucial has been recognized as a leader in DRAM upgrades. Our products help people achieve greater system performance through improved productivity, reliability, and speed. As part of one of the world’s largest DRAM manufacturers—Micron Technology—our long tenure of engineering and manufacturing expertise allow us to build high-quality, system-specific memory solutions for customers. We back our products by guaranteeing system compatibility, limited lifetime warranties, and outstanding service and support. At Crucial, we're the Memory Experts.

*** Product Information and Prices Stored: Dec 07, 2012 02:45:05

Kingston HyperX Ram Modules

Kingston HyperX Ram modules are on top of their game-and a whole lot more. Plus, if it's advent from Kingston, I'm rest very-assured that I've got a good goods (unless it happens to be one of those notorious Kingston counterfeits-which I had the distasteful sense of buying a "Kingston Ddr2 2 gigabyte modules", only to find out that they were phonies and would not even set-up right in Bios!). Ok, venting aside, let's take a espy at my friends system, its HyperX modules, and various other offerings from Kingston.

My friends law (at least the part that's relevant to this review) is a customized Hp Pavilion with an i7-920 Intel processor that boasts a 2.66 gigahertz (I love to spell it out, yes) with 1 megabyte L2 + 8Mb shared L3 cache and Qpi technology. It also came with 8 gigabytes of Pc3-8500 Ddr3 Ram modules-which, me being the power hungry-never satisfied techy, I just had to upgrade to an additional 8 gigabytes-bringing the total memory to a whopper of about 16 gigabytes (give or take a few kilobytes, I presume).

Ddr2 Ddr3

Two 4 gigabyte chips from Kingston and designated "LoVo" (low-voltage), with the proprieatary HyperX technology embedded and in addition to my existing Ram, it makes for one helluva setup! Sometimes I even wonder if I could run an whole datacenter with this setup, haha. Added to that the frames per second(Fps) I get out of my Rampage ultimate video card quite literally-and pardon the expression-"out the frame".

I love this goods X 1,000. I can't verily say it enough; Kingston makes some of the best computer components ever-and I'm not even saying that to only advantage them, but my fellow online gamers and work associates.

Kingston HyperX Ram Modules

Basics of Ddr Memory Modules

The Ddr, Ddr2 and Ddr3 memories have been based on the fabricate of Sdram or Synchronous Dynamic Random entrance Memory. This means that they make use of the clock signal to synchronize things. Ddr can be termed as duplicate Data Rate which implies that the memories replacement two data chunks per clock cycle. In this way they are able to perform duplicate the operation of memories. Even the memories are labeled with duplicate the real maximum clock rate that they can control with. The Ddr-800 memories can work at 400Mhz. The Ddr2-1066 and Ddr-1066 memories at 533Mhz and the Ddr3-1333 memories at 666.6 Mhz and so on.

These clock rates are the maximum that the memory can use in the lawful sense. While installing a Ddr2-1066 memories on the computer which can entrance the memory subsystem at 400Mhz or 800 Mhz Ddr the memories would be accessible at 400 Mhz or 800 Mhz Ddr and not at 533 Mhz or 1066 Mhz Ddr. This is potential as the clock signal has a memory controller that is a circuit situated exterior the memory. It could be placed in the north bridge chip from the motherboard or it could be embedded inside the Cpu. This depends on the type of system.

Ddr2 Ddr3

We name the principles Ddrx-yyyy (x meaning the technology generation and yyyy the Ddr clock rate) for the memory chips. The memory modules placed on the miniature printed board where the memory chips are soldered into use other naming principles Pcx-zzzz. X is the technology generation and zzzz is the maximum bandwidth.

By this process we can find out how many bytes can be transferred per second in the middle of the memory controller and the memory module. This is based on the assumption that the data will get transferred on every single clock pulse. In order to arrive at the maximum theoretical replacement rate in Mb/s i.e megabytes per second we can multiply the Ddr clock in Mhz by eight. For instance the Ddr2-800 memories would have a maximum theoretical rate of 6400 Mb/s by following the maths 800x8. The memory modules that use this kind of memory are called Pc2-6400. These numbers can be understood as maximum theoretical numbers that can be never reached. It is because it doesn't in effect happen that the memory sends data to the memory controller every single clock cycle. It is important that the memory controller and the memory replacement their commands of instructing the memory to deliver data stored at a stated position. It is during such time that the memory won't replacement the data.

Basics of Ddr Memory Modules

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PNY OPTIMA 2GB (2x1GB) Dual Channel Kit DDR2 667 MHz PC2-5300 Desktop DIMM Memory Modules MD2048KD2-667 Review

PNY OPTIMA 2GB (2x1GB) Dual Channel Kit DDR2 667 MHz PC2-5300 Desktop DIMM Memory Modules MD2048KD2-667 Feature

• Memory capacity upgrade provides improved system performance and responsiveness
• Deliver all the productivity your PC has to offer with PNY Memory
• Compatible with PC2-5300 (667 MHz), PC2-4200 (533 MHz), and PC2-3200 (400 MHz) systems
• Helps prepare your PC for running Windows Vista
• Easy installation, Free 24-hour Technical Support, and Lifetime Warranty!

PNY OPTIMA 2GB (2x1GB) Dual Channel Kit DDR2 667 MHz PC2-5300 Desktop DIMM Memory Modules MD2048KD2-667 Overview

PNY OPTIMA 2GB (2x1GB) Dual Channel Kit DDR2 667 MHz PC2-5300 Desktop DIMM Memory Modules MD2048KD2-667

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Customer Reviews

*** Product Information and Prices Stored: Nov 06, 2011 08:12:35