What is the difference between DIMM and SODIMM memory?

Computers are more prevalent than ever before. They have found applications in different parts of our lives like never before. Hence, it has become essential for individuals today to know about them as well. However, it can be seen that most people only focus on the software side. It goes without saying that the software side of the operations. It goes without saying that the hardware side is equally important as well. Two of the basic components of the memory modules is DIMM and SODIMM memory modules. Many people do not know what these are, while these components are playing a vital role. If you do not know what these modules are as well, you are in the right place. In this article, we will tell you about the DIMM and SODIMM memory. We will also tell you about the differences that exist between both these types of memory modules.
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DIMM Memory

DIMM stands for Dual Inline Memory Module. It is a small scale circuit board. The main idea of using the DIMM is to hold together the different memory chips there on the motherboard. It may not sound like it, but it plays a highly important role when it comes to different functions as well as the operations of the computer connections. Without this module, it is not possible for computers to work in an effective fashion. DIMMs are much bigger in size as compared to its other counterparts like SODIMM. Hence, they are mostly used in bigger computers like desktops.


SODIMM stands for Small Outline Dual In-line Memory Module. It is generally much smaller in size as compared to the DIMM. For example, a DIMM is 133MM in length, while a SODIMM is just 67MM in length. Hence, it is more suitable to be used in computers that are smaller in size. For example, it is most commonly used in laptops. It is due to the size constraint of these computers. However, it is also essential to mention that SODIMMs are slower than DIMMs. The difference is not much, but still, the speed matters a lot in this regard. These are some of the differences that exist between both of these types of modules.


Now that you know about the difference that exists between both the types of modules, you can make a better choice as well as draw better analysis about their usage. It is an aspect of monumental importance as the choice between these modules may make all the difference in the world in a number of plausible scenarios. Hence, it is important for you to know about both of these types of modules along with their respective specifications and operations. It will go a long way in the development of your understanding of the working of the computer systems.