Should i defrag my ssd drive

Windows 10 is smart enough to tell the difference between hard disks and SSDs and to optimize them properly. In the Dark Ages of computing, defragmenting a hard disk was something you had to do regularly to keep it running at peak efficiency.

Those defragmenter utilities typically included visualizations, allowing you to watch as the system painstakingly moved data sectors so that they were contiguous.

SSDs don't need defragmenting the same way that older hard disks do, but they require occasional maintenance, including the need to have the TRIM utility run occasionally to ensure that deleted blocks are properly marked for reuse. The good news is that Windows 10 does a very good job of identifying the different types of storage and scheduling the proper optimization for each one.

You don't need to perform any special steps to enable TRIM support either. To check the status of all currently available drives, type defrag in the search box and then click Defragment and Optimize Drives from the results list. The list of volumes displayed in the Optimize Drives window clearly indicates the media type for each one. Conventional hard disks are still defragmented sorry, there's no Tetris-style progress map. If you click the Optimize button for an SSD, you'll see a brief status message as it trims the current drive, an operation that should complete in a few seconds.

The next time a large quantity of fruit arrives in the warehouse, all vacant rooms will be used, but since there are three milk rooms, the fruit cannot be stored continuously. Therefore, repeated deletions and downloads result in inconsistent file storage, which is disk fragmentation. Because the file storage location is inconsistent, the reading time of the disk becomes longer, and the computer becomes slower when it is running.

So, the ultimate goal of defragmentation is to reorganize the scattered files together continuously to improve the performance of the computer.

The answer is no. Defragmentation is to store files in a continuous area of the hard drive so that they can be read at once. The seek time of HDD is relatively long, so every time a file becomes fragmented, it takes more time to read the file.

Therefore, it is necessary to defragment the HDD to improve performance. What happens if you defrag an SSD? SSD can read data distributed on other sectors as fast as reading data adjacent to each other. On the contrary, if you defrag SSD, this will cause the SSD unnecessary wear and tear, which will reducing its life span. All other trademarks and service marks are the property of their respective owners. Find a product Part no. Your search did not match any active Crucial part numbers or configuration IDs.

Find articles and site content Enter keywords. The short answer is this: you don't have to defrag an SSD. To summarize, do not defrag an SSD. Think of it like a vinyl record player, only much faster. Data is stored on different sections of the platter in sequentially ordered blocks. In order to access a block for reading or writing, the drive heads need to be positioned over the correct sector seek time , and then the desired block must pass under the drive heads rotational latency. Combined, these two steps give the access time for a drive.

For a typical 7, rpm drive, the rotational latency is 4. With usage, data that was once sequentially ordered on a drive can become split across different blocks. This is called fragmentation, and as this happens the drive heads need to access the data from two or more—sometimes many more different sections of the platter, drastically decreasing performance.