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Help Me Choose - Memory

Random access memory (RAM) can dramatically impact the performance of your system. 

Generally, the more memory your system has, the more it can: 
  • Deliver faster performance on websites and applications 
  • Open larger files more quickly 
  • Better handle files and applications opened simultaneously 
  • Provide better gaming performance  
How much RAM you need depends on the intensity of tasks or programs you intend to run.

  1. What is RAM?

    Your computer memory is otherwise known as RAM, which stands for random access memory.
    • Temporarily stores the flow of data.
    • Remembers frequently used programs, applications, and documents.
    • Along with the architecture of your system, helps determine how quickly applications perform and how many programs can be executed at one time.

  2. What is DRAM?

    Dynamic random-access memory (DRAM) is a type of memory that is typically used for data or program code.
    • Requires continual power to maintain data.
    • Common type of access memory for personal computers (PCs), workstations, and servers.

  3. What is DDR5?

    DDR5 stands for double data rate 5, a type of RAM memory. It is the latest version of synchronous dynamic random-access memory (SDRAM).
    • Helps you switch between applications, open documents, and complete daily tasks faster.
    • Aims to increase memory bandwidth while keeping power consumption low in comparison with its predecessor, DDR4.
    • The fifth generation of low power double data rate (LPDDR5) runs at a lower voltage than DDR5, making it possible to offer higher speed of data transfer with lesser power.

Primary usage along with the memory

Before you decide how much memory to add to your new computer, first consider how you plan to use your computer.

If you’ll primarily be sending email and browsing the internet, then a basic memory configuration will work. But if you’ll be playing games, working with multimedia or performing other intensive tasks, you should consider adding more memory.
Memory Size Performance Level
32GB or more Great performance for multitasking across relatively large files and demanding apps.
16GB Good performance for working with large files, databases, and mainstream apps, complex photo editing, and high definition (HD) video editing. Good for high-end PC gaming and graphic design.
12GB Adequate performance for working with large databases, complex photo editing, and high definition (HD) video editing.
8GB Acceptable performance for basic apps and office productivity applications. Suitable for browsing websites, sending email, social networking, streaming music or videos, playing simple PC games, viewing photos, using CDs or DVDs, word processing, building spreadsheets, and other office tasks.
Intel® Core™ Processors
Learn More about Intel