Why are computers with high scores slow?

Why are computers with high scores so slow? Revealing the gap between performance and experience

When buying or using a computer, many people will refer to benchmark scores (such as Master Lu, 3DMark, etc.) to judge performance. But in reality, we often encounter situations where "the running score is high but the actual use is slow." This article combines hot topics and user feedback from the entire network in the past 10 days to analyze the reasons for this phenomenon and provide structured data to help understand.

1. Common reasons for high running scores but slow computers

2. Comparison of hot topic data (last 10 days)

3. Key differences between hardware and experience

1.Instantaneous performance vs sustained performance: Benchmarks usually test short-term peak values, but actual use requires long-term stable output.

2.Single tasking vs multitasking: The benchmark may only test the CPU, but users running multiple programs at the same time will expose memory bottlenecks.

3.Theoretical value vs actual optimization: If the graphics card driver is not adapted to the new game, the frame rate will be lower than expected.

4. User feedback on real cases

5. How to correctly evaluate computer performance?

1.Comprehensive testing: Combined with CPU, GPU, memory, and hard disk running scores (such as CrystalDiskMark testing hard disk).

2.Scenario verification: Directly run commonly used software (such as PS, Premiere) to see the fluency.

3.Monitor real-time data: Use tools such as HWInfo to observe whether the temperature and frequency are normal.

Summarize: Benchmarks are only reference indicators and need to be comprehensively judged based on hardware configuration, software environment and usage scenarios. When encountering "high scores and low performance", it is recommended to prioritize issues such as heat dissipation, memory usage and background programs.