How to Check the NVMe SSD Disk Drive Temperature in Windows 11

Learning how to check SSD temperature is key to maintaining a high degree of system performance. Built-in tools are the first line of defense against thermal throttling and data loss. However, knowing which ones to use helps protect your most important hardware components.

This article explains how to check your NVMe temp, key considerations, and commonly asked questions to help extend your drive’s lifespan.

How to see the NVMe temperature on Windows 11

⚠️ These methods only apply to computers that use NVMe SSDs with Microsoft NVMe drivers or compatible OEM (Original Equipment Manufacturer) drivers.

Windows 11 has native support for NVMe SSD temperature monitoring, which allows advanced users to see their current temperature. This factor significantly impacts system effectiveness, so use these methods to prevent overheating and loss of work.

⚠️ These methods only apply to Windows 11 (build 22000 or later).

Method 1: View temperature in Settings (GUI)

The simplest way to check NVMe disk temperature is through your Windows settings.

1. Press Win + I to open Settings.
2. Go to Storage > Advanced storage settings > Disks & volumes.
3. Click Properties on the drive you want to examine.
4. Go to Drive health to check your drive’s current temperature (e.g., 47°C).

Method 2: View temperature in Task Manager (GUI)

Here’s how to check SSD temperature if it’s not showing in your storage settings.

1. Press Ctrl + Shift + Esc to open the Task Manager.
2. Go to the Performance tab.
3. Select your NVMe SSD on the left-hand side.
4. Look for the temperature reading on the bottom (e.g., 35°C).

Method 3: Check NVMe temperature via PowerShell

⚠️ This method requires administrator privileges.

Power users can get additional SMART (Self-Monitoring, Analysis, and Reporting Technology) data when leveraging PowerShell to check NVMe temperature. To check SSD temperature records over time, do the following:

1. Press Win + R and type Powershell
2. Press Ctrl + Shift + Enter to open an elevated PowerShell.
3. Run the following command:

Get-PhysicalDisk | Get-StorageReliabilityCounter

4. Look under Temperature (current) and TemperatureMax (historical max) to check how hot your NVMe SSD is running.

Method 4: Use third-party tools (for advanced monitoring)

⚠️ Only download third-party apps from legitimate sources to protect your security posture.

Reputable apps can offer deeper diagnostics and elevated control over your SSD. From free tools that show device health and SMART data to brand-specific apps, here are the best ones you should consider:

CrystalDiskInfo

This lightweight app provides real-time monitoring and gives you a comprehensive status report (e.g., Good, Caution, Bad) for at-a-glance management. Users who require more specifics on how to check SSD temperature can quickly find detailed SMART attributes within the app, which works with most SSD brands.

HWiNFO

HWiNFO offers in-depth sensor data for all workstation components, making it ideal for holistic diagnoses. For example, if you want to see how a GPU replacement impacts your SSD, this tool lets you track thermal throttling and wear levels during your tests.

Samsung Magician / Western Digital Dashboard

Specific tools like Samsung Magician are built to give you an optimized overview of Samsung-made SSDs. In addition to drive-specific diagnostics, OEM software also allows you to manage firmware updates, performance tuning, secure erase methods, and more.

Open Hardware Monitor

This open-source software tracks the temperatures of your CPU, GPU, and SSD while also providing SMART data for your hard drives, including fan speed and voltage readings. You can run this multi-use tool without installing it on your computer, and it supports a wide range of devices.

Additional considerations when you check SSD temps

SSD storage technology is used in a wide range of industries, but the fundamental factors that impact NVMe temperatures apply to all of them. Consider these key points when outlining your organization’s SSD maintenance strategy.

Normal NVMe temperature range

The majority of SSD drives operate safely at 0°-70°C, but start slowing down around 65°C to lessen wear in a process called thermal throttling. This leads to visible performance issues, but can be prevented with cooling solutions.

Cooling

Cooling ensures that workstations stay efficient and safe while improving their general longevity. You can either cool a system passively with heatsinks or apply active cooling with fans, air conditioning, and micro-cooling products, which can reduce SSD temperatures by up to 20%.

Virtual machines

It’s important to know how to check SSD temperature when your organization regularly uses Virtual Machines. These add considerable strain to your processors due to their constant read/write operations (especially when multiple environments are running simultaneously), so keep this in mind.

Firmware updates

Lastly, remember that firmware updates can optimize your SSD’s internal heat management. This is done through patching out problematic bugs, enhancing compatibility, and more.

Learn how to check your SSD temperature for optimal performance

Monitoring your SSDs’ status helps ensure that your enterprise runs efficiently. Doing so upholds data integrity. Moreover, set policies around memory-heavy processes/apps to help prevent thermal throttling and potential shutdowns. Also, leverage automated solutions to let you monitor system health in a single pane.