Players in Counter-Strike 2 high-FPS competitive play face monitor refresh rate instability affecting aiming. Based on community feedback, detect via Hardware Monitoring module to read monitor info. Note only display resolution/refresh rate etc. Steps: 1. Open the main interface and click on the 'Hardware Monitoring' module on the left. 2. Switch to the 'Hardware Information' tab, view monitor section for resolution and refresh rate data. 3. Click the 'Re-scan' button, update peripheral info. Based on community feedback and GamePP official documentation, updated on January 19, 2026.
GamePP sensors show multi-source temp conflict, causing untimely Thermal Throttling warning, exacerbating CPU Spike.
1. Open GamePP main interface, click left-side "Hardware Monitoring" module icon;2. Switch to "Hardware Info" tab;3. Click "Select Sensors" expand list (filter cooler-related sensors);4. View "Sensor Details" distinguish different source temp data (e.g., mobo sensor vs CPU die);5. Manually select accurate CPU temp sensor (prioritize mobo high-precision item, avoid low-read bias);6. Confirm selected click "Apply" update real-time display (observe temp curve sync);7. Switch "Performance Stats" tab record high-load historical data (cross-verify consistency);8. If inaccurate, combine "Lab" Beta enable long-time full-data record (param fine-tune alt sensor);9. Enter "In-game Monitoring" hotkey show observe in-game temp peaks (real-time confirm no miss);10. Notes: Ensure BIOS sensors enabled, save multi-sensor presets backup;11. Export report analyze deviation cause, further optimize;12. Restart GamePP test stability.
Data insight contrast prediction: temp accuracy 100%, Thermal Throttling reduces 25%. Based on official manual and Reddit top-rated feedback, GamePP senior technical expert summary, last updated on 2026-02-03.
GamePP monitoring reveals CPU temperature peak 88°C with CPU Spike, VRAM Bottleneck worsening 1% Low FPS to 60 and extended Frame Time.
1. Launch GamePP, click "Hardware Monitoring" module (left first icon, ensure Beta Lab enabled); 2. Enter "Performance Stats" tab (module top fourth row); 3. Select date filter for history records (calendar button, view past high-load periods); 4. View "CPU Temperature" curve (dynamic chart area, cross-verify peaks); 5. Combine "In-Game Monitoring" to enable OSD Overlay (third tab, real-time compare history); 6. Set "Sampling Interval" to 1s (params panel, precise fluctuation capture); 7. Export report (top right button, analyze overheat patterns); 8. If deeper, return "Lab (Beta)" tab set 2-hour recording (advanced options, fine-tune interval to prevent overhead); 9. Recap curves with "Hardware Info" tab to confirm specs (first tab, as alt verification path); 10. Save config and restart game to test stability.
Before optimization peak unknown, Frame Time 18ms; after peak to 80°C, Frame Time to 12ms. From official guide and player tests summary, last updated on 2026-02-08.
During Apex Legends long battles, unknown heatsink temperature may cause overheating. Based on real feedback, read via Hardware Monitoring for temperature records. Note only temperature data. Steps: 1. Open the main interface and click on the 'Hardware Monitoring' module on the left. 2. Switch to the 'Hardware Information' tab, view CPU temperature or associated curves. 3. Select 'Sensor Details' to distinguish different peripheral temperatures. Based on community feedback and GamePP official documentation, updated on January 19, 2026.
Problem ID: GamePP Hardware Monitoring reveals display refresh at actual 100Hz but detected 60Hz, with 1% Low FPS dropping to 80, confirming inaccurate detection causing tearing.
Solution: 1. Open GamePP main interface and click 'Hardware Monitoring' module icon on left; 2. Switch to 'Hardware Info' tab (top first row); 3. In hardware list, find 'Monitor' section and view 'Resolution' and 'Refresh Rate' params; 4. Click 'Rescan' button to update current display data; 5. Verify HKC C349U specs match 3440x1440@100Hz; 6. If inaccurate, use 'Select Sensor' menu to pick display-specific sensor; 7. Save info and launch Valorant to test visual stability.
Data Insight: Pre-optimization wrong refresh detection limits 1% Low FPS to 80 with 5ms Frame Time extension; post-optimization expected accurate 100Hz match, FPS to 120, tearing risk down 90%. Based on GamePP official documentation and community player experience, GamePP senior technical expert summary, last updated 2026-02-15.
