Reliable Cpu Temperature Monitor

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Core Temp has been the most reliable out of any, since the software writer has been keeping it updated, compared to other programs. I have never had any issues with Core Temp reporting proper temp's with AMD CPU's. Now there are some out there that may be newer CPU's, that the writer of Core Temp needs the logs from the program, in order to update. Based on the well-known original memtest86 written by Chris Brady, memtest86+ is a port by some members of the x86-secret team, now working at goal is to provide an up-to-date and completly reliable version of this software tool aimed at memory failures detection.

  1. Digital Cpu Temperature Monitor
  2. Motherboard Cpu Temperature Monitor

Monitoring CPU temperatures can be a real challenge, but it’s a vital piece of information that can make or break the hardware on your network and provide you with great troubleshooting data.

In this article, we’ll dive into some of the best CPU temperature monitors you can use to make sure your network stays cool, and under control.

Here is our list of the Best CPU Temperature Monitors:

  1. SolarWinds CPU Load Monitor (FREE TRIAL) Part of the Engineer’s Toolset, this tool is ideal for monitoring CPU temperatures and status across a medium to large-sized network. This tool is ideal for business environments where uptime is a priority.
  2. Speccy Minimalistic hardware monitor with detailed CPU monitoring and easy to read interface.
  3. Open Hardware Monitor Simple hardware monitor that provides real-time temperature stats. OHM is free and open-source.
  4. AIDA64 Extreme Detailed hardware monitor, with built-in stress testing elements. Ideal for hobbyists and technicians.
  5. SpeedFan Real-time CPU temperature monitoring, along with fan speed control and automation.
  6. BurnInTest Live graphical CPU temperature monitor with CPU specific stress tests and additional hardware testing features.
  7. HWMonitor Barebones hardware monitor with CPU temperature and load monitoring. Has minimal reporting and event logging features.

1. SolarWinds CPU Load Monitor (FREE TRIAL)

If you’re looking to monitor CPU temperatures accurately across your network, SolarWinds CPU Load Monitorhas the sensors and reporting you can rely on. CPU Load Monitor is part of a larger suite of over 60 tools called the Engineer’s Toolset that helps you keep tabs on what’s happening in your environment.

Like many SolarWinds products, CPU Load Monitor is primarily built to serve system administrators and managed service providers with its device autodiscovery, and inventory management. Once your devices are scanned into Load Monitor you’ll see that there is plenty of information about the device available to you; we’ll just focus on the CPU and heat management features for now.

A feature I personally enjoy is the automatic threshold alerts, which will alert you if a device passes a specific temperature. You or your tech team can choose to be alerted via the dashboard, email, or SMS. This makes CPU load monitoring simple and almost effortless for most environments. You do have the option to configure these thresholds manually to suit your preference and networking needs. I find this feature really useful, especially for environments that heavily rely on their network uptime.

While most devices have temperature based kill switches, it’s still important to make sure you set your CPU alerts low enough. This is so you or your team will have enough time to physically reach the device before permanent damage occurs.

You can download the Engineer’s Toolset with CPU Load Monitor on a 14-day free trial.

2. Speccy

Speccy is a fairly popular PC hardware monitor that lets you dig into your hardware without having to crack open the case. Speccy can pull a variety of different system information, such as your memory usage, hard-drive I/O, operating system, and of course CPU temperature.

What I really enjoy about Speccy is its quick install and ease of use. In under a minute I can have all of the PCs hardware stats available to me. The CPU tab displays your average temperature, as well as the individual temperatures across each of your cores which is convenient if you’re troubleshooting an overclocking issue or CPU heat problem.

In addition to the CPU temperature, Speccy also reads out fan speed, bus speed, socket type, and model, making this an ideal tool for hobbyists and PC enthusiasts.

Speccy is a great tool if you’re just curious about your home PC, or want to take a look at your hardware without actually opening up your case. Speccy is really geared towards home use and not a business environment. The lack of real-time monitoring, inventory management, and benchmarking restricts its effectiveness in a corporate setting.

