Question 1

When testing with GamePP, the graphics card fan speed is abnormally high; will it recover automatically after the test is completed?

Accepted Answer

Methods to restore high graphics card fan speed during testing: ① During the performance test, the graphics card is under high load, and high fan speed is a normal heat dissipation behavior; ② After the test is completed, the graphics card load decreases, and the fan speed will automatically return to the daily level within 1-2 minutes; ③ If the fan speed remains high, you can enter the graphics card control software (such as NVIDIA Control Panel) to check the fan curve settings and ensure it is not locked in high-speed mode.

Question 2

Does GamePP support comparing the results of multiple rounds of performance tests? How to analyze the performance change trend?

Accepted Answer

Methods to compare results of multiple rounds of GamePP performance tests: ① Enter 「Report Laboratory」 - 「Historical Reports」 and select multiple reports to compare; ② The software will generate a comparison chart to intuitively show the performance changes of hardware such as CPU and GPU at different times; ③ If the performance continues to decline, it is necessary to check whether it is caused by driver updates, hardware aging, or occupation by background system programs.

Question 3

What does the 「Hardware Health」 indicator in the report generated after the performance test represent? What should be noted if it is below 80%?

Accepted Answer

Meaning of the 「Hardware Health」 indicator and precautions: ① This indicator comprehensively evaluates the current state of hardware based on factors such as hardware usage duration, temperature fluctuations, and performance degradation; ② If the health level is below 80%, it is necessary to note that the hardware may be aging. Recommendations: a. Clean the hardware dust to improve heat dissipation; b. Check for abnormal hardware drivers; c. Back up important data to prevent hardware failure risks.

Question 4

Does GamePP's performance test treat CPUs of different architectures (such as Intel 13th Gen and AMD Ryzen 7000) differently?

Accepted Answer

Handling of different CPU architectures in GamePP's performance test: ① The software uses different test algorithms based on CPU architectures (such as Intel Raptor Lake, AMD Zen4) to ensure fair scoring; ② For game scenarios optimized for multi-cores, it focuses on testing CPU multi-threaded performance; ③ The final performance scores and rankings are categorized by architecture to facilitate horizontal comparison of hardware within the same architecture.

Question 5

How to determine if the computer can run 「Cyberpunk 2077」 smoothly through the performance test results of GamePP?

Accepted Answer

Methods to determine if 「Cyberpunk 2077」 can run smoothly through performance tests: ① Select 「Game Performance Prediction」 in GamePP's 「Report Laboratory」 and find 「Cyberpunk 2077」; ② Check the average frame rate predicted by the software; if the frame rate is ≥60FPS at 1080P high graphics quality, the game can run smoothly; ③ At the same time, refer to the comparison between the hardware score and the game's recommended configuration; if the score is more than 80% higher than the recommended configuration, the experience will be better.

Question 6

How long does the hardware performance test of GamePP take? Can the computer be used during the test?

Accepted Answer

Duration of GamePP's hardware performance test and usage suggestions: ① The benchmark performance test usually takes 10-15 minutes to comprehensively evaluate hardware stability; ② It is recommended to close other programs during the test to avoid occupying hardware resources and causing deviations in test results; ③ If only a quick test is needed, select the 「Quick Test」 mode, which takes 3-5 minutes to obtain a basic performance score.

Question 7

How to check if GamePP benchmark results are normal  ?

Accepted Answer

Evaluation methods: 1. After benchmarking, view the detailed scores displayed by the software (including CPU, GPU, memory sub-scores); 2. On the results page, click "Compare Similar Configurations" to compare with computers of the same hardware setup; 3. If the score is significantly below the average for similar configurations, it indicates potential hardware bottlenecks; 4. Check for background programs consuming heavy resources that may affect results; 5. If the score is above average, it indicates good hardware performance. Regular benchmarking helps monitor computer hardware status in real-time.

Question 8

Why are GamePP performance test scores low  ?

Accepted Answer

Resolution steps: 1. Check for background programs occupying CPU, memory, or other system resources; 2. Confirm if the graphics card driver is the official latest version and update if not; 3. Open GamePP settings, disable "Power Saving Mode," and switch to high-performance mode; 4. Restart the computer before running the performance test to free up resources; 5. If scores remain low, consider cleaning hardware dust or optimizing cooling (e.g., cleaning heatsinks, replacing thermal paste). It is recommended to perform tests in a clean hardware environment with the latest drivers for accurate results.

Question 9

Can GamePP benchmarking be used to evaluate graphics card performance ?

Accepted Answer

Yes, it can be evaluated as follows: 1. Open GamePP and go to the "Performance Test" module; 2. Select the "Graphics Card Benchmark" specialized test and run the full process; 3. After testing, view the software's displayed graphics card specific score; 4. Compare the test score with the average for the same model; 5. If below average, it may be due to driver issues or poor cooling. Graphics card performance is closely related to cooling efficiency and power supply quality.

Question 10

How long does a GamePP performance test take  ?

Accepted Answer

A complete performance test typically takes 5-10 minutes, depending on these factors: 1. Number of test items: More selected items mean longer time; 2. Computer hardware configuration: Stronger hardware speeds up the process; 3. Deep test mode: Enabling it extends the duration; 4. Background programs: Too many can slow down the test; 5. For accurate results, run the test when the computer is idle. It is recommended to perform a performance test every 1-2 months to stay informed about hardware status.