Question:

Could you guide me through setting up a custom test scenario using OCCT Portable?

Answer:

Firstly, ensure you have the latest version of OCCT Portable. It’s available on the official website and is free for personal use.

Step 2: Launch OCCT Portable

Open the program. The interface is user-friendly, with tabs for CPU, GPU, and Power Supply tests.

Step 3: Choose Your Test Type

Select the type of test you want to run – CPU, GPU, or Power Supply. Each test type has specific parameters you can customize.

Step 4: Configure Test Parameters

In the test tab, you’ll find options to set the test duration, idle period before starting the test, and the data to be monitored. For a custom test, you might want to adjust these to match the stress level you’re aiming for.

Step 5: Advanced Settings

Click on the ‘Settings’ button to access more advanced options. Here, you can set temperature limits, test frequencies, and more. Be cautious with these settings as they can significantly affect your system’s stability during the test.

Step 6: Monitoring

OCCT Portable offers real-time monitoring graphs. You can customize what data you want to monitor, such as temperatures, voltages, and fan speeds, by selecting the appropriate checkboxes.

Step 7: Start the Test

Once you’re satisfied with the settings, hit the ‘ON’ button to start the test. Keep an eye on the real-time graphs to monitor your system’s performance and stability.

Step 8: Analyzing Results

After the test concludes, OCCT Portable will display the results. Look for any anomalies or failures that occurred during the test to understand your system’s stability.

Step 9: Save or Share Results

You can save the test results for future reference or share them if you’re seeking further assistance or comparison with others.

Step 10: Regular Testing

Regular stress testing can help you catch issues early. Adjust your custom test parameters as needed based on previous results and system upgrades.

Remember, while OCCT Portable is a powerful tool, it’s important to use it responsibly. Over-stressing components can lead to hardware failure, so ensure adequate cooling and start with less aggressive tests, especially if you’re new to stress testing.

If you encounter any difficulties or need further clarification, there are many tutorials and community forums where experienced users can offer advice. Happy testing!