CPU Core Temp 80, CPU Core Temp

CPU temperature reaches 65 degrees? BenQ's T31 This notebook uses AMD's dual-core CPU, and this notebook motherboard integrates a 128M ATI graphics card, if you connect the power supply at full speed, 65 degrees is normal. The higher the configuration, the greater the heat.

The higher the temperature at which the CPU works, but don't worry, the CPU has a temperature control function, and it will automatically shut down to protect the burning CPU when it reaches a certain temperature (generally higher than 92 degrees). But if you feel that the fan is turning all the time and the exhaust air is hot, then you really need to take it to the service center to get rid of the dust. In addition, the notebook is used for about a year, and it is best to take it to the service center to dust it.

The temperature also depends on what model and manufacturing process your CPU is!

If your CPU is a Pentium or Celeron processor, then it's normal to have your temperature! Below 45 degrees, those that are craft can't be compared!

It is recommended that you change to a better fan!

Laptops, then it's fine, because you can't change the channel of heat dissipation design! And 65 degrees is when you've been running for a long time, so it's fine! Try to keep the indoor temperature as low as possible!

It depends on what kind of CPU your CPU is, the old P4 used to be very hot, far more than 65 degrees. Of course, the most important thing that affects the core temperature is its process, CPU core type and power consumption, and whether you have overclocked. Heat dissipation also has a great impact, overclocking does not do a good job of heat dissipation, and the CPU is not cool!

The heat dissipation is not good, and the safety work is generally below 90 degrees, so it is best to keep the CPU below 30 if it is long-lived.

In the past, the old P4 was very hot, far more than 65 degrees, and the original fan was very loud.

It doesn't work. The old AMD series (Socket A) was also hot, and it was easy to burn, and it was the kind of chiplet.

You see, if you don't make these problems.

That is, the fan is not good, try to change to a good fan.

Like TT or Zalman or Cooler Master.

First of all, I will ask you what model of CPU you have, some models have a high CPU temperature, such as Intel PD820, you first tell me what type of CPU you are helping you solve.

It's okay If you're really not at ease, then clean up the fan (be careful) and add some thermal paste

It may also be that the CPU and the motherboard are not in good contact!

This will reduce the life of the CPU. Mine is also a t31 but my temperature is not high. It is recommended that you go to the store and ask

The so-called core temperature refers to the temperature of the surface of the core part of your CPU, and the CPU temperature refers to the temperature of the ceramic on the surface of the CPU. Since the CPU core is covered with a layer of ceramic, there will be a certain difference from the core temperature.

The CPU is generally stable in the range of 20 to 30 degrees of temperature rise. That is to say, the CPU tolerance temperature is 60 degrees, and the CPU temperature should be 55 degrees according to the maximum 35 degrees in summer, and it cannot exceed 65 degrees. Of course, if your ambient temperature is 20 degrees, it is best not to exceed 50 degrees on the CPU.

You don't have to worry about the core temperature, the CPU temperature we generally refer to refers to the temperature of its ceramic surface, as long as it does not exceed 50 55, it is no problem.

Among them, the high CPU temperature is generally related to the following factors:

Ambient temperature. CPU fan quality vs. host environment.

Overclocking. Finally, the CPU temperature of the computer may sometimes be affected by three aspects: the ambient temperature, the quality of the CPU fan and the host environment, and overclocking, resulting in an increase in the CPU temperature of the computer. At this time, we can control the temperature of the computer as much as possible within the normal range through these factors, so as to effectively protect our computer for normal operation.

Do friends who are more entangled in the temperature of the hardware always want to see the temperature of the hardware running? Through some detection software, we can understand the operation of the hardware in time to avoid irreparable failures. Let me teach you how to look at the core temperature of the CPU.

Do friends who are more entangled in the temperature of hardware seepage always want to see the temperature of hardware operation? Tongyou clears some detection software to understand the operation of the hardware in time to avoid irreparable failures. Here's what I'm sharing with you is how to check the CPU core temperature, welcome to read and learn.

How do I check the CPU core temperature?Tools Raw materials.

Related detection software.

Steps. <>

<> then click on "Sensors" to open the list to see the specific item, which shows the core temperature.

Generally, the temperature of the CPU is within 50° when it is idle, within 65° when it is busy, and within 75° when it is working at full speed.

1. The temperature exceeds 80 degrees Celsius, which can easily cause the computer to crash or automatically shut down, etc., which belongs to the poor heat dissipation of the computer. The problem that causes the high temperature of the computer is generally the problem of heat dissipation, for example, the temperature of the CPU of a laptop computer is significantly higher than that of a desktop computer. Mainly because the notebook is affected by its small size.

2. CPU temperature has a lot to do with the ambient temperature, and it will be a little higher in summer. Therefore, we recommend that the ambient temperature is too high in summer, and it is best not to leave the computer on for a long time, so as not to affect the life of the CPU. In winter, due to the low ambient temperature, we will find that the temperature of the CPU is generally controlled at about 30 degrees.

If the CPU temperature is too high, it will cause phenomena such as reboot or blue screen of death.

Introduction to the CPU:

1. As the computing and control core of the computer system, the processor (Central Processing Unit, referred to as CPU) is the final execution unit of information processing and program operation. Since its inception, the CPU has made tremendous progress in terms of logical structure, operational efficiency, and functional extension.

2. CPU appeared in the era of large-scale integrated circuits, and the iterative update of processor architecture design and the continuous improvement of integrated circuit technology have promoted its continuous development and improvement.

3. From the initial dedicated to mathematical calculations to the widespread use of general-purpose computing, from 4-bit to 8-bit, 16-bit, 32-bit processors, and finally to 64-bit processors, from the incompatibility of various manufacturers to the emergence of different instruction set architecture specifications, CPU has been developing rapidly since its birth.

The CPU temperature is the temperature detected by the thermistor located inside the CPU socket on the motherboard. Intel motherboards also have a thermistor inside the CPU socket to detect the CPU temperature. The temperature detected by this thermistor is the "** processor" temperature displayed in the software.

This temperature is the temperature near the CPU, due to the individual differences in thermistors, environmental differences, different motherboards, even if the same model and batch of motherboards detect the same CPU, there are differences in the temperature detected. So this temperature is just an approximate temperature value.

The CPU core temperature is the temperature at which the thermal diode inside the CPU probes. In a multi-core CPU, each core will have a thermal diode to detect the temperature of its own core. Why do you put a thermal diode in each core?

Because multi-core CPUs don't all cores work together. If there is no special software that makes all the cores work together, it is always a core job. Therefore, each core must have a thermal diode to detect the temperature of this core.

Some third-party software can easily monitor CPU temperature and usage and other parameters, take "AIDA64" as an example, the setting method of monitoring CPU temperature is as follows:

1. As shown in the figure below, the software home page interface, menu bar, "File" and "Settings":

2. As shown in the following figure, "OSD" and "Use screen display panel display", check the options in the following figure:

3. After the setting is completed, the computer desktop will display a monitoring panel like the following figure, and the CPU temperature will be seen in the panel

The core temperature will be a little higher, and the shell will be lower when it comes into contact with the radiator, if you are not at ease with the temperature, you can change a few software to try, the sensor position read by different software may be different, (shell, core, diode), try the temperature monitoring of the game plus.