

The best strategy is to determine what total amount of RAM is best for your needs and then get the fastest version of that RAM size you can afford.Random-access memory ( RAM / r æ m/) is a form of computer memory that can be read and changed in any order, typically used to store working data and machine code.

For example, most gaming systems will do with 16GB of RAM, so putting in 32GB will offer diminishing returns. That extra RAM will therefore go unused and be a waste of money. Putting too much RAM in a system that doesn’t need it will do nothing for performance. That being said, you should get the fastest memory you can afford for the capacity you need. For most users it’s better to have more slower RAM than less faster RAM, as mentioned before. Then there’s the issue of memory bandwidth versus capacity.

DDR 5 may improve on the latency issue, but even if it doesn’t, it will also outperform DDR 4 as a whole. DDR4 is so much faster in other respects that it still outperforms its predecessor overall. This is true on paper, but makes no perceptible difference in real life. That is, it takes DDR4 longer to respond to requests to read and write from and to its memory cells. You may have heard that DDR 4 has more latency than DDR3.
