Open Hardware Monitor Download Free for Windows

Open Hardware Monitor: The Open Hardware Monitor is a free open-source application that monitors temperature sensors, fan speeds, voltages, load, and clock speeds of a computer. It supports most hardware monitoring chips found on today’s mainboards like the ITE, Winbond, and Fintek families.

The CPU temperature can be monitored by reading the core temperature sensors of Intel and AMD processors. The sensors of ATI and Nvidia video cards as well as SMART hard drive temperature can be displayed. The Open Hardware Monitor runs on 32-bit and 64-bit Microsoft Windows operating systems without installation.

Using Open Hardware Monitor

Open Hardware Monitor Safe

The Open Hardware Monitor is a free open source software that monitors temperature sensors, fan speeds, voltages, load and clock speeds of a computer.
The Open Hardware Monitor supports most hardware monitoring chips found on todays mainboards. The CPU temperature can be monitored by reading the core temperature sensors of Intel and AMD processors.
The sensors of ATI and Nvidia video cards as well as SMART hard drive temperature can be displayed. The monitored values can be displayed in the main window, in a customizable desktop gadget, or in the system tray.
The free Open Hardware Monitor software runs on 32-bit and 64-bit Microsoft Windows XP / Vista / 7 and any x86 based Linux operating systems without installation.

As we all know, anything that runs on electricity generates an amount of heat to some degree, whether it’s your television, mobile phone or desktop PC. And in the case of a modern computer, several parts inside can get incredibly hot, even up to the boiling point of water! Generally speaking, the hotter an electrical component operates, the shorter its lifespan could potentially be because of the extra stress it has to endure.

Computers have always had devices inside them such as heat sinks and fans to try and cool the hardware components down as much as possible and stop any problems related to excessive heat occurring. Sometimes though the processor, graphics card, power supply or even a hard drive might be getting hotter than needed because of inefficient cooling, dust build-up or simply a faulty fan somewhere. The CPU could run into problems such as shutting down the system unexpectedly if it gets too hot.

Open Hardware Monitor Review

Are you worried your computer might be running a little hotter than it should be, an overclocker trying to push the system to its limit, or just somebody who is curious to know how hot a certain hardware component is getting or if the cooling fans are running properly?

Most components inside a modern PC include some form of monitoring sensors that can tell you things like temperatures, power draw, fan speeds, etc. One of the ways to find these values on most systems is in the BIOS. But obviously you’re not going to sit in there all day just to look at those values! An easier way is to use a Windows utility to get the information for you and then you can monitor things from the relative comfort of your desktop.

Here’s a selection of tools that can monitor your system hardware and give you the information you might find helpful such as your CPU temperature, or cooler fan speeds, or even the output values of the power supply. Do note that this list is for hardware monitoring tools only, if you want a piece of combined hardware information and monitoring programs such as Speccy or HWInfo, then look at our other article which includes these tools.

Open Hardware Monitor Cpu Temp

Open Hardware Monitor Cpu Temp

 

What most people like about HWMonitor is clear and easy to read layout of all the values in one window for you to quickly scan for what readings you’re looking for. It doesn’t do anything else like controlling fan speeds or setting warning alarms, but for a simple display of all the relevant values, HWMonitor is hard to beat. There is a setup installer or separate 32-bit / 64-bit portable versions available.

Speedfan has been around a long time and is widely considered to be one of the best tools around to monitor just about every temperature, fan speed and voltage your system can provide and also control the speed of the fans if they run too slow or too fast and therefore noisy. Warnings can be set for the temperatures, there is S.M.A.R.T. information for the hard drives, and just about any value, the program displays can be logged to a file. You can even set a trigger event of running a program or sending an email etc if the temperature reaches a certain value.

A graph is also available for any of the Temperature, fan speed or voltage readings you want to include. Speedfan does require a bit of setting up to get things configured to your liking, but there aren’t many other tools around with such control of fan speeds, alarms, logging, etc. Sadly there is no portable version, but the installer contains no adware of any kind, so it is well worth installing.

Open Hardware Monitor Not Showing Cpu Temp

  • Added support for Intel Skylake, Kaby Lake and Airmont CPUs.
  • Added support for Intel Xeon E5-26xx v4 and Xeon D-15xx CPUs.
  • Added support for Intel Intel i5, i7 5xxC (14nm) CPUs.
  • Added support for AMD family 15h model 30h APUs.
  • Added support for ITE IT8620E and IT8628E super I/O chips.
  • Added support for Nuvoton NCT6102D/NCT6106D super I/O chips.
  • Added more Nvidia RAM sensors (free, used and total).
  • Added more sensors for Samsung and Plextor SSDs.
  • Replaced the ‘Temperature Difference From 100’ with a simple ‘Temperature’ sensor on hard drives.
  • Fixed wrong Nvidia GPU clock min and plotting values.
  • Fixed issues with Nuvoton NCT6791D super I/O chips after wake from S3 sleep state.
  • Fixed incorrect OS version showing up in reports for Windows 10 and 8.1.
  • Added customizable pen colors for the plot window.
  • Improved the automatic plot pen color assignment strategy.

