![]() If one or more is showing unusually high temperatures, that could point to a very real problem. They should all be under 60 degrees Celsius when the computer is idle or under light use. Either way, the most important part is the actual temperature of any of these sensors. ![]() It can be challenging to figure out exactly where these sensors are located on your motherboard. If you need an exact diagram of where the TMPINS sensors are located, you will need to research your motherboard’s model number. CPU, System, MOS, Chipset, PCIE_2, or M2_1 to name a few. ![]() These might have obscure names such as TMP0 or TMPIN3, but most likely some of them will be named according to a fixed location on your Motherboard. On most Motherboards, HWinfo will list a couple of typical temperature Sensor readings. HWinfo Motherboard Temperature Sensor Readings The number of TMPIN sensors will depend on the model of your motherboard, some have as few as four, while others have more than eight. These are the sensors the program was able to identify on your motherboard. There will be a series of temperature readings under various codes, starting with TZ and then TMPIN. When you run the program, it will usually list your motherboard’s readings first, under the name of your motherboard’s manufacturer. To view monitor your motherboard temperatures, I recommend using CPUID HW Monitor or HWInfo. Unfortunately, not every motherboard has accurate temperature sensors, while some don’t even have any sensors at all.Īlthough the sensors might have the same tags, they’re often in entirely different locations from one motherboard to the next. Yes, that won’t damage your PC in any way, but it will restrict the performance you can enjoy. Past that point, safety features will likely kick in and limit the power sent to your hardware. ![]() Specific models are rated to withstand up to 125 Celsius without the risk of physical damage.įrom a practical standpoint, as long as your motherboard temps don’t cross 100C on extended loads, the board will do just fine. Most motherboard manufacturers will include the exact safe temperature range in their product technical specifications and manuals. Much of both your idle and load temperatures will depend on factors like your ambient room temperatures, airflow in your case, the hardware you’re using, the quality of your motherboard, and so on. If your motherboard temperature is above 80C, it might start to worry you a little, but fret not, it really hasn’t crossed danger territory. Generally, a safe motherboard operating temperature sits anywhere between 30 and 80 degrees Celsius (C). That said, it’s perfectly normal for your motherboard to run a little hot when your computer is under a heavy load, such as when rendering a high-resolution video or working on a complex 3D modeling project. However, it’s still a good idea to monitor the temperature of your motherboard to make sure it’s operating within a safe range. We’re talking temperatures above 99 Celsius. Unless there’s a temperature sensor failure, your computer will usually shut itself down if it detects unusually high temperatures on any critical motherboard components. While there are horror stories out there, it’s rare for a motherboard to overheat enough to cause serious damage. Motherboard temperatures are often overlooked because they’re not as important as the CPU or graphics card temperatures.Īlso, it’s harder to keep track of motherboard temperatures if you’re not using the right tools.
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