Unsafe Shutdowns Counts: How many times the SSD has been exposed to power cuts.Power-on Hours Count: How many hours the SSD has run (left on) so far.Power Cycle Count: How many times the SSD has been powered up.Data Units Written: The amount of writing done so far.Data Units Read: Reading from SSD so far.Of course, this alone is not a sufficient criterion. So SSD health is already over, and we have exceeded 28%. For our SSD, this value is currently 128%. Percentage Lifetime Used: This is the value that both CrystalDiskInfo and Hard Disk Sentinel pull the SSD health data.It is highly recommended to replace the drive if this number falls below 100. We cannot use SSD as a normal drive, but the user can retrieve the stored data and transfer it to a new device. When the number here reaches 0, the firmware puts the SSD in read-only mode. This number decreases as the number of blocks allocated to retirement increases. This number varies depending on the underlying NAND architecture, Firmware architecture, and the user capability of the drive, but usually starts with thousands. Available Spare Blocks: As the name suggests, this is the number of extra blocks that can be used when bad blocks need to be deprecated.There has been no error in our SSD until now. Critical Warning: The part that shows whether there is any critical error in the SSD.The best choice is to run your SSD / Hard Drive manufacturer’s software, as data can vary from manufacturer to manufacturer.
So which software provides this information in the most accurate way? The answer is simple: S.M.A.R.T. With this feature, it is possible to get more detailed information about disk health. SMART stands for Self-Monitoring, Analysis and Reporting Technology. system consists of a series of data, and this data depends on the type of disk. Developed for hard disks and SSDs to monitor their own health, the S.M.A.R.T.
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