If you’re looking for a fast, convenient CPU temperature monitor, Speccy can get the job done. Speccy is compatible with any modern Windows system and is available for both 32-bit and 64-bit architectures. It comes in both free and paid versions.

3. Open Hardware Monitor

Open Hardware Monitor (OHM) is a free open-source tool similar to Speccy that provides detailed real-time information about your hardware current status. OHM provides granular detail under the hood of your PC to troubleshoot even the most obscure of CPU temperature issues. Installation of OHM is fast and just requires you to unzip a single folder. On launch, your system’s current temperatures and readings will populate the screen to give you a real-time look at what’s happening in your case.

OHM reads out CPU voltages, temperatures, bus speeds, CPU loads, and fan speeds. You’ll be able to immediately see if your CPU is running hot, and specifically on what core. If you’re a PC enthusiast and are working on overlocking or underclocking your machine, OHM allows you to quickly see your CPU voltages in real-time. This can come in handy if you suspect your CPU may be too underpowered when trying to optimize your case’s temperature.

In addition to CPU monitoring, you can also view your real-time memory usage, available disk space, and hard drive temperature. Although OHM lacks built-in benchmarking, it’s resizable window makes it easy to put on a second monitor and watch as you make changes to your machine.

Once again, this tool is geared more for individual troubleshooting and lacks key features like detailed reporting and inventory management. Open Hardware Monitor can be downloaded directly from their website and run on any Windows machine as well as any x86-based Linux operating system.

4. AIDA64 Extreme

AIDA64 Extreme certainly lives up to its name when it comes to monitoring hardware usage and CPU temperatures. If you’re looking to dive even deeper into your machine’s hardware and perform in-depth diagnostics, AIDA64 Extreme covers all the bases.

With built-in stress tests and reporting you won’t need any third-party software to pair with your CPU temperature monitor. AIDA64 Extreme has an easy to use stability test that gives you real-time readouts of how your hardware is performing. With a simple check of a box, you can stress test your CPU, GPU, memory, hard drive, and cache.

Whether you’re doing a custom PC build or just need to make sure a machine will vent heat correctly, AIDA64 Extreme has over 50 pages of data points and sensor readings to aid you in optimizing or troubleshooting your machine.

The built-in benchmarking is what really makes AIDA64 Extreme unique and ideal for overclockers and even IT support technicians looking to troubleshoot hardware issues. For example, if you’re trying to replicate a CPU core temperature problem that only happens when the PC is under stress, you can easily create your own test and see exactly when and where the problem arises.

AIDA64 Extreme is compatible with all modern Windows environments and currently costs $29.96 (£23.76). You can also download a trial version.

5. SpeedFan

What SpeedFan lacks in aesthetics, it makes up for in power and configurability. SpeedFan is a CPU temperature monitor and fan speed controller that gives you a wide range of customizable options to keep your case cool and performing optimally.

You can expect to get all of the standard voltage, fan speed, and temperature readouts from SpeedFan in addition to creating rules for your fan speeds. You can configure SpeedFan to automatically ramp up fan RPMs when temperatures reach a specific threshold. This feature also comes in handy when trying to reduce fan speed noise.

Unfortunately, SpeedFan does not have any built-in benchmarking for tests, however, it does have an event log that notes hardware changes and temperature fluctuations. While SpeedFan can also pick up and monitor other hardware temperatures, it was nice to see that the software could even detect SMART data and RAID controllers, making this applicable to monitoring server hardware as well.

Due to the primitive-looking interface and its range of configurations, SpeedFan is really aimed more towards technicians and power users looking to get the most out of their machines. With that being said it could be possible to damage your CPU or other hardware if you misconfigure your fan settings, so always double-check your settings.

Due to its development over the past 20 years, SpeedFan has an extended range of compatibility, meaning you can install SpeedFan on more archaic systems dating all the way back to Windows 9x, ME, and NT.

SpeedFan is free to use and is compatible with nearly all versions of Windows.

