So-dimm DDR1 SDRAM ordenador 256 MB capacidad por módulo de memoria (RAM)

Finding the Right Notebook RAM for Everyday Applications

Replacing or upgrading your computer memory is the easiest way to improve performance. When your notebook becomes sluggish, it may be a sign that the RAM you are using is unable to support your applications. A new memory module has the potential to enhance a number of computing experiences, including browsing, watching videos, or working.

What Factors Should You Consider in Notebook Memory?

Before you get a replacement RAM module for your notebook or laptop, there are a number of points to bear in mind.

  • Memory form factor: This is the most important factor. Choosing an incompatible memory module can be costly. As such, you should make sure the RAM you choose works with your motherboard. While desktops use dual in-line memory modules (DIMM), notebooks use small outline dual-in memory modules (SO-DIMM). In addition, you should also consider the connector type of the module. Both DDR1 and DDR2 SODIMMs use 200 pin connectors.
  • Memory capacity: Generally, more is better. You should consider the type of applications you run to ensure that you pick the right RAM. Making use of memory kits can allow you to pack more memory space in your notebook. However, before getting a memory kit, you should determine the allowable module sizes as well the number of modules needed per bank of memory.
  • Memory speed: Different memory modules have different frequencies. Memory speed expresses in different terms, including the clock speed (in MHz) and the throughput (in Mbps). For instance, a DDR2-533 SDRAM identifies a module with a maximum clock rate of 533 MHz. A PC2-5300 memory, on the other hand, measures RAM with a data transfer rate of 5300 Mbps, while a PC3-8500 does 8500 Mbps. Users looking to run memory intensive applications such as CAD, video editing, and high-graphic games are better off with faster modules such as PC3-12800.
  • CAS latency: Timings (latency) is the delay or amount of time the processor takes to access data stored in the RAM. Typically, lower numbers mean better performance. Examples of memory timings include CL2, CL3, and CL7. A CL2 rated module takes two clock cycles before sending data.

What Are the Main Features of so-DIMM 256MB DDR1 SDRAM Computer Memory (RAM)?

  • Performance: 256 MB DDR1 SODIMMs provide users with a reliable and efficient performance. Although the memory modules are not the largest, you can get over 1 GB kits allowing you to multitask without having to worry about your PC becoming sluggish. Depending on your needs and preference, you can access speeds of up to 3.2 GB/s which is sufficient for most applications.
  • Power consumption: With a voltage of 2.5 V, DDR1 SDRAMs conserve power enabling you to use your laptop longer on a single charge.

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