Last updated on April 22, 2024
M.2 is a form factor for solid-state drives (SSDs). It's smaller and faster than traditional SSDs. Besides being fast, it takes up less space, making it ideal for gaming laptops. Most people are curious about whether an SSD can overheat, so you might be wondering about M.2 temperatures:
M.2 temperature refers to the temperature range that this form factor can withstand during high-performance operation. In this article, we'll delve into M.2 temperature monitoring and learn more about it!
The average temperature range for an M.2 is around 35-40°C. Under high load, it can rise up to 60-70°C. It's normal for M.2 SSDs to run hotter than SATA SSDs. Excessive heating in M.2 SSDs is a concern. Higher temperatures can lead to various issues.
Warranty coverage doesn't include heat damage, which is why M.2 temperature monitoring is so important. Otherwise, you might find yourself spending even more money on another M.2 drive.
Read also: [SSD Temperature Range: Everything You Need to Know](/computer-instruction/ssd-temperature-range.html)
To ensure the health of your M.2 interface, it's essential to monitor its temperature. In this discussion, we'll explore two solutions you can use to keep an eye on your M.2 temperature.
Worried about the temperature issue of the M.2 interface? Don't worry; there's a simple solution! Partition Master Professional is an excellent tool for monitoring the temperature of the M.2 interface. It's a professional and user-friendly software that allows users to check and optimize disk performance.
Let's see how to monitor M.2 temperature using the tool Partition Master.
Step 1. Launch AOMEI Partition Assistant, click the blue arrow, and activate the "Disk Health" feature in the "Discovery" area.
Step 2: Select the target disk and click “Refresh”. Then, you can view the health status of the disk.
Aside from checking the M.2 temperature, this tool offers other features:
Haven't you tried Partition Master yet? What are you waiting for? Give this reliable program a try!
Another way to check the M.2 temperature is by using the “Manage Disks and Volumes” feature. It's crucial to monitor the temperature range to prevent any decline in M.2 performance. Please follow these steps:
Step 1: Click "Start" and then choose "Settings."
Step 2: Select "System". Click on "Storage". Now, choose "Manage Disks and Volumes".
Next up, just translate this into American English:
Step 3: You need to search for the drive whose temperature you want to see. Click on the arrow button.
Step 4: Click on "Properties." Go to "Drive Health" and check the temperature.
Understanding how to check the temperature of an M.2 SSD is crucial. There are two ways to monitor the temperature. Firstly, you can use the "Manage Disks and Volumes" feature. Alternatively, you can opt for the tool Partition Master.
Partition Master is a professional, user-friendly, and reliable tool for checking M.2 temperatures. You can also use it to adjust partition sizes, back up data, and more! Download the software now and give it a try!
It's essential to monitor the temperature of your M.2 interface. For more information, refer to the frequently asked questions (FAQs) listed below:
How do I check the temperature of my M.2 SSD?
To check the temperature of an M.2 SSD, first open Settings in Windows. Then, go to Manage Disks and Volumes. You'll see a list of storage devices. Select the drive you want to check, and click Properties to view its temperature.
2. What is the maximum temperature that an SSD can withstand?
Most SSDs have an operating temperature range of 0-70ºC. Operating outside this range can lead to overheating. However, industrial-grade SSDs have different specifications, typically ranging from -40-85ºC. Higher temperatures can result in decreased performance and potentially cause permanent damage to the drive.
3. Can an M.2 SSD overheat?
Yes, M.2 SSDs can indeed overheat. It's important to understand that M.2 SSDs operate at faster speeds than traditional SSDs, making them more prone to overheating. Overheating can lead to thermal throttling, where the SSD automatically slows down to prevent further heat damage.