6. BurnInTest

BurnInTest wraps detailed hardware monitoring into an intuitive dashboard that makes testing your hardware quick and simple. BurnInTest can easily stress test all of your Windows or Linux based hardware in just a few minutes. In addition to stress tests, it can also provide real-time temperature readouts while your machine is idle, or under stress.

BurnInTest specifically has a Maximum CPU Temp test which stress tests the CPU and helps you gauge your CPU performance under a maximum load. You can easily scale up, or dial down the stress tests to trigger specific temperatures and ensure your cooling systems are properly calibrated.

In addition to the active tests you can run, BurnInTest also offers passive monitoring of your CPU’s temperature. This is broken down by each core and displayed in real-time in a graph format along with readouts from your other hardware. This feature allows you the flexibility to run your own stress tests or applications and still use the software to monitor your temperatures.

Lastly, this software comes with an event log and reporting feature to note significant findings during your tests. I found this particularly useful when running extended hardware tests over the course of a few hours.

You can try an evaluation version of BurnInTest for free on their website. Pricing starts at $53.10 (£42.13).

7. HWMonitor

If you’re looking for a free, barebones temperature monitor with no frills or extra features, then HWMonitor is for you. This software gives you immediate real-time readouts of all of your system’s temperatures and loads. A top column automatically records the minimum and maximum temperatures during your session. You do have the option to reset this data if needed.

The display is simple and gives you a full view of all your CPU stats on a single screen. At a glance, you can check your CPU’s voltage, temperature, fan speeds, and utilization. HWMonitor doesn’t have any fancy reporting features but does the option to save your monitor data in text format for review later.

While HWMonitor is fairly basic, there is a pro version of the software that gives you some additional features and capabilities. The pro version includes remote monitoring via TCP connection for both PCs and Android devices, as well as the ability to save monitoring data in graphical bitmap files. These extended features could definitely prove useful to a power user but still fall short when implementing in a business environment.

HWMonitor works on both Android and Windows systems and is free to use. The pro version starts at $25.25 (€19.95).

Choosing a CPU Temperature Monitor

While there are clearly plenty of options to choose from, picking the right CPU temperature monitor is important, especially when accuracy and uptime are taken into account. For system administrators of medium to small-sized businesses, CPU Load Monitor will give you the control and alerting features you’ll need to keep your hardware monitored across your entire network.

Hobbyists and overlockers will find either BurnInTest or AIDA64 Extreme to be useful for both real-time CPU monitoring and built-in benchmarking. Both tools provide a range of customizable options that should cover nearly all hardware tests you need to perform.

Do you have a favorite CPU temperature monitor? Let us know in the comments below.

LAST UPDATE : 12/04/2020

Based on the well-known original memtest86 written by Chris Brady, memtest86+ is a port by some members of the x86-secret team, now working at Our goal is to provide an up-to-date and completly reliable version of this software tool aimed at memory failures detection. Memtest86+ was, is and will always be a free, open-source software.
The original Memtest86 is now handled by PassMark® Software Pty Ltd.
Memtest86+ is released under the terms of the Gnu Public License (GPL). No restrictions for use, private or commercial exist other than the ones mentioned in the Gnu Public License (GPL). Texts about the original version was taken from the original website and written by Chris Brady.
PS : A newsletter for memtest86+ updates is available / Donation for Memtest86+ welcome. Please support free GPL software

  • About Memtest86+
  • About the original Memtest86 (Unchanged)
  • About tests performed
  • About the authors & contributors
-= History =-

The first version of Memtest86+ was released on early 2004, based on memtest86 v3.0 that was not updated since mid-2002. Our main challenge was to provide an up-to-date version of this useful tool, as reliable than the original. Our work started when we got the first AMD64 system. Unfortunatly, the original memtest v3.0 didn't run at all. After looking at the source code, we fixed the bug.After some days, I saw lot of other things like chipsets or CPU that were not correctly detected or not detected at all. As I'm the chief-editor of a french hardware website ( now integrated into, I have access to lot of recent hardware and I can test and debug on quite all available motherboards on the market. After adding detection for all current CPUs, I've added detection for all current chipsets (SiS, VIA, nVidia, Intel) and ECC Polling for AMD64, i875P and E7205. Then, I decided to display some useful settings for the most popular chipsets. For exemple, on i865PE/i875P series, memtest86+ will now display FSB & Memory frequency, PAT status, memory timings, ECC status and the number of memory channels. Next version will perhaps contain several enhancements and bug-fixes.

