How to test the stability of a CPU with orthos?

ORTHOS Chinese version。

The strength is very high.

Oven software: Stress Prime 2004

Stress Prime 2004 (SP2004) is a software made by John Lee, a foreign computer expert, to test the stability of computer CPUs. The software is based on prime95 (version: ,) and tests the theory.

The effect is the same as prime95, and the operation interface is more convenient and user-friendly than prime95. In addition, if you have the MBM5 software installed in your system, you can know the temperature of the CPU and the Northbridge chip at any time through the SP2000 during the test. Isn't it very convenient :

How to use: Ready-to-use without installation and unzipping.

1: Select "A small amount of FFTS" to focus on the CPU

Select "Appropriate Mass FFTS" to focus on testing memory.

Choose a "hybrid" CPU and memory that are both important and balanced.

After selecting the "Appropriately Large Number of FFTS and Mixing" option for testing, the system is generally not conducive to running other programs.

3: Unless there is a special need, it is recommended to choose a "small number of FFTS" to run for 24 hours without error, and the system can be considered relatively stable.

Test the CPU with ORTHOS as long as the heat dissipation is done well, and the CPU will not be damaged.

The ORTHOS test mainly examines the stability of the CPU, and measures its stability by making the CPU fully loaded.

When tested, it will make the CPU heat up amazingly, and the CPU's heatsink will not hurt the CPU if it is done well (below 80 degrees).

As long as the heat dissipation is done well, the CPU will not be hurt if the manuscript is used.

The ORTHOS test is mainly to check the stability of the CPU, and let the CPU work at full load to test its stability.

When tested, it will make the CPU heat up amazingly, and the CPU's heat sink will not hurt the CPU if it is done well (below 80 degrees).

First of all... Can 5000 open the core??? It seems that only the X3 series can open the core.。。。

And I mean it's better not to open the core.,After all, the so-called open core is to forcibly open a core that is locked up by the official.,According to the official statement, that core is somewhat flawed.,Stability.,Even compatibility.,There will definitely be some defects.。。。

The CPU stability test generally takes more than 1 hour, and it is best to reach 8 hours if the requirements are strict.

To test the stability of the CPU, you need to use scientific computing software, or baking software, so that the CPU can keep the occupancy rate at 100% for 5 to 10 minutes, and if there are no errors during this time, it can be considered that the CPU is running stably.

Since Super Pi does not support multi-threaded computing well, it is not possible to make the CPU fully loaded when the number of CPU cores is large, and if you want to make the CPU fully loaded, it is recommended to use ORTHOS software, which can keep the CPU 100% fully loaded.

In terms of test time, if the requirements are not high, it is good to test for about 5 minutes without any problems, if the stability requirements are relatively high, and you are afraid of problems, then it is recommended to increase the time to 10 minutes. If you can't make any mistakes for 10 minutes in a row, then the CPU is already running very stably.

Run a large program for a longer period of time, if it's okay. Generally speaking, Celeron is not too high to exceed this, and if the total crash after the overtake is a problem of insufficient power supply.

There is definitely damage to the CPU. But now the speed of hardware replacement is negligible.

Super PI 1 million bits pass can prove the stability of the CPU at this frequency.

In is to run 3DMark without error, not a blue screen on the line.

I use it as long as I am long.

Nothing is a problem, even if it is stable.

Nothing seems to be tested.

Why don't you get an optimization ambassador to give it a score?

See how much difference between overfinish and ahead is.

If there's no response, don't go over.

Just play the game and try it. As long as there are no accidents, it will be successful. You can also use software like everest. There is a stability test right away.

When users reinstall the system or install new hardware, such as memory modules and solid state drives, it is often necessary to test the stability of the system to help users use the computer more stably. At present, there are not many software that can be used for stability testing, and today I will share with you how to test the stability of the system through the AIDA64 Extreme version.

AIDA64 can not only help users view the hardware information of the current computer, but also support the display of information parameters in the form of charts, so as to help users better detect, interested users may wish to learn about it!

1. Enter the stability test.

First of all, open the AIDA64 software, the main interface of the software is shown in Figure 1 below, and on the left is a list of main functions, which can help query some key information; For some test tools, such as computer stability test, memory and cache test, disk test, GPGPU test, display test, etc., which we need, they are all in the "Tools" menu at the top.

Step 2: Go to the "Tools" menu and find "System Stability Test" and click on it, as shown in Figure 2 below.

2. Detailed explanation of stability test.

Step 3: Then enter the stability test interface, as shown in Figure 3 below, click "start" below to start the stability test.

In the upper left corner is the "Add Pressure Zone", which can add various pressures to the computer test, such as CPU pressure, FPU pressure, cache pressure, hard disk pressure, and GPU pressure. By adding various pressures, increase the burden on the computer, so as to test whether the computer can run stably as usual under overload;

In the upper right corner is the "Log Area", which records the user's operation and time.

The lower part is the "Chart Area", which visually displays the different parameters and states of the computer at each moment through the chart, so as to reflect the stability of the computer.

PS: The CPU pressure mentioned above is mainly for integer operation, which is close to daily use and game scenarios, and the pressure on the CPU is less; The CPU pressure is mainly used for floating-point arithmetic, which is often used in rendering and scientific computing scenes, and puts a lot of pressure on the CPU.

After adding pressure, if the curve of the computer chart is undulating, it means that the stability of the computer is poor; The opposite is better.

The parameters available for viewing in the upper part of the chart area are Temperature, Fan, Voltage, and Frequency, and the lower part is used to view the current CPU Usage, as shown in Figure 5 below. By switching between items above the chart area, you can see the real-time status and stability of different parameters.

No, it won't. The CPU has a lifespan of more than 10 years without overclocking or pressurizing.

If the CPU is overclocked by less than 10%, it generally does not affect its lifespan. The biggest killer of the CPU is that the pressure is too large, which causes the CPU to burn out. Now motherboards generally have a protection function, when the CPU overheats, it will automatically cut off the power supply.

Why copy the machine... In general, CPU performance is excessive. Try to strengthen your computer in other ways. Don't steal chickens.

To put it simply, it is not recommended to copy the machine.