Despite the lack of moving parts, hence the name solid state drives, SSDs can get hot, really hot. If you don’t pay attention to high temperature readings from your SSD you could be speeding up it’s death – but more on that later. Let’s cut to the chase:
CrystalDiskInfo is a free SSD temperature monitor software for Windows. S.M.A.R.T (Self-Monitoring, Analysis and Reporting Technology) is an automated self-test system for SSDs and more traditional spinning HDDs. MacOS keeps track of all your drive’s SMART status by default, and there are several tools that read this status with varying levels of detail. SMART Status in System Report. Smart says 'Temp Sensor 1: 32°C / Temp Sensor 2: 46°C' When i play games, the Temp raises to a max of 41°C How it is under heave write/read-load, i didnt know - but 65°C under 'idle-conditions' seems a bit hot to me. Set it in the 22 may help because the ssd isnt covered by the ram slots. PS: Its a samsung 960 evo. Before you can monitor hard drive SMART health and temperature with Monit, you need to know what drives you want to monitor. If you remember my recently built HTPC-NAS combo, I have two hard drives on my server (sda, which is a SSD and sdb, which is a 4 TB HDD). Sda has 3 partitions (sda1, sda2, and sda3). Sdb has only one partition. Hard Disk Sentinel can help you to monitor SSD and HDD status and health, temperature, and S.M.A.R.T values. You can also use HDSentinel for data protection as it has the most sensitive disk health rating system. This way, you can detect even minute problems with ease.
What’s A Safe Operating Temperature For SSDs?
Most SSDs are rated for running within a temperature range of 0ºC up to a max temp of 70ºC (32ºF to 158ºF). This range is about the same for every consumer SSD currently on the market, but can sometimes vary slightly based on the model and form factor of the SSD (2.5” SATA, M.2 or mSATA) – but a drive under 70ºC is generally within the operating parameters provided by SSD manufacturers.
However, studies like the one Facebook conducted in their own data centers found that the hotter your SSD runs, the quicker it wears out the flash memory inside of the drive. So while an SSD can technically operate at the higher ranges advertised my manufacturers, you’re going to get better data integrity and more life out of your SSD if you keep it cool.
Typical SSD Operating Temperatures
For reliability, most of the time you should see a temp range between 30ºC and 50ºC (86ºF to 122ºF) for SSDs under load in a standard desktop computer.
This varies based on a bunch of things like: where you’re located in the world, how hot it is outside and your current room temperature when taking the reading, what type of enclosure the SSD is located in or where your SSD is located inside of your computer case, as well as how much work your SSD is currently doing (reads/writes).
Temperatures at Idle vs Full Load
SSDs vary in temperature depending on what they’re doing. It’s quite normal for an SSD to jump 5, 10, 15 or more degrees celsius when going from idle (nothing happening on the drive) to a full workload of heavy reads & writes. If your SSD gets hot when you’re copying big files or using I/O intensive programs, but cools right back down once a transfer is complete or you close the disk intensive program – this is completely normal. Short bursts of higher temperatures for an SSD that’s doing heavy work is completely normal.
But: You should be concerned about your SSD if it shows consistently high temperatures (over 50ºC/122ºF) while your machine is idle. If you aren’t running any file transfers or heavy I/O programs and you don’t live in the middle of a desert, but your SSD is still running over 50ºC – you might have a bigger problem.
How To Check Your SSD Temps
To check your drive temperature in Windows 7/8/10 grab a copy of Open Hardware Monitor, it’s a completely free open source system resource monitor and will report back temperatures for your SSDs and hard drives.
If you have a Mac you can grab the free Hardware Monitor app.
SSD Running Slow? It Might Be Too Hot
Most SSDs implement thermal throttling as a safety feature if a drive gets too hot. The closer your drives gets to the 70ºC limit that most manufacturers have, the more likely it is that the drive will start slowing down to prevent itself from failing. The drive will slow down drastically until the temperatures come back to a reasonable range (around 50ºC or so), at which point you should get your speeds back.
If your SSD is hitting 70ºC or higher you are in the danger zone and will notice your machine grind to a halt as it waits for the drive to cool down.
Keeping Your SSD Cool
If the SSD inside of your desktop is running hot make sure that you have it mounted in a spot with sufficient airflow. A lot of cases have SSD mounts located in low airflow spots like behind the motherboard or between other warm components like hard drives. If you can, try to move your SSD to a spot in the case where it can breathe. Try to make sure that the drive has air blowing over it when your machine is running.
If your SSD is running hot inside of an external enclosure you may want to consider a different enclosure, such as one made of metal to better conduct heat away from the drive. You can also use a simple SATA to USB adapter which allows you to run your SSD completely naked (without a case), but I wouldn’t recommend going without an enclosure if you’re planning on tossing the drive in a bag to take with you.
If your SSD is getting hot inside your laptop you don’t have a lot you can do. Other nearby components such as the battery, ram or the CPU may be getting a bit too hot and heating up the entire system. If your laptop SSD is constantly running hot you probably want to call the support line for whoever makes your laptop and see if they have any suggestions about the high temps.
Some SSDs Run Hotter
M.2 and mSATA SSDs are known to run hotter than 2.5” SATA SSDs. Likely due to the exposed chips in these SSD models, lacking thermal pads or casing that can conduct heat away from the chips. If you have an M.2 or mSATA SSD inside of your machine, you want to make sure there’s air flowing over the drive.
If the drives are still running hot you should look into applying thermal pads to help dissipate heat. You can grab thermal conductive silicone pads on Amazon for less than $10 which you stick to drive to help draw heat away from the hot controller and NAND chips.
SSD Still Running Hot?
If your SSD heat problems persist after trying some of the remedies listed above it may be time to contact support. Most SSD makers offer between a 2 to 5 year warranty on their drives. If your drive is consistently running hot you should contact the manufacturer about possibly RMA’ing the drive and getting a replacement.
Make sure you backup all of your data and secure erasing the drive to prevent any prying eyes from getting their hands on your data.
Operating Temperatures For Different SSDs:
Samsung SSD Temps: 950, 960, 970, 750, 840, 850 and 860 EVO and PRO series are rated for operation between 0ºC and 70ºC.
Crucial SSD Temps: MX500, MX300, BX300 and almost all Crucial SSDs are rated for operation between 0ºC and 70ºC.
Sandisk SSD Temps: SSD PLUS, Extreme Pro, Ultra II and Ultra 3D SSDs are rated for operation between 0ºC and 70ºC.
Intel SSD Temps: 520, 530, 540 series and most Intel SSDs are rated for operation between 0ºC and 70ºC.
Ssd Temperature Monitor Windows 10
Kingston SSD Temps: A400, SSDNow UV400, V300, KC400, HyperX Savage and most other Kingston SSDs are rated for operation between 0ºC and 70ºC.
Western Digital SSD Temps: WD Blue SSDs are rated for operation between 0ºC and 70ºC.
Ssd Temperature Monitor Software
ADATA SSD Temps: SU650, SU700, SU800, SU900 and other ADATA SSDs are rated for operation between 0ºC and 70ºC.