![]() ![]() ![]() Usually, it’ll stay within the 30☌ to 40☌ range unless you’re a power user. Temperature – A safe range is 30☌ to 65☌ (86☏ and 149☏).The nvme portion refers to the type of drive, while the smart-log portion tells the tool to check the SMART log.Īfter running the tool, check the following results to get a better idea of your SSD’s health in Linux: Install the tool by running the following command in Terminal:įor this command, watch -n 1 tells the tool to check the SMART log each second. It works similarly to smartctl and shows various attributes related to your drive’s health. In order to check SSD health in Linux for a NVMe drive, run the nvme-cli tool. The above method doesn’t work on all types of SSDs. Reported_Uncorrect – This attribute tells you how many errors were encountered that couldn’t be fixed.If the number gets closer to zero, it’s time to replace it immediately. The highest value is 100, which is ideal. Media_Wearout_Indicator – This indicates how close the drive is to failing based on its average lifecycle.The higher the number, the closer your SSD is to failing. Reallocated_Sector_Ct – This tells you how many bad sectors have had to be remapped.Extreme fluctuations could mean something’s wrong with your drive, power supply, CPU, or other hardware. Temperature_Celsius – The min and max values should be either the same or close.For longer tests, a few attributes to pay attention to in the results include: Instead, you may just see a pass/fail result or a “completed without error” result. For short tests, you may not see a full list of attributes.
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