How to Check CPU Temperature in Windows 10: Easy Methods & Tools

Why CPU Temperature Matters More Than You Think

Your computer’s CPU is like the engine of a car—powerful, fast, and essential. But just like any engine, if it gets too hot, things can go wrong. That’s why monitoring your CPU temperature isn’t just for tech enthusiasts—it’s for anyone who wants their PC to run smoothly and last longer.

Overheating can lead to laggy performance, unexpected shutdowns, and in extreme cases, permanent hardware damage. Whether you’re gaming, editing videos, or just browsing the web, knowing your CPU’s temperature can save you from frustration—and expensive repairs.

So how do you actually check it? In this guide, we’ll walk you through how to check CPU temperature in windows 10.

Let’s find and make sure your computer stays cool under pressure.

Why Monitoring CPU Temperature Matters

Keeping an eye on your CPU temperature isn’t just for hardcore gamers or IT pros—it’s something every Windows 10 user should care about. Here’s why:

Risks of Overheating

When your CPU runs too hot, your entire system can suffer. Some common (and costly) issues include:

• System Slowdowns: An overheated CPU can throttle performance to cool itself down, leading to noticeable lag.
• Unexpected Shutdowns: To protect itself, your computer might shut down mid-task without warning.
• Hardware Damage: Prolonged heat exposure can damage your motherboard, power supply, or even your SSD.
• Shortened Lifespan: Like any hardware, the hotter it runs over time, the faster it wears out.

Benefits of Regular Monitoring

By keeping tabs on your CPU temperature, you’re not just preventing problems—you’re optimizing your entire system:

• Better Performance: Avoid thermal throttling and ensure your PC runs at full speed.
• Longer Hardware Life: Prevent long-term damage and extend the lifespan of your components.
• Peace of Mind: Know your system is running safely—even during heavy workloads or hot summer days.
• Cost Savings: Catch heat issues early and avoid costly repairs or replacements.

Monitoring your CPU temp is one of the easiest ways to stay in control of your computer’s health—and it takes less than a minute to check.

Built-in Methods to Check CPU Temperature

Before you download any third-party software, Windows 10 does offer a way to check your CPU temperature—though it’s not exactly front and center. You’ll need to access your system’s BIOS or UEFI settings.

Accessing BIOS/UEFI Settings

Your motherboard’s BIOS (or the newer UEFI interface) often displays your CPU temperature on the main screen. Here’s how to get there:

1. Restart Your PC.
2. During boot-up, repeatedly press the BIOS access key. Common keys include:
   • Del
   • F2
   • Esc
   • (Check your screen or manual—it varies by manufacturer.)
3. Once inside the BIOS/UEFI menu, look for a tab like:
   • “Hardware Monitor”
   • “PC Health Status”
   • “System Information”
4. You should see a readout of your CPU temperature in Celsius.

Tip: BIOS temperature readings are usually taken when the system is idle, so they may appear lower than when you’re actively using your PC.

Limitations of Built-in Methods

While checking through BIOS works, it does come with a few downsides:

• No Real-Time Monitoring: You can only see the temp before Windows starts—useless for tracking temps while gaming or working.
• Not User-Friendly: For some, accessing BIOS can feel intimidating or risky.
• No Historical Data: You can’t view trends or spikes over time.

That’s why most users turn to free, reliable third-party tools. And don’t worry—we’ll guide you through those next.

Top CPU Temperature Monitoring Tools for Windows 10

Monitoring your CPU temperature is essential for maintaining system performance, especially during gaming, rendering, or multitasking. Below is a breakdown of the most reliable tools available—free and paid—based on key features, ease of use, compatibility, and AI integration.

1. Core Temp

Core Temp is a lightweight, no-frills tool that shows real-time temperature readings for each individual CPU core.

