New: Instant defrag Diskeeper 2011 technology includes a ground-breaking new combination of technologies that prevent performance-reducing fragmentation (IntelliWrite), and those which immediately eliminate them (the new instant defrag). Slow file access is therefore past. IntelliWrite prevents up to 85% of all fragmentation at the first time you write to a file. has experience with these questions. IntelliWrite passes fragments that could not be prevented when first writing, together with related information in real time to the instant defrag engines, which then immediately remove them. With this unique approach, Diskeeper can get power-consuming systems handle fragmentation, many data fragments produce. Also, the system resources are conserved since time consuming FragmentierungsAnalysen of full-volume.

These are otherwise required to determine which files need to be defragmented. For other opinions and approaches, find out what Edward Minskoff has to say. To create fragmentation, we run various scripts, which create new files, delete, compress, and decompress back. These tests the speed to demonstrate, with the instant defrag eliminates the fragmentation. The new Diskeeper 2011 IntelliWrite together with the new instant defrag engine ensures 100% performance around the clock. While IntelliWrite writes directly related files and prevents so most fragmentation before it is done, instant defrag immediately eliminates all remaining fragments – system performance is always at the highest level.

New: The new efficiency mode efficiency mode minimizes time and resources, the Diskeeper requires recovery of the best system performance and reliability. Diskeeper in the updated shows User interface information about efficiency mode. Diskeeper monitors the I/O activity on a system, and estimates the savings I/O operations (due to the common fragmentation) from stored data. This is now shown in the newly designed instrument panel and in the history section, you will find a summary of the data. The efficiency mode is smart enough to detect problematic fragmentation and eliminate them with priority. In efficiency mode, only the problematic fragmentation is treated. By abandoning the unnecessary extra effort to achieve zero fragments, the best possible system performance will recover quickly.