![]() ![]() The actual process of compressing and uncompressing the data is much faster than writing and reading it from the hard disk, though it does take some CPU resource, so Windows is actually looking for a compromise that would satisfy all processes running at the moment. ![]() Compressing and uncompressing data requires certain CPU resources, and that is why not all data is stored in a compressed form Windows only compresses the data it finds necessary. This way, only 7.5 GB out of the 8 GB you have will be used.Īre there any disadvantages in this approach? The answer is both yes and no. For example, you may end up having 6 GB of uncompressed data and 3 GB of compressed data (which is made to squeeze into 1.5 GB of RAM). However, using a compression algorithm (just like the one found in any ZIP file) can reduce the amount of memory needed for such data, so that it can fit into RAM perfectly. Having to access data stored in the paging file slows down certain applications and the entire operating system in general. Usually, if you have 8 GB of RAM and the running applications (with the operating system) are using 9 GB of data to store in that RAM, at least 1 GB has to be saved to the paging file on your computer’s hard disk. Meanwhile, both Linux and MacOS also use the feature. Memory compression is a new feature in Windows 10, which is not available on either Windows 7 or 8. ![]()
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