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Method 2: Use a Paid SSD Drive Checker (DriveDx)ДriveDx is an advanced SSD health monitor capable of analyzing the current state of the drive using all available health indicators, such as SSD wear out/write endurance, I/O errors, pending sectors, reallocated bad sectors, and others. And if you see вЂњNot Supported,вЂќ then your SSD doesnвЂ™t provide any information about its health.

If it reads вЂњFailing,вЂќ then thereвЂ™s something wrong with it.

If the field reads вЂњVerified,вЂќ then your SSD is healthy.

statusвЂќ in the information section at the bottom of the main pane.

Launch Disk Utility (you can find it in the /Applications/Utilities/ folder).

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How to perform a SMART SSD test with Disk Utility: The only caveat is that Disk Utility provides only a rudimental overview of your diskвЂ™s health, essentially telling you only if itвЂ™s in good or bad health.

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Method 1: Check SMART Status on macOS with Disk UtilityДЄs a Mac user, you can quickly and easily check the SMART status of any SSD using Disk Utility. But before we do that, we need to explain how to perform a basic SSD smart status check on macOS.

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LetвЂ™s take a closer look at one free and one paid SSD health checker so you can pick the one that fits your needs the best. There are multiple ways to check the health of an SSD on a Mac. Regardless of what causes the excessive wear, all M1 Mac users should test SSD health using an SSD diagnostic tool, and we recommend three such tools in the next section of this article. It could be the fact that the M1 chip is using internal storage for memory swap, or it could be an undiscovered bug in macOS Big Sur or some app used by all affected users. Unfortunately, it seems that something is causing some M1 Macs to write far more new data than whatвЂ™s normal. Such SSDs can write over 80 GB of new data every day for 5 years before potentially becoming unstable, so M1 Mac users should theoretically have nothing to worry about. Even basic 256 GB SSDs come with a 150 TBW rating. WhatвЂ™s more, modern SSDs use wear-leveling technology to distribute data evenly across all physical sectors, prolonging the total lifespan.Д«ecause of all these factors, most estimates put the age limit for SSDs around 10 years. While that may not sound like much, itвЂ™s important to realize that SSDs donвЂ™t degrade when reading data-only when writing new data. We know that Apple uses Toshiba TLC NAND flash chips for its SSD drives, which should endure up to 3,000 write cycles per physical sector based on the current lithography process. That doesnвЂ™t mean that they would instantly become unusable, but their users could experience major stability issues and, in extreme cases, data loss. Recently, several M1 Mac power users have shared alarming usage reports indicating extremely high drive writes over a relatively short time.Д«ased on the wear of the SSD inside his 2 TB M1 Mac, developer Hector Martin calculated that 256 GB models could exceed their TBW in less than half a year. If you own an M1 Mac, you should learn how to check SSD health so you can determine how much time it will approximately take for your hard drive to become unreliable. Their reports are especially worrying because Apple decided to solder the SSD chip directly onto the motherboard, making it impossible for users to replace it.

Now, some users of M1 Macs are reporting serious issues with the overuse of their SSDs. Typically, this isnвЂ™t an issue because most SSDs become obsolete much sooner than what it takes the average user to exceed the advertised lifespan, which is indicated in terabytes written over time (TBW). All solid-state drives (SSDs) have a finite lifespan because the flash cells inside them eventually wear out and become unreliable.

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