Let’s find out what’s a good speed.Įffective speed is to measure the performance of a solid-state drive in general user workload conditions. But that’s not true when we only consider read and write speed, benchmark is only the way to test an SSD’s actual and practical speed. Regular monitoring can help you anticipate hardware failures and safeguard your data.We are technically smarter when it comes to buying an SSD. Whether you prefer a graphical interface like Gnome Disk Utility or a command-line tool like smartmontools, Ubuntu provides the tools you need to keep an eye on your SSD’s lifespan. Monitoring your SSD’s health is a vital part of maintaining your Ubuntu Linux system. It’s always a good idea to consult the manufacturer’s documentation for accurate information about your specific SSD model. Please note that the specific attribute names and values may vary depending on the SSD manufacturer. A lower number indicates less life remaining. The output will display the value of the Media Wearout Indicator attribute. The | symbol is a pipe that passes the output to the grep command, which searches for the line containing “Media_Wearout_Indicator”. In this command, sudo smartctl -a /dev/sda retrieves all SMART information from the device located at /dev/sda (replace /dev/sda with your SSD’s device path if it’s different). For example, to check the Media Wearout Indicator (which indicates the SSD’s life remaining), you can run: sudo smartctl -a /dev/sda | grep Media_Wearout_Indicator With smartmontools installed, you can use the smartctl command to check the health of your SSD. To install smartmontools, run the following command: sudo apt-get install smartmontools Usage It provides two utility programs ( smartctl and smartd) to control and monitor storage systems using the SMART system. Checking SSD Health Using smartmontoolsįor those who prefer working with the command line, smartmontools is an excellent choice. Here, you can view various attributes related to your SSD’s health, such as the wear-leveling count or percentage used. Then, navigate to the SMART Data and Tests section. In the Gnome Disk Utility interface, select your SSD from the list on the left. Once installed, you can launch the tool by navigating to the menu, selecting “Settings,” and then choosing “Disk utility.” Alternatively, you can launch it directly from the terminal: sudo gnome-disks This command uses sudo (superuser do) to execute the command with root privileges, apt-get is the package handling utility in Ubuntu, and install is the command to install a new package. To install Gnome Disk Utility, open your terminal and run the following command: sudo apt-get install gnome-disk-utility It provides a graphical interface for accessing SMART (Self-Monitoring, Analysis, and Reporting Technology) data – a monitoring system included in SSDs that detects and reports on various indicators of drive reliability. Gnome Disk Utility is a powerful and user-friendly tool for managing disk drives within a GNOME environment. Checking SSD Health Using smartmontoolsĬhecking SSD Health Using Gnome Disk Utility. Checking SSD Health Using Gnome Disk Utility.
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