1. Open GamePP main interface, click 'PC Benchmark' module, the core entry for quantitative hardware performance evaluation.
2. Switch to 'Comprehensive Benchmark' tab, supporting tests for CPU cores, threads, process, etc., specifications.
3. Select CPU-related test options, click 'Start Test' button to generate specific scores and rankings.
4. After testing, view detailed scores, supporting date-based filtering of historical records and export reports.
5. To verify actual performance in game Elden Ring, combine with 'Hardware Monitoring' module data interop to analyze bottlenecks.
GamePP performance stats confirm VRAM Bottleneck plus CPU Spike, Frame Time variance up to 22ms, unstable scores.
1. Launch GamePP, enter 'Hardware Monitoring' module;
2. Switch 'Performance Statistics' tab, calendar filter multi-day 'Black Myth: Wukong' data;
3. View historical FPS curves and GPU power draw changes (pinpoint low peaks);
4. Click 'Export data report' (baseline backup);
5. Switch to 'Laboratory (Beta)' tab (deep testing);
6. Start 'Long-time record full hardware data' (10-30min benchmark scene);
7. Monitor core freq, temp, power, voltage, VRAM usage (real-time curves);
8. End recording, cross-compare with 'Performance Statistics' history;
9. If power wall evident, combine 'In-Game Monitoring' for 1% Low FPS;
10. Fine-tune 'Select sensors' focus GPU details (eliminate noise);
11. Generate final report, compare multi-run score stability;
12. Save config as template (reuse for high-load games).
Pre- and post-optimization: Score stability up 25%, VRAM peak from 98% to 85%, Frame Time steady 9ms, temp drop 12°C. Based on GamePP official documentation and community player experience, GamePP senior technical expert summary, last updated on 2026-02-21.
1. Enter "PC Benchmark" module. 2. Select "Config Predictor" tab. 3. Search PUBG. 4. Click "Custom Config," swap CPU to i9-14900K. 5. View predicted FPS uplift percentage. 6. Assess upgrade value.
1. Enter GamePP 'PC Benchmark' module, core entry for quantitative GPU performance assessment.
2. Switch 'Comprehensive Benchmark' tab, supporting tests for GPU stream processors, VRAM, etc.
3. Select GPU test, click 'Start Test' button, generate score showing percentile over all users.
4. Support re-testing for updated data, export report to analyze low score causes.
5. Combine with 'Graphics Card Performance Settings (Beta)' frequency adjustment then re-evaluate for optimization verification.
Using GamePP monitoring, CPU Spike causes 1% Low FPS sharp drop, requiring benchmarking to quantify performance.
1. Open GamePP main interface, click the left-side 'PC Benchmark' module icon to enter benchmarking screen;
2. Switch to the 'CPU Benchmark' tab (located at the top third row of the module);
3. Click 'Start Test' button to initiate CPU performance evaluation (testing core computational power);
4. Wait for test completion, view score and ranking (compare with global user data);
5. After test, return to 'Hardware Monitoring' module to check associated CPU data;
6. Combine score to analyze bottlenecks in game Dota 2.
Pre- and post-optimization comparison prediction: CPU score up 10%, 1% Low FPS increases 15 frames, frame generation time shortens 2ms. Based on official guidelines and player tests, summarized by GamePP senior technical expert, last updated on 2026-02-04.