-= Change Log =-

Here is all the latest change logs for memtest86+ :

*** Enhancements in v5.31b : ***

After a long hiatus without updates and following numerous requests, I've started compiling many codes branches to release public builds again! Here is Memtest86+ 5.31b, with many bug fixes in the core functions. This build is not ready for production yet, because it lacks some feedbacks from beta-testers. Additional features and updated detection code will follow soon, as soon I have access to my lab with all the reference test platforms. It's currently inaccessible due to the COVID19 lockdown.
If you find a bug or regression in this build, please send your feedback to memtest (-A-) Thank you!

Enhancements in v5.01 :

  • Added support for up to 2 TB of RAM on X64 CPUs
  • Added experimental SMT support up to 32 cores (Press F2 to enable at startup)
  • Added complete detection for memory controllers
  • Added Motherboard Manufacturer & Model reporting
  • Added CPU temperature reporting
  • Added enhanced Fail Safe Mode (Press F1 at startup)
  • Added support for Intel 'Sandy Bridge-E' CPUs
  • Added support for Intel 'Ivy Bridge' CPUs
  • Added preliminary support for Intel 'Haswell' CPUs (Core 4th Gen)
  • Added preliminary support for Intel 'Haswell-ULT' CPUs
  • Added support for AMD 'Kabini' (K16) CPUs
  • Added support for AMD 'Bulldozer' CPUs
  • Added support for AMD 'Trinity' CPUs
  • Added support for AMD E-/C-/G-/Z- 'Bobcat' CPUs
  • Added support for Intel Atom 'Pineview' CPUs
  • Added support for Intel Atom 'Cedar Trail' CPUs
  • Added SPD detection on most AMD Chipsets
  • Enforced Coreboot support
  • Optimized run time for faster memory error detection
  • Rewriten lots of memory timings detection cod
  • Corrected bugs, bugs and more bugs (some could remain)

Enhancements in v4.20 :

  • Added failsafe mode (press F1 at startup)
  • Added support for Intel 'Sandy Bridge' CPU
  • Added support for AMD 'fusion' CPU
  • Corrected some memory brands not detected properlyt
  • Various bug fixes

Enhancements in v4.10 :

  • Added support for Core i7 Extreme CPU (32nm)
  • Added support for Core i5/i3 (32 nm)
  • Added support for Pentium Gxxxx (32 mn)
  • Added support for Westmere-based Xeont
  • Added preliminary support for Intel SNB A0-step
  • Added support for AMD 6-cores CPU
  • Added detection for Intel 3200/3210
  • New installer for USB Key
  • Corrected a crash at startup
  • Many others bug fixes

Enhancements in v4.00 :

  • Major Architectural changes
  • First pass twice faster (reduced iterations)
  • Detect DDR2/3 brands and part numbers on Intel DDR2/3 chipsets
  • Added detection for Intel 'Clarkdale/Gulftown' CPUt
  • Added detection for AMD 'Magny-Cours' CPU
  • Added detection for Intel XMP Memory
  • Added for CPU w/ 0.5/1.5/3/6/12/16/18/24MB L3
  • Added 'clean' DMI detection for DDR3/FBDIMM2
  • Corrected detection for Intel 'Lynnfield' CPU
  • Corrected detection for AMD 45nm K10 CPU
  • Solved crash with AMD Geode LX
  • Complies with SMBIOS 2.6.1 specst
  • Fixed compilation issues with gcc 4.2+
  • Many others bug fixes

PS : Memtest86+ '3.00' was skipped and renamed 4.00 in order to avoid confusion with the original Memtest.

