As a result of SOLID/Complete, fragments are first combined and then a second run is started which closes any gaps. The easiest and fastest way is of course to combine the fragments and possibly even reduce their number. Access will then be faster and the number of memory cells used will be reduced. If there are now many gaps between data, these will be filled with new data in the future, which then must be fragmented because there isn’t not enough space available for the entire file.
Upon completion of successful defragmentation, SOLID/Quick will also be run on SSDs to guarantee that the space gained and freed cells are used optimally. The result is an immediate improvement of performance and preservation of resources in the future.