It s over, my CPU really wants to be overclocked by me. Is there any tool that can detect it?

Thermal performance is a very important performance indicator for computer equipment. If the heat dissipation performance of the device is not good, it will affect the running speed of the device, resulting in poor operation of the device, crash, etc.; Worse cases can lead to equipment failure, hardware burnout, etc.

So, how should we test the thermal performance of the device? AIDA64 (Windows) is equipped with professional sensor detection and system stability detection functions, users can quickly understand the hardware temperature of the device, as well as the CPU performance under temperature and pressure, so as to judge the heat dissipation performance of the device.

Figure 1: AIDA64 interface.

1. Equipment temperature detection.

Figure 2: Sensor options.

Then, as shown in Figure 3, the user can check the temperature data related to the CPU of the device, as well as the temperature data of DIMM (memory), WLAN (wireless local area network), and battery. Under normal circumstances, device hardware such as CPUs, motherboards, and memory can remain operating normally at 60 degrees Celsius without causing physical damage.

Figure 3: Device temperature.

2. Temperature and pressure test.

In the sensor test, we can check the temperature information of the current CPU, memory and other hardware devices. However, to test the temperature tolerance of the hardware, a temperature stress test is also required.

Figure 4: System stability test.

Then, in the system stability test function panel of AIDA64, select the Temperatures tab, and select the CPU pressure, FPU pressure, and cache pressure in the test indicators in the upper left corner. In general, the above three items can be selected for temperature and pressure testing.

In addition, as can be seen from Table 2, CPU throttling (CPU overheating protection) remains in the 0% state during the use of the device, indicating that the device has good heat dissipation performance and the device can maintain a good operating state.

Figure 5: Temperature pressure test.

The above is an introduction to the method of using the AIDA64 sensor function and the temperature and pressure test function to test the heat dissipation performance of the device. You may also wish to try to test the heat dissipation of your device to avoid overheating failures. At the same time, you are also welcome to go to aida64 Chinese** to learn more practical features.

You restore the original factory settings of the BIOS first, and then you can overclock if you want to overclock, and turn on the core if you want to. This way it won't be together. You can use CPUZ to detect it, and see if the normal frequency of your original CPU is different from the frequency detected, and if it is high, it is overclocked.

Remove the motherboard button cell battery and install it again after a while, and you can restore the original factory settings.

Right-click on the "This PC" property to view the CPU information, as shown in the following figure (it may not look exactly the same, but the information is the same).

Right-click on the start menu, open the task manager, open "Performance", you can see how often the CPU is currently running, <>

If I show it here, it's overclocking.

This is called turbo frequency, and it is a technology that automatically overclocks a computer.

There is also a type of high-order overclocking by lowering the voltage, and if you haven't done anything, then it must not have been overclocked, because this overclocking is risky and cumbersome. To verify this overclocking, you need to go into the BIOS to check the voltage, but there are usually fewer CPUs that can do this kind of overclocking, and it is more expensive.

1. First open the main interface of the computer, and select and click the "Start" option in the lower left corner, as shown in the figure below.

2. After entering the start interface, select and click on the "Control Panel" option, as shown in the figure below.

3. After entering the control panel interface, select and click on the "System and Security" option, as shown in the figure below.

4. After opening the system and security interface, select and click on the "View RAM size and processor speed" option, as shown in the figure below.

5. Finally, you can check the model and frequency of the CPU, if there is a row of text under the processor marked with the CPU frequency and greater than the processor frequency, it is overclocked, if not, it is not overclocked.

1. Click the "Start" button in the lower left corner of the screen on the desktop.

2. In the pop-up menu, click "Control Panel" on the right.

3. After entering the control panel, click "System and Security".

Fourth, then click on "View RAM size and processor speed".

5. At this time, you can see the model and frequency of the CPU, if there is a row of text under the processor marked with the CPU frequency and greater than the processor frequency, it is overclocked, if not, it is not overclocked.

1,Inter's coming CPU from the second generation of SNB architecture,Only CPUs with k、BAIC can be overclocked,There is also G3258,This。

Du is fine.

zhi2, you can check the DAO through the CPU-Z software to see if the CPU model has a K and C suffix.

There are two ways to judge whether the CPU is overclocked, the first is to look at the CPU temperature, CPU overclocking will generate more heat, and the temperature will be high; The second method is to test the frequency of the CPU when the computer is running through the software CPU-Z.

The steps to test the CPU frequency via CPU-Z are as follows:

1. Before judging whether the CPU is overclocked, you need to know the official frequency of the computer CPU, at this time, you need to go back to the desktop, right-click on this computer--properties, you can enter the computer hardware properties interface.

2. Enter the system interface, and we can see the CPU model of this computer and the official CPU frequency in the CPU options.

<>6. The following begins to judge the simplification: the full run verification frequency is higher than the maximum value of your attribute interface, which must be overclocked, otherwise there is no overclocking.

Idea 1: Use hardware monitoring software.

2.Open the software, check the simplicity and see the real-time information of the CPU, including the current frequency, voltage, etc.

3.If you find that the CPU frequency is significantly higher than the normal range, or the voltage is abnormal, then it is likely that it has been overclocked.

Idea 2: Use the system's built-in task manager.

1.Press the Ctrl+Shift+Esc key combination on your keyboard to open the Task Manager.

2.Click"Performance"tabs to view CPU usage and frequency.

3.If you find that CPU usage is consistently high and the frequency is very high, then you may have overclocked.

Idea 3: Use third-party performance testing software.

2.Run the software and select the items that need to be tested, such as CPU stress test, stability test, etc.

3.If the test results show that the CPU temperature is too high, the frequency is abnormal, etc., then it is likely that it has been overclocked.