Enhancements in v2.11 :

  • Added support for Intel Core i5 (Lynnfield) CPU
  • Added support for Intel P55 Southbridge
  • Added support for Intel PM45/GM45/GM47 Mobile chipset
  • Added support for Intel GL40/GS45 Mobile chipset
  • Corrected DDR2/DDR3 detection on Intel x35/x45
  • Corrected detection on some Core i7 CPU
  • Fixed a bug with some AMI BIOS (freeze at startup)
  • Various bug fixes

Enhancements in v2.10 :

  • Added support for Intel Core i7 (Nehalem) CU
  • Added support for Intel Atom Processors
  • Added support for Intel G41/G43/G45 Chipsets
  • Added support for Intel P43/P45 Chipsets
  • Added support for Intel US15W (Poulsbo) Chipset
  • Added support for Intel EP80579 (Tolapai) SoC CPU
  • Added support for ICH10 Southbridge (SPD/DMI)
  • Added detection for Intel 5000X
  • Now fully aware of CPU w/ L3 cache (Core i7 & K10)
  • Added workaround for DDR3 DMI detection
  • Fixed Intel 5000Z chipset detection
  • Fixed Memory Frequency on AMD K10
  • Fixed cache detection on C7/Isaiah CPU
  • Fix Memtest86+ not recognized as Linux Kernel

Digital Cpu Temperature Monitor

Enhancements in v2.01 :

  • Added support for i945GM/PM/GME & i946PL/GZ
  • Added support for iGM965/iGL960/iPM965/iGME965/iGLE960
  • Added detection for SiS 649/656/671/672
  • Added detection for i430MX/i430TX
  • Added an optional beep mode (pass completed w/o error)
  • Pass duration 20% reduced
  • Removed the blinking cursor
  • Reverted Test #0 to cached
  • Solved a major bug in Memory Address Errors Reporting
  • Patched for Intel-Powered Mac
  • Corrected Intel 3-Series (P35/X38) chipset init
  • Corrected a bug with SPD Display and ESB6300
  • Correct a detection bug on P965/G965 C-Stepping
  • Solved a incoherency with pass progress indicator
  • Patched Makefile to compile on x86_64
  • Bootable Memtest86+ ISO more compatible

Enhancements in v2.00 :

  • Major Architectures changes
  • Modulo test now use random pattern for better accuracy
  • Added Advanced DMI Errors Reporting Mode
  • Added support for bus ratio changes on Intel Core CPU
  • Added support for non-integer bus ratio on latest Intel CPU
  • Added SPD Data Display for all Intel Chipsets (more to come)
  • Added serial support as a linux boot parameter (Thanks to Michal S.)
  • Added preliminary support for VIA CN Isaiah CPU
  • Added preliminary support for Intel Nehalem
  • Added support for VIA C7/C7-D/C7-M/Eden on Esther Core
  • Added support for AMD K10 (Phenom) CPU w/ timings detection
  • Added support for Intel Pentium E w/ 1 MB L2 Cache
  • Added support for Intel Core 2 45nm (Penryn)
  • Added support for FSB1333/FSB1600 Intel CPU
  • Added support for Intel 5400A/5400B w/ timings detection
  • Added support for Intel Q35/P35/G33/Q33 w/ timings detection
  • Added support for Intel X38/X48 w/ timings detection
  • Added preliminary support for Intel 5000P/V/Z
  • Removed on-fly memory timings change (unstable)
  • Numerous (really) bug fixes
-= Screenshots =-

Some screenshots of memtest86+ on third recent platforms (i865/i875 - nForce2 - AMD64) :

Memtest86+ V1.00 on nForce2

Motherboard Cpu Temperature Monitor

-= Download (Pre-built & ISOs) =-

Here is some pre-compiled distributions of memtest86+. Memtest86+ comes in three different way, first is a pre-build bootable ISO, second is a bootable binary and third an installable package for creating a bootable floppy. Third version are compressed in .zip and .tar.gz.