Release Version 0.7.1 Beta

  • Added support for the Nuvoton NCT6791D super I/O chip.
  • Added support for Intel Core i7 4xxx CPUs.
  • Added support for Intel Core i7-59xx and Xeon E5-2600/1600 v3 CPUs.
  • Added support for Intel Core M-5xxx CPUs.
  • Added support for Intel Atom N2xxx, D2xxx, C2xxx, E3xxx and Z3xxx CPUs.
  • Added support for up to 64 logical processors.
  • Added a data logging implementation with configurable logging interval.
  • Changed the Intel core temperature reading to evaluate the “reading valid” bit for package-level sensors as well.
  • Fixed an issue with restoring default control of GPU fans.
  • Changed the settings save code to use a more robust two file-based approach.

Release Version 0.6.0 Beta

  • Added a new plotting implementation using a .NET 2.0 backport of the OxyPlot library. All types of sensors can now be added to the plot. The plot can be configured to use stacked axes instead of subplots for each sensor type. The plot supports automatic or manual plot region selection.
  • Added support for Intel Haswell CPUs.
  • Added support for AMD family 15h model 1Xh and family 16h CPUs.
  • Added support for the Fintek F71869A (F71868AD) super I/O chip.
  • Added support for new Samsung SSDs (like Samsung SSD 840 PRO).
  • Added support for fan control on ITE 87XX chips and a mainboard specific configuration for the Gigabyte GA 970A UD3 (both based on a patch from Eric Hokanson).
  • Changed the HDD detection to list hard drives without SMART support as well.
  • Enabled fan control on mainboards by default.
  • Improved the kernel driver loading code.
  • Added additional information from the SMBIOS to the report.
  • Fixed some stability issues in the remote web server implementation.
  • Fixed a stability issue in the WMI provider implementation.
  • Extended the list of supported super I/O chips on Linux using the lm-sensors interface.
  • Reduced the amount of dynamic memory allocation.

Release Version 0.5.1 Beta

  • Fixed an error where loading config files from previous versions would crash the application.
  • Added a RAM sensor for used memory.

Release Version 0.5.0 Beta

  • The Open Hardware Monitor has a new remote web client developed by Prince Samuel. This allows monitoring the sensor values remotely from any web browser.
  • Added support for Intel Ivy Bridge-based CPUs.
  • Added support for RAM hardware and implemented sensors for load and available memory.
  • Added support for SSDs with a controller from Micron.
  • Corrected the Sandforce SSD identification.
  • Added a write amplification sensor for Sandforce based SSDs.
  • Added a load sensor for hard drives that shows the used space in percent.
  • Added temperature offset parameters to all hard drive temperature sensors.
  • Added support for ITE IT8705F and IT8771E super I/O chips.
  • Added support for Nuvoton NCT6779D super I/O chips.
  • Andrey Mushatov added support for Fintek F71808E super I/O chips.
  • Added mainboard specific configurations for the following ASUS mainboards: P6T, P8Z68-V PRO, P8Z77-V, P9X79.
  • Added mainboard specific configurations for the following Gigabyte mainboards: EX58-UD3R, G41M-Combo, G41MT-S2, G41MT-S2P, GA-MA770T-UD3P, GA-MA785GM-US2H, GA-MA78LM-S2H, GA-MA790X-UD3P,
  • H55-USB3, H55N-USB3, H61M-DS2 REV 1.2, H61M-USB3-B3 REV 2.0, H67A-USB3-B3, P55A-UD3, P67A-UD3-B3, P67A-UD3R-B3, Z68A-D3H-B3, Z68AP-D3, Z68X-UD3H-B3.
  • Added support for reading more than one T-Balancer fan controller.
  • Added an option to enable/disable the monitoring of any hardware group (Mainboard, CPU, RAM, GPU, Fan Controllers, HDD).
  • Added a simple way to customize the sensor desktop gadget background: If any of the files gadget_background.png, gadget_image.png, gadget_foreground.png, gadget_bar_background.png or gadget_bar_foreground.png are present in the working directory then these images are used instead of the default ones.
  • The temperature in the system tray icons is now shown correctly in Fahrenheit when using Fahrenheit as a temperature unit.
  • Fixed the problem of missing tray icons after Windows startup.
  • Fixed the system tray icon font scaling for Windows XP.
  • Improved the data compression for storing the recorded sensor values in the configuration file.
  • Changed the license to the Mozilla Public License 2.0 and update the licensing information.

What is the Open Hardware Monitor?

The Open Hardware Monitor is a free open source software that monitors temperature sensors, fan speeds, voltages, load and clock speeds of a computer.

How do I remove Open Hardware Monitor?

Open Hardware Monitor adware removal:

Click Start (Windows Logo at the bottom left corner of your desktop), choose Control Panel. Locate Programs and click Uninstall a program. In the uninstall programs window, look for “Open Hardware Monitor“, select this entry and click “Uninstall” or “Remove“.

What program can check CPU temp?

HWMonitor is a hardware monitoring program that reads PC systems main health sensors: voltages, temperatures, fans speed.