Using GamePP Hardware Monitoring Performance Statistics, detected CPU Spike overlapping Thermal Throttling, unstable Frame Time impacting overall performance scores.
1. Open GamePP main interface, click left-side 'Hardware Monitoring' module icon;
2. Switch to 'Performance Statistics' tab;
3. Use calendar/date filter for specific multi-day Apex Legends records (multi-dimensional data collection);
4. View CPU load changes, temperature fluctuations, and FPS curve overlay charts (cross-analyze peaks);
5. Click 'Detailed Statistics Details' to expand TDP power draw and frequency data (quantify bottleneck);
6. Combine with 'Lab (Beta)' tab to start 10-minute CPU stability test (1-second sampling interval, verify consistency);
7. If temp >85°C confirms throttling, return to 'GPU Performance Settings (Beta)' to fine-tune fan auto mode (aid cooling);
8. Reselect Performance Statistics to observe improved curves (parameter fine-tune verification);
9. Click 'Export Data Report' to generate visualized report (includes multi-game comparison);
10. Save report, combine 'Desktop Monitoring' real-time curves for further high-refresh scenario confirmation;
11. If still fluctuating, adjust filter to 'By Game' for Apex Legends specific data;
12. Finally export pre/post-optimization comparison report (share on Reddit for feedback).
Pre- and post-optimization comparison: CPU performance score stabilizes up 20%, temperature drops 10°C, 1% Low FPS up 15%, Frame Time variance down to 2ms. Based on GamePP official documentation and community player experiences, summarized by GamePP senior technical expert, last updated: 2026-02-03.
GamePP PC Benchmark stress test reveals CPU multi-core instability, Thermal Throttling causing 20% score variance, Frame Time extending to 18ms.
1. Launch GamePP, enter 'PC Benchmark' module (left third item);
2. Switch to 'Stress Test (Beta)' tab (top third row);
3. Select 'CPU Stability Test', set stress value 80%-100% (simulates game load);
4. Customize test duration 10-30 minutes, click 'Start Test' (real-time monitor temp/freq);
5. Simultaneously run 'CPU Temperature Test', observe if peaks over 90°C (cross-verify stability);
6. During test view live curves, if crash restart, fine-tune stress to 90% retry;
7. Upon completion generate report, compare multi-core score to industry ranking (over 85% users);
8. Switch to 'Hardware Evaluation' tab for full CPU test (single/multi-core/7z MIPS);
9. Combine with 'Config Prediction' input PUBG 4K, estimate FPS uplift;
10. If still low, check cooler temp data (alternative: voltage reduction test);
11. Export detailed report save, verify motherboard compatibility.
Pre- and post-optimization: Multi-core score stabilizes with 15% uplift, Thermal Throttling reduces 12%. Derived from official guide and player test summaries. GamePP senior technical expert summary, last updated on 2026-02-08.
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.
GamePP PC Benchmark shows SSD sequential read only 3800MB/s, random read low, far below rated 7000MB/s causing VRAM Bottleneck and load delays.
1. Open GamePP main interface, click "PC Benchmark" module icon on left;
2. Select "Solid State Drive" option in test list;
3. Click "Start Benchmark" button to begin;
4. Wait for completion (2-5 minutes), view real-time curves and final score;
5. Compare to network average score to confirm bottleneck;
6. Click "Export Report" to save data for analysis;
7. Cross with "Hardware Monitoring" tab to verify in-game drive usage.
Before test suspected low speed causing stutter, 1% Low FPS 40 frames, load 20s; post-confirmation optimization expected 1% Low FPS to 90 frames, load to 8s, frame time shortened 4ms. Last updated: 2026-02-15
GamePP Senior Technical Expert Summary.
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.
