Using DIMM Computer Memory RAM For Your Needs

A dual in-line memory module or DIMM setup is a necessity to have for your computing needs. You can find this kind of RAM in many forms, including in 8 or 16 GB forms.

A Specific Layout

A good way to describe a DIMM setup is that it is a double version of the SIMM or single in-line memory module. Multiple random access memory chips are laid out on the module. A series of pins are utilized to link the unit up to a motherboard.

There are multiple points about the technical nature of DIMM memory modules to review:

  • 64 data bit connection. The 64-bit link on one of these memory modules works with twice the power of a 32-bit SIMM module. Only one DIMM piece is needed on a link instead of two like what a SIMM setup uses.
  • Electrical connectors. Each side of the chip comes with an electrical connector. The links store data that link up directly to the motherboard off of the system bus.
  • Cooling fins. You may find some cooling fins on your memory chips. These allow heat to dissipate, a necessity for larger 8 or 16 GB modules that produce more heat due to a higher clock speed and MHz rating.

What Should I Look for In DIMM Memory?

You must look at a few points when finding DIMM memory for your RAM needs:

  • SDRAM work. An SDRAM setup can be used on your module. Synchronous dynamic RAM will synchronize its functions with your CPU, thus allowing the memory to read content quickly.
  • Capacity. You may find 4, 8 and 16 GB modules. The larger GB units provide you with added speed and capacity.
  • DDR standard. The double data rate setup may entail a DDR2, DDR3, or DDR4 link. The DDR4 setup operates faster than others, but your motherboard might only be able to support DDR3 memory or another standard based on its construction. Check on the layout of your motherboard to see what DDR standard you can utilize.
  • Bandwidth. The bandwidth on the module refers to how many megabytes of data can be handled by your memory in a second. A PC3-8500 unit will handle 8,500 MB of content per second while a PC2-5300 unit reads 5,300 MB per second, for instance.
  • MHz level. A module with a higher MHz total will operate at a faster speed and move data quickly. An 8 GB DDR4 unit may operate with a higher MHz total than a 4 GB kit.
  • Input size. You may find a 240-pin DIMM setup or a 288-pin layout depending on the module you wish to use.

Don't Forget SO-DIMM

You must also look at the SO-DIMM standard when finding DIMM RAM. The small outline DIMM setup uses a smaller form factor that is about half the size of a traditional chip. The SODIMM layout fits into DIMM slots on small-profile computers or laptops. Third or fourth generation DDR SDRAM modules are available in the SO-DIMM form.

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