Key Features:

• Displays temperature per core
• Logs temperature data over time
• Works with most Intel and AMD processors

Strengths:

• Minimal resource usage
• Very accurate for CPU monitoring
• Portable version available

Limitations:

• No support for GPU or other components
• Interface is basic and not customizable
• Be cautious during install to avoid bundled software

Official Download:
👉 https://www.alcpu.com/CoreTemp/

Install Guide

• Visit Core Temp Official Site
• Click the download link for your OS version.
• Run the .exe installer and follow prompts.
• Launch the app to see per-core temperatures instantly.

Pro Tip: Be sure to uncheck any bundled software offers during setu

2. HWMonitor

HWMonitor provides comprehensive system health monitoring. It goes beyond just CPU temperatures to track GPU temps, fan speeds, voltages, and more.

Key Features:

• Full hardware sensor monitoring
• Portable and installable versions available
• Regularly updated by CPUID

Strengths:

• Covers entire system
• Reliable and widely used
• No unnecessary features or bloat

Limitations:

• Not the most intuitive interface
• No graphing or alerts built-in
• Can be overwhelming for beginners

Official Download (CPUID):
👉 https://www.cpuid.com/softwares/hwmonitor.html

Install Guide

• Go to HWMonitor’s Official Page
• Choose the Setup version for easy installation.
• Install and open the program to see real-time CPU, GPU, fan, and voltage stats.

3. Open Hardware Monitor

An open-source alternative that offers flexibility and customization. Supports a wide range of sensors and components.

Key Features:

• Monitor temps, voltages, fan speeds, and loads
• Customizable desktop widgets
• Open-source and regularly maintained

Strengths:

• Free and open-source
• Lightweight
• Ideal for tinkerers or developers

Limitations:

• May not support newer hardware
• Fewer UI polish and features than commercial tools

Official Download (GitHub):
👉 https://openhardwaremonitor.org/

Install Guide

• Download from https://openhardwaremonitor.org/
• Extract the ZIP file.
• Run OpenHardwareMonitor.exe (no installation required).

Note: Great for portable use.

4. Speccy

From the makers of CCleaner, Speccy is perfect for beginners who want a quick overview of system specs including CPU temps.

Key Features:

• Clean interface
• Shows temps and basic system info
• Very low system usage

Strengths:

• Extremely easy to use
• Fast installation
• Suitable for basic diagnostics

Limitations:

• Doesn’t provide per-core data
• No advanced metrics or customization
• Limited historical tracking

Official Download (CCleaner / Piriform):
👉 https://www.ccleaner.com/speccy

Install Guide

• Head to Speccy’s Official Site
• Download the free version.
• Install and open to get a summary of your system, including CPU temperature.

5. HWiNFO

A professional-grade tool used for in-depth diagnostics, real-time monitoring, and logging. Suitable for advanced users and tech professionals.

Key Features:

• Extremely detailed data from all sensors
• Graphing, alerts, and logging options
• Supports plugins and extensions

Strengths:

• Comprehensive and accurate
• Active development with frequent updates
• Offers sensor-based alert systems

Limitations:

• Steeper learning curve
• UI can feel cluttered
• Might be overkill for casual users

Official Download:
👉 https://www.hwinfo.com/download

Install Guide

• Visit HWiNFO Download
• Choose either the installer or portable version.
• Run the program, choose “Sensors only,” and view detailed temperature data.

6. NZXT CAM

A sleek and modern tool, especially popular among gamers. Offers real-time monitoring, system tuning, and performance overlays.

Key Features:

• Monitors temps, usage, FPS, and more
• Allows fan control and RGB integration (NZXT hardware)
• Cloud-syncing options

Strengths:

• User-friendly interface
• Great for gaming setups
• Light AI features like usage analytics

Limitations:

• Focused on NZXT hardware
• Requires user account
• Limited for users without NZXT ecosystem

Official Download (NZXT):
👉 https://nzxt.com/software/cam

Install Guide

• Go to https://nzxt.com/software/cam
• Download and install the app.
• Create an NZXT account or use guest login.
• Great UI for gamers and NZXT hardware users.

