![]() ![]() A CPU that has passed the test, is one in which the residual values for each individual test is exactly the same.Ī Success panel is also shown to confirm the CPU is stable under those test conditions. The results is a residual value which is the accuracy to which the equations are solved. In my case, this is about 35 million floating point operations per second. The speed (GFlops) is a measure of the speed at which the equations are solved. If the temperatures approach your CPU maximum operating temperature, you must stop the test immediately, or you risk damaging or destroying your system. ![]() 30 = 40.6 Differential, so its safe for me to run IntelBurnTest. If your differential is less than 20 degrees, then I recommend not to proceed with running IntelBurnTest. ![]() Take note of the current temperatures when the system is idling, and ensure that there is a differential between the system idle temperature and maximum CPU operating temperature in excess of 20 degrees Celcius - recall that IntelBurnTest will cause your CPU to operate approximately 20 degrees above its idle temperature. Locate the CPU Digital Thermal Sensor items, as shown below: HWINFO will read your system, and then open the Sensor Status panel. Open HWINFO, and when prompted, check the Sensor Only option and then run as shown below: Step 2 - Install HWINFO temperature monitoring softwareĭownload and install HWINFO64 (I run Windows 7 Ultimate 圆4). According to the Intel product page for this processor, the maximum operating temperature is 72.7 degrees Celcius. Using my system, I'll demonstrate how to safely run IntelBurnTest in the steps below. Determine the maximum operating temperature of your CPU: Reliable temperature monitoring software. You will need the following in order to test your CPU for stability:-Ģ. The onus lies on you to ensure that your CPU temperature never exceeds its quoted maximum operating temperature. In addition, your CPU fan/s will also be stressed since they will run audibly faster to cope with the heat being generated by the CPU. For the duration of the test your CPU will operate on average 20 degrees Celcius above the usual temperature range of your CPU. IntelBurnTest stresses your CPU : during these test, the temperature of your CPU will rise extremely rapidly within the first few seconds of the test. Thus, it is absolutely vital to ensure that your system is adequately cooled. Hardware that is being stressed are working well beyond their normal every-day bounds, and they generate heat. ![]() Stress-testing by its nature is exactly that : it is designed to place hardware components under stress to determine their ability to cope with extreme tasks, and you do so entirely at your own risk. ![]()
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