Is it normal for a CPU to have a temperature of 30 degrees?

The normal operating temperature of different CPUs is different.

Generally, 30-60 degrees is considered normal.

inter with amd's cpu temperature.

Relatively speaking, there is a slight difference, and inter has always been stable. The CPU temperature is relatively stable. Generally it doesn't change much, and when it jumps out of it to protect the temperature, it will let the computer restart to protect itself.

AMD's CPUs are generally low in price. Temperature varies greatly. So suitable for people who like overclocking.

Friends would now like to add a few points:

1.Temperature and voltage issues.

The increase in temperature is due to the calorific value of u.

The heat dissipation is greater than that of the radiator, and once the heat generation and heat dissipation tend to be balanced, the temperature will no longer rise. The heat generation is determined by the power of the U, and the power is proportional to the voltage, so to control the temperature well, you need to control the core voltage of the CPU. However, it is easy to say, if the voltage is too low, it can cause instability, especially when the overclocking is large.

Many times, the CPU temperature does not reach a critical value at all, and the system has a blue screen.

When it is restarted, the main culprit affecting the stability of the system is not the temperature but the voltage. Therefore, how to set the voltage is very important when overclocking at the limit, set it high, the radiator can't stand, set low, you can't stand.

2.The temperature measurement methods of various motherboards are different, and even the motherboards of the same brand and model will also cause a large difference in temperature due to the difference in the distance between the temperature probe and the CPU. Therefore, it is unscientific to say how much temperature is safe.

I think that if you run Super Pi or 3DMar on your own in the summer at a higher room temperature, as long as it passes steadily, you don't have to trust the software tests too much.

temperature data.

3.What exactly is stability has always been a hot issue that everyone likes to discuss.

The computer is an electronic product, and the coordination of various parts is extremely delicate, and no one can say that my computer is absolutely stable, and stability is relative. Overclocking within reasonable limits can withstand the potentially catastrophic consequences of most minor instability; Overclocking at the extreme edge of the hardware, a tiny fluctuation in current can cause a cascade of subsequent reactions that can eventually turn your screen blue or black :) The question of how many frequencies to quantify is stable is only case-by-case, and there is no formula to apply, only experience and hands-on practice.

Therefore, here is another reminder for some friends who ask "how much can my computer be overclocked", or follow the scientific overclocking steps to try it yourself.

How much is the temperature of the desktop CPU, you will know after reading it?

It is better not to exceed 55 degrees.

Around 58 degrees will affect the speed of the computer.

Wow, the cooling system is so strong! Below 50 degrees is fine, don't go over 65 degrees.

It is normal for the CPU temperature to be more than 30.

It is generally stable in the range of 30 degrees Celsius. In other words, the CPU has a harvest temperature of 65 degrees, and the maximum temperature of the CPU is 30 degrees Celsius based on the calculation of the maximum 35 degrees Celsius in summer. By analogy, if your ambient temperature is 20 degrees Celsius, it is best not to exceed 50 degrees Celsius on the CPU.

Of course, the lower the temperature, the better. No matter how far you overclock, don't make your CPU more than 30 degrees above the ambient temperature.

No matter what the CPU temperature of the computer is 30 degrees, 1. The main driver is not perfect.

2. The temperature detection element of the CPU is not working properly. But it has no effect on normal use, but it is not possible to know the true temperature of the CPU accurately.

Generally, according to Master Lu's display temperature, it is best to control the temperature below 75 degrees to be considered safe, and the maximum should not exceed 85 degrees. 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. How to say the fan speed, it mainly depends on your CPU temperature, even if some computers have more than 1,000 rpm, but the CPU is not high.

Yours even if it's more than 6000 rpm, but it's still such a high temperature. Generally, it is normal to have a lack of dissipation within 35 degrees above room temperature.

Here's how to solve it:

Clean the fan. You can either pretend to be old enough to clean up at a repair point or clean up yourself (provided you know how to do so).

Reapply thermal grease. Sometimes, when the CPU temperature is not significantly improved after cleaning the CPU cooling fan, then we also need to re-apply thermal grease to the CPU, which will become dry and crack due to the longer use time, which will reduce the performance of heat conduction.

If that still doesn't work, you can consider switching to a larger diameter cooling fan.

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. Let's briefly introduce the factors that cause high CPU temperature in computers.

Ambient temperature. Playing with a computer in the summer The computer CPU can easily become high, while playing with the computer in the winter, the computer CPU will generally be low. It will also be a little smoother to play, and the ambient temperature has a particularly strong impact on the CPU.

CPU fan quality vs. host environment. The cooling fan also has a great impact on the CPU temperature, if your own computer fan is not too good, you can consider changing to a new fan.

Overclocking. To put it simply, it is to control the core voltage of the CPU. In many cases, the CPU temperature does not reach a critical value at all, and the system restarts with a blue screen, and then the culprit affecting the stability of the system is not the temperature but the voltage.

Therefore, how to set the voltage is very important when overclocking at the limit, set it high, the radiator can't hold it, set it low, the CPU can't stand it, so it is generally not recommended to use overclocking technology.

If you don't pay attention to the heat dissipation of your computer in summer, it is likely to lead to serious consequences, not only affecting the health and life of your computer, but also affecting the user's mood.