Aida 65 memory benchmark: AIDA64 — Cache and memory benchmark

Aida64 system stability test — how to use it

Aida64 is a program with many functions to detect computer properties, test to show system health, stability, overclocking resistance and the like. The application is optimal for Aida 64 stability test systems in systems with low throughput.

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This procedure involves a load on each element. At the same time, possible component failures are investigated in order to take timely measures to prevent critical moments.

Preparing the system

If you have a small computer, then before testing it is necessary: ​​

1. Check for overheating at standard load. Temperatures in the range of 40 to 45 degrees are normal.
2. If the temperature is higher, then the tests should be abandoned or studies should be carried out carefully.

Restrictions are due to the fact that during the procedure the processor may experience an increased load, as a result of which the operating temperature rises in some cases up to 90 degrees or more. Such frames are dangerous for the components of the device, both main and nearby.

Selecting elements

To start the System Stability Test in Aida64, you need to perform the following list of actions:

1. Open the Service section in the top menu.
2. In the drop-down box, find System Stability Test.
3. In a separate open window, there are two charts, as well as several items to choose from. Let’s take a closer look at these sections:

• Stress CPU — by checking this item, we subject only the processor to additional load.
• Stress FPU – when checked, the load will be carried out on the cooler.
• Stress cache – cache testing.
• Stress system memory – RAM stress test.
• Stress local disk — check when the hard disk is under load.
• Stress GPU — stress load on the video card.

All items can be selected, but this will lead to disastrous consequences if the system is weak. In this case, an emergency overload of the personal computer will occur. Several parameters are displayed on the graphs at once, which significantly slows down the operation of the system as a whole.

Graphs in testing

Two graphs are located at the bottom and show the following parameters:

1. The first one shows the current temperature of the processor. It is possible to monitor the average value for the entire device or for individual cores, as well as display both values ​​on one graph.
2. The second graph monitors the processor load. The CPU Throttling item should not be greater than zero during normal operation. Otherwise, the problem must be sought precisely in the operation of the processor.

A special menu is located above these graphs and allows you to open other graphic windows showing characteristics such as voltage and frequency. The Statistics section contains an overview of each component.

Start testing

In order to start the test, you need to mark the elements that you need.

1. We mark the necessary components.
2. Press the Start button. The process itself will take about half an hour.
3. During the procedure, in the window opposite the element, you can see the detected problems and errors.
4. The temperature curves must be constantly monitored. When changing to critical values, it is necessary to stop the tests.
5. To end, press the Stop button. The results are saved with the Save button.

Note that the presence of 5 or more errors indicates that the operation is not stable and it is necessary to correct errors in the device. Each error has its own name in accordance with the belonging to the component.

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Aida64 test — how to test a video card and processor

Diagnostic programs appeared in wide access for a reason. A user testing his computer can pursue different goals: from simple interest to the prevention of possible breakdowns. Some of the lovers of technological innovations, thanks to the tests, want to make sure that the choice of this or that equipment is correct.

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How to make testing safe

There are many different ways to diagnose a computer: from completely harmless measurements of temperature, data transfer speed to stress tests. The latter represent a sequential load on the object under test up to a critical indicator. When testing the processor, the frequency response and bus voltage do not increase. The temperature is very sensitive to the stress test and the cooling device must work perfectly to prevent fatal overheating of the equipment.

How to test the processor

Aida 64 is an excellent application for monitoring and testing computer components. Before proceeding, it is necessary to measure the current temperature of the processor. Ignoring this procedure can lead not only to an emergency reboot, but to have sad consequences in the form of burnt components.

If the temperature is 45°C or lower at rest, you can start testing. You can determine the temperature in section “ Sensors ” category “ Computer ”. The no-load diagnostics is in the section “ Tests ” (everything that starts on the CPU belongs to the category we need).

How to check the video card

Similar to checking the CPU temperature, you need to make sure that the graphics processor is cool enough. The “Computer” category, “Sensors” section will help us with this. Here we pay attention to the values ​​opposite “GPU” or opposite the line indicating the name of your video card (if it is not built-in). The norm is still the same — 45 ° C. With an increased indicator of this value, the test should also be postponed and the cause of overheating should be eliminated. To diagnose, do the following:

1. Go to “ Service ”;
2. Select item “ GPGPU Test ”;
3. Mark devices required for testing;
4. Press “ Start Benchmark ”;
5. After going through the entire list, the results can be saved.

How to do a stress test for a video card and a processor

After we are convinced of the temperature stability and see the values ​​sufficient for a load test, we can start to conduct it. For this:

1. Run Aida64;
2. In the horizontal menu, select “ Service ”;
3. Press the item “ System stability test ”;
4. Mark the necessary objects for loading:
   1. Stress CPU – central processing unit;
   2. Stress FPU — cooler;
   3. Stress cache — cache;
   4. Stress system memory — random access memory;
   5. Stress local disk — hard disk;
   6. Stress GPU — graphics card.
5. Press “ Start ”.

This process usually takes about half an hour. In case of unstable operation of the system with overheating, an appropriate notification will be issued. In critical cases, the system will reboot. After passing, it is possible to save the report.