How to Check CPU Temperature on Windows (And What’s Actually Normal)

You’re mid-game, the fans start screaming, and a quick glance shows 85°C or 90°C. Your stomach drops. Is your PC about to melt?

Here’s the thing — that number on its own tells you almost nothing. Sitting at 90°C for hours is a completely different situation from hitting it for a split second during a boss fight. Before you panic (or worse, ignore it), you need two things: a reliable way to check your CPU temperature, and a realistic idea of what’s normal.

This guide covers both — starting with exactly how to check your CPU temp on Windows using free tools, then breaking down safe ranges and fixes if yours is running hot.

How to Check CPU Temperature on Windows

Let’s get straight to it. There are three practical ways to check your CPU temp, and none of them take more than a couple of minutes.

Can You Check CPU Temp in Task Manager?

Short answer: no. Windows Task Manager shows CPU usage, memory, disk, and GPU activity, but it doesn’t display CPU temperature. If you’ve been hunting for a temp reading in Task Manager and coming up empty, that’s why — it simply isn’t there. You’ll need a free third-party tool.

How to Check CPU Temperature with Core Temp (Easiest Method)

Core Temp is the fastest way to get a CPU temp reading if you just want a quick look. It’s free, lightweight, and opens straight to live per-core temperatures.

Step-by-step:

• Head to alcpu.com/CoreTemp and download the installer.
• Run the installer. Important: during setup, untick the “Build your kingdom with Goodgame Empire” bundled offer — it’s optional bloatware.
• Launch Core Temp. You’ll immediately see a panel showing your CPU model, each core’s current temperature, and the Tj. Max (your CPU’s maximum safe temperature).
• Watch the “Temperature Readings” section. The number next to each core updates in real time.
• To see how hot your CPU gets under load, leave Core Temp running while you game or run a demanding app, then check the “Max” column.

That’s it. For a quick health check, Core Temp is all you need.

How to Check CPU Temperature with HWiNFO (Most Detailed Method)

If you want serious monitoring — logging, min/max tracking, and sensor data for every component — HWiNFO is the go-to tool for power users and gamers.

Step-by-step:

• Download HWiNFO from hwinfo.com (choose the free version).
• Install and launch it. When prompted, select “Sensors-only” mode — this skips the system summary and opens directly to live readings.
• Scroll down to find your CPU section (labelled something like “CPU [#0]: Intel Core i7…” or “AMD Ryzen…”).
• Look for these key readings:
  • CPU Package — overall CPU temperature
  • Core #0, #1, #2… — individual core temperatures
  • CPU Max — the highest temp reached since monitoring started
• Before you start gaming or benchmarking, right-click any value and choose “Reset Min/Max” to get a clean reading for your session.
• After your session, come back and check the Max column to see your real peak temperature.

HWiNFO’s strength is that it records temperature history. If your PC crashed an hour ago, you can see exactly how hot it got.

How to Check CPU Temperature in BIOS/UEFI

If Windows won’t boot, or you want a reading without any software running, you can check CPU temp directly in your BIOS.

• Restart your PC and press Delete, F2, or F12 repeatedly as it boots (the key depends on your motherboard).
• Once in the BIOS/UEFI, look for a tab called “Hardware Monitor”, “PC Health Status”, or “H/W Monitor”.
• You’ll see the CPU temperature listed there.

Keep in mind: BIOS readings show idle temps only, because nothing’s loading the CPU. It’s useful for checking baseline health, not performance under load.

Which Tool Should You Use?

All are free. Most Aussie gamers and enthusiasts end up running HWiNFO in the background during sessions and using Core Temp for a quick sanity check.

What’s a Normal CPU Temp for Gaming and Daily Use?

First, find out what the normal ranges are for each task and what the highest speed your CPU can handle.

CPU Temperature Guidelines (By Use Case)

It is normal for temperatures to change a lot between doing nothing and playing games hard. “85°C” does not mean anything by itself. When you are staring at your desktop at 85°C, that is a huge red flag. But when you are pushing a demanding game to its limits at 85°C, that is a whole other story.

Use Case	Desktop PC	Laptop	Mini PC
Idle	30–50°C	35–55°C	40–55°C
Light Load (Browsing, Video)	40–60°C	45–65°C	40–65°C
Gaming / Heavy Load	65–85°C	70–90°C	70–90°C
Warning Zone	90°C+	95°C+	95°C+

You will see that Mini PCs get a little hotter than desktops. It is just the way things work; small cases do not have as much space to let heat escape. Do not freak out because the numbers look high; it is a feature of the design, not a bug. We will talk more about Mini PC temperatures in a bit.

Safe Temperatures for Popular CPU Models

Known as Tjmax, the designed maximum temperature for each CPU model is different. In the case of Intel Core and AMD Ryzen chips, the limits change based on the generation and series. It is much more accurate to read your temperatures if you know exactly where your processor’s top speed stops.

CPU	Idle	Normal Load	Heavy Load	Tjmax
Intel Core i7-13700K (Desktop)	30–50°C	50–70°C	80–90°C	100°C
AMD Ryzen 7 7700X (Desktop)	35–45°C	55–70°C	70–80°C	95°C
Intel Core Ultra 9 285H (Mobile)	35–50°C	50–70°C	75–80°C	110°C
AMD Ryzen 9 7940HS (Mobile)	Around 40°C	45–65°C	65–85°C	95°C

* This data is compiled from real-world user reports, desktop testing, and hands-on reviews of Intel and AMD mobile platforms.

When Does CPU Temperature Become Dangerous?

“Dangerous” isn’t a single point; it’s a spectrum.

In the past, when it got to 95°C, the temperature would drop right away. CPUs today are built in a different way. To get the most out of the performance, they use boost algorithms to raise the temperatures on purpose. As you get closer to the limit, though, the extra performance you get goes down while power use and heat go through the roof. How comfortable you are will depend on where you draw the line.

• Under 90°C: Generally fine. If you want your system to run comfortably for years, keeping it around 80°C is a solid goal.
• 90–95°C: Pushing the limits of the design. You’re losing efficiency here, burning a lot of power for minimal performance gains.
• Constantly over 95°C: A clear signal to fix your cooling.
• Hitting 100°C or random shutdowns: Stop what you’re doing and fix the problem immediately.

Remember that laptops and Mini PCs are made to handle a little more heat, so a temperature of 95°C is not always a problem. Though, if it stays stuck there, you should look into it.

What Temperature Causes a PC to Overheat?

You’ll know it’s happening when you experience sudden forced shutdowns, endless reboot loops, or massive frame rate drops while gaming. If your system feels unstable lately, temperature is the first thing to rule out. Already checked yours? Below are the questions we hear most often about CPU temps.

Frequently Asked Questions