** Memtest86+ V5.31b (12/04/2020)**

* Memtest86+ V5.01 (27/09/2013) *

* Memtest86+ V4.20 (25/01/2011) *

* Memtest86+ V4.10 (04/05/2010) *

* Memtest86+ V4.00 (22/09/2009) *

* Memtest86+ V2.11 (22/12/2008) *

* Memtest86+ V2.10 (15/11/2008) *

* Memtest86+ V2.01 (21/02/2008) *

* Memtest86+ V2.00 (08/02/2008) *

-= Download (Source Code) =-

Here is the source code (under GPL) :

** Memtest86+ V5.31b (12/04/2020) **

  • Download - Memtest86+ V5.31b source code (.tar.gz) - 223 KB

* Memtest86+ V5.01 (27/09/2013) *

  • Download - Memtest86+ V5.01 source code (.tar.gz) - 209.3 KB

* Memtest86+ V4.20 (25/01/2011) *

  • Download - Memtest86+ V4.10 source code (.tar.gz) - 263.1 KB

* Memtest86+ V4.10 (04/05/2010) *

  • Download - Memtest86+ V4.10 source code (.tar.gz) - 263.1 KB

* Memtest86+ V4.00 (22/09/2009) *

  • Download - Memtest86+ V4.00 source code (.tar.gz) - 263.1 KB

* Memtest86+ V2.11 (22/12/2008) *

  • Download - Memtest86+ V2.11 source code (.tar.gz) - 139.8 KB

* Memtest86+ V2.10 (15/11/2008) *

  • Download - Memtest86+ V2.10 source code (.tar.gz) - 139.8 KB

* Memtest86+ V2.01 (21/02/2008) *

  • Download - Memtest86+ V2.01 source code (.tar.gz) - 139.8 KB

* Memtest86+ V2.00 (08/02/2008) *

  • Download - Memtest86+ V2.00 source code (.tar.gz) - 139.8 KB
-= Author of Memtest86+ =-

Memtest86+ is written by Samuel DEMEULEMEESTER, chief editor of (visit us). You can send an email to memtest[nospam] (sorry for the syntax, remove [nospam]). But don't expect an answer...

PS : Again, the original author of memtest86 is Chris Brady (

-= Contributors of Memtest86/Memtest86+ =-

The initial versions of the source files bootsect.S, setup.S, head.S and build.c are from the Linux 1.2.1 kernel and have been heavily modified.

Doug Sisk provided code to support a console connected via a serial port.

Code to create BadRAM patterns was provided by Rick van Rein.

Screen buffer code was provided by Jani Averbach.

On-fly timings change for A64/i865/915 was provided by Eric and Wee

Eric Biederman reworked the build process making it far simpler and also to produce a network bootable ELF image. He produce a nice patch in mid-2003 which was included in memtest86+

Memtest86+ Loader (and lots of help) was provided by Eric Auer.

Udo Rader create a piece of code for better badram support (remove duplicate)

Thanks to Franck Delattre ( for his help.

Thanks to Michal Schmidt, Yann D. and Warren Togami for unvaluable support

Thanks to Remko van der Vossen (aka Wichetael) for the FAQ

Thanks to CDH for his help.

Thanks to lechenejb for memtest86+ logo.

Reliable cpu temperature monitor download

Thanks to all 5.xx contributors, especially Passmark guys.

Thanks to all Beta-testers.

-= Donation for Memtest86+ =-

We occasionally receive email that ask for a doantion, so, here is the donation section ! So, if you've found memtest86+ useful - maybe it saved you some money or helped you to understand an issue that's been bothering you for ages - then please consider making a donation to support free software and help us face costs that occur (webhosting, buying of some hardware for debugging, ...etc). Don't forget donations are very welcome, but by no means required. However, they will directly increases the amount of time we can spend on developing mt86+. Any amount is greatly appreciated.

As an individual, your name will be asked in the Paypal's form and it will be added to this page as a mt86+ donator. Due to numerous abuses, we reserve the right to remove companies' names, especially when they are not related to IT. We only accept true donations. We don't sell links on our website for SEO purposes!

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