7. AIDA64 (Paid)

AIDA64 is a powerful diagnostic and benchmarking tool aimed at professionals and IT teams.

Key Features:

• Real-time temperature monitoring
• Hardware diagnostics and stress testing
• Supports remote monitoring and mobile access

Strengths:

• Enterprise-grade analysis
• High compatibility with all platforms
• Benchmarking included

Limitations:

• Paid software
• Not ideal for casual users
• Complex UI
• Official Download (Trial Available):
  👉 https://www.aida64.com/downloads

Install Guide

• Visit https://www.aida64.com/downloads
• Choose your version (e.g., Extreme, Engineer).
• Install, open, and explore rich diagnostics.
• Ideal for advanced users needing benchmarks or remote monitoring.

8. MSI Afterburner (Bonus for Gamers)

Primarily known as a GPU overclocking tool, MSI Afterburner also monitors CPU/GPU temps and usage, often used with RivaTuner for in-game overlays.

Key Features:

• Performance overlay (FPS, temps, usage)
• Custom fan profiles
• Works with all major GPUs

Strengths:

• Great for gamers and streamers
• Easy-to-read in-game stats
• Supports CPU monitoring (with setup)

Limitations:

• Setup can be technical
• Primarily focused on GPU

Official Download (MSI):
👉 https://www.msi.com/Landing/afterburner/graphics-cards

Install Guide

• Download from MSI Official Site
• Install the package (comes with RivaTuner for overlays).
• Open and monitor CPU/GPU temps, especially for gaming.

Comparison Table: CPU Temperature Monitoring Tools

Which CPU Temperature Monitoring Tool is Best?

If you’re looking for a lightweight, easy-to-use, and reliable tool, Core Temp is often the best choice for most users. It’s minimalistic, requires little configuration, and gives accurate, real-time temperature readings per core. For those who want broader system insights (like GPU temps, fan speeds, voltages), HWMonitor or HWiNFO offer more advanced features.

Gamers may prefer NZXT CAM for its sleek interface and performance overlay, while IT professionals or enthusiasts needing detailed diagnostics and logging might choose HWiNFO or AIDA64.

Each tool serves a slightly different user, but for everyday monitoring on Windows 10, Core Temp strikes the best balance between simplicity and power.

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Tips to Maintain Optimal CPU Temperature

Keeping your CPU cool is essential for system performance and long-term reliability. Here are some practical ways to ensure your processor stays within safe temperature ranges.

Regular Cleaning

Dust buildup is one of the most common causes of overheating. Over time, dust can block airflow in your PC case and coat your CPU fan or heatsink, making it harder to dissipate heat.

• Use compressed air to clean your case, vents, fans, and CPU cooler every few months.
• Make sure the fan blades and heat sink fins are free of obstructions.
• Always power down and unplug your PC before cleaning.

Ensuring Proper Ventilation

Your PC needs adequate airflow to maintain optimal temperatures. Poor ventilation can trap hot air inside your case, causing CPU temps to rise.

• Keep your PC in a well-ventilated space, away from walls or heat sources.
• Make sure intake and exhaust fans are working properly.
• Organize cables to allow smoother air circulation inside the case.

Using Thermal Paste

Thermal paste helps conduct heat from the CPU to the heatsink efficiently. If it’s old or poorly applied, your CPU may run hotter than it should.

• Replace thermal paste every 2–3 years or when changing your CPU cooler.
• Apply a small, even amount—too much or too little can hurt performance.
• Clean old paste thoroughly with isopropyl alcohol before reapplying.

Upgrading Cooling Systems

If you’re consistently seeing high CPU temps—even after cleaning and reapplying paste—it might be time to upgrade your cooling solution.

• Consider a better air cooler with more heat pipes or a larger heatsink.
• For more powerful systems, liquid cooling offers superior heat dissipation.
• Check compatibility with your case and CPU socket before purchasing.

