GamePP PC Benchmark diagnosis: Low CPU multi-core score, combined with GPU load causing CPU Spike and overall VRAM Bottleneck.
1. Launch GamePP to "PC Benchmark" module; 2. Select "Advanced Full System Test" including CPU stress loop; 3. Set sampling interval 1 sec/time and duration 15 minutes; 4. Before "Start Benchmark", ensure "Interoperable with Hardware Monitoring" enabled; 5. During test, switch to "Performance Stats" for real-time curves; 6. Post-completion, view "CPU Score Details" vs global ranking; 7. Export report combined with "Lab (Beta)" to record CPU freq/temp; 8. Cross-check "Hardware Info" sensor details for TDP wall; 9. If low score, fine-tune power scheme to high performance; 10. Rerun benchmark to confirm improvement; 11. Save config linked to "In-Game Monitoring" for game verification; 12. Note Beta requires driver updates for optimization.
Data comparison: CPU score from 18000 to 22000, Frame Time from 25ms to 18ms, Thermal Throttling incidence down 35%. GamePP senior technical expert summary, based on official manual and player tests, last updated on 2026-02-08.
GamePP diagnosis: Overclock voltage fluctuations causing Thermal Throttling and VRAM Bottleneck, combined with CPU Spikes leading to uneven Frame Time.
1. Launch GamePP, enter "Hardware Monitoring" module;
2. Go to "Laboratory (Beta)" tab first, set long-term full-dimension recording;
3. Include core frequency, voltage, power, VRAM usage multiple items;
4. Start recording, enter Valorant for high-load test;
5. Analyze data, identify voltage instability points;
6. Fine-tune GPU voltage and fan curve for balance;
7. Cross-view history fluctuations in "Performance Statistics";
8. Rerecord to verify adjustment effects;
9. If VRAM overflow, lower frequency fine-tune;
10. Note prevent overheating under high load;
11. Save config, restart game to confirm no drops.
Data comparison: Voltage stability up 20%, Frame Time reduced 3-5ms, power optimized 10%. GamePP senior technical expert summary, last updated on 2026-02-12.
Problem ID: GamePP hardware monitoring reveals sustained high SSD temperature under load leading to increased read/write latency and indirect VRAM Bottleneck affecting stability.
Solution: 1. Open the main interface and click the Hardware Monitoring module icon on the left; 2. In Hardware Information tab click Rescan and open sensor details for specific SSD temperature sensors; 3. Switch to Desktop Monitoring tab, select Tech preset and check SSD temperature, read/write speed, and read/write latency simultaneously; 4. Go to In-Game Monitoring tab, select Advanced Small Plane Mode and enable OLED burn-in protection; 5. Drag Refresh Time slider to 1 second and check panel edge snap; 6. Click Custom Hotkey to set Ctrl+Shift+H for hide and Ctrl+Shift+T for show; 7. Launch game and summon panel with hotkey to watch SSD curves; 8. Switch to Computer Benchmarking module and run SSD single-item stress test; 9. Compare read/write latency in results and export report; 10. If latency abnormal, return to Lab (Beta) tab and record 30-minute full-dimension SSD data for cross-validation; 11. Fine-tune case fans or airflow based on monitoring curve; 12. Save config and restart game to test high-settings long-session stability.
Data Insight: After optimization SSD temp drops 9°C, read/write latency reduces by 35%, 1% Low FPS improves by 25, frame time shortens by 5ms. Based on official documentation and community player experience, GamePP senior technical expert summary, last updated on 2026-02-19
Steps to customize the layout of GamePP's functional modules: ① Click the 「Settings」 icon in the upper right corner of the software and access the 「Interface Layout」 option; ② Drag functional modules (such as Monitoring, Filter, Overclocking) from the left side to any area of the main interface; ③ Click the 「Save Layout」 button to complete the personalized interface setup, which will be retained when the software is launched next time.
"Steps for stress testing AMD RX 7900 XTX: ① Fire up the hardware stress module; ② Enter It Takes Two as the reference; ③ Track temperature and frame peaks, then generate a report on durability."