Why CPU Temp Monitoring Matters

A Gamer’s Cooling Strategy to Monitoring CPU During Intensive Gaming Sessions

Alex, a competitive PC gamer, started noticing lag spikes and frame drops during high-stakes matches of Call of Duty: Warzone. Initially blaming his internet or GPU, he decided to dig deeper and installed Core Temp to monitor his CPU temperature.

To his surprise, his CPU was reaching 90°C+, triggering thermal throttling and reducing performance. He:

• Cleaned out dust from his case and fans
• Reapplied thermal paste
• Installed an additional case fan

The result? A drop of 15°C, smoother gameplay, and no more lag. Alex now checks his CPU temperature regularly before streaming or competing to ensure peak performance.

Lesson: Even casual gamers can face performance issues due to overheating. Monitoring CPU temps can turn frustration into flawless gameplay.

Server-Safe, Stress-Free: An IT Pro’s Daily Routine

Priya, a system administrator at a mid-sized tech firm, manages several on-site servers. One day, she noticed inconsistent performance and random reboots on one server. Using HWiNFO, she discovered that the CPU was consistently running above 85°C, even during idle hours.

Upon inspection, she found:

• A faulty CPU cooler
• Poor airflow in the server rack

She replaced the cooler, reorganized airflow, and added alerts via the software to notify her of any spikes. This proactive step:

• Prevented potential hardware damage
• Improved server uptime
• Avoided expensive downtime for her company

Lesson: For IT professionals, CPU monitoring is not just smart—it’s essential. A few degrees too hot can lead to real-world consequences for business continuity.

These real-world examples show that monitoring CPU temperature isn’t just technical—it’s practical. Whether you’re gaming, working, or managing servers, it pays to keep an eye on your temps.

FAQ’s on How to Check CPU Temperature in Windows 10

How to check CPU temperature in Windows 10?

Windows 10 does not have a built-in CPU temperature display in Task Manager. To check your CPU temp, you’ll need third-party software. Recommended tools include:

• Core Temp – Simple and accurate.
• HWMonitor – Great for advanced stats.
• Speccy – Ideal for beginners.

Each of these gives real-time CPU temperature readings. They’re free and safe to use.

2. How do you check the temperature of the CPU?

Here’s how to do it step-by-step:

1. Download and install a tool like Core Temp or HWMonitor.
2. Launch the program.
3. Look for your CPU’s core temperatures—they’ll be listed per core (e.g., Core #0, Core #1).
4. Aim for temps between 30–70°C under typical load. Over 85°C = too hot!

3. Can I check CPU temp in Task Manager?

No, Task Manager does not show CPU temperature. It only displays CPU usage, speed, and number of processes.

For temperature data, you’ll need to use a third-party app as listed above.

4. How do I know if my CPU is hot?

Here are the signs your CPU might be overheating:

• Fan noise increases suddenly.
• PC performance drops (lag, stuttering).
• System randomly shuts down or restarts.
• Touching the case feels unusually hot.

To be sure, use a monitoring tool. Temps above 85°C–90°C during normal use or gaming are risky.

5. How to cool down a PC?

If your PC is running hot, here are easy fixes:

• Clean your fans and vents (dust is a big culprit).
• Improve airflow (add more case fans or reposition them).
• Replace thermal paste on your CPU (if old).
• Use a cooling pad for laptops.
• Avoid gaming or editing in direct sunlight or warm rooms.

Pro Tip: Keep ambient room temp cool, don’t block air vents, and update BIOS/drivers occasionally for better thermal control.

Conclusion

Monitoring your CPU temperature is crucial for maintaining system health and performance. Windows 10 users have several options, from built-in BIOS checks to user-friendly third-party tools.

Regularly checking your CPU temperature can prevent potential hardware issues and ensure optimal performance. Choose a method that suits your comfort level and needs.