1. Open the GamePP main interface, click on the "Hardware Monitoring" module on the left to access the core entry for hardware configuration overview and real-time status monitoring. 2. In the "Hardware Information" tab, click "Rescan" to detect changes in current computer hardware information, achieving re-detection of hardware details. 3. Select "Choose Sensors" to detect different hardware component information, and view "Sensor Details" to distinguish various sensor data. After this setup, it displays motherboard model and specs like chipset, supports hardware configuration validity checks, and helps verify hardware authenticity.
Many players encounter the issue of SSD ZhiTai TiPro9000 (2TB) temperature data not displaying during game PUBG, making it hard to troubleshoot overheating. According to user feedback and official guidance, this can usually be resolved by rescanning hardware information. Note that Beta features may cause system instability.
1. Open the GamePP main interface, click the 'Hardware Monitoring' module on the left, focus on the hardware configuration overview and real-time status monitoring core entry.
2. Switch to the 'Hardware Information' tab, click the “Rescan” button, wait for redetecting hardware information changes to update SSD actual capacity and temperature data.
3. If still not displaying, click “Select Sensor” to detect different hardware components information, find the corresponding SSD sensor.
4. View “Sensor Details” to distinguish different sensor information, ensuring SSD temperature curve displays normally to avoid overheating damage in game.
Based on community feedback and GamePP official documentation, updated on 2026-01-05.
GamePP Performance Stats show post-optimization process priority not adjusted, combined with missing runtime libraries causing VRAM Bottleneck and ongoing 1% Low FPS drops, requiring cross-fix.
1. Open GamePP, enter 'Game Optimization' module, switch to 'Game Settings Optimization' tab to confirm optimization ineffective;
2. First check 'Hotkey Blocking' tab, enable 'Block Win' and 'Lock English Input Method in Game' to prevent accidental interrupts for stable environment;
3. Return to 'Game Settings Optimization', re-check 'Adjust processes that affect game priority' and 'Close system background processes that affect game smoothness' for high-load effectiveness;
4. Check 'Release computer system memory', 'Change Windows power scheme to GamePP power scheme (high performance)', and 'Stop Windows Search service', fine-tune power against Thermal Throttling;
5. Click 'Start Optimization' to execute, combine 'Hardware Monitoring' to observe real-time CPU utilization drop verification;
6. If still stuttering, switch to 'Runtime Library Repair' tab, scan and repair Microsoft Visual C++2015-2019 and DirectX 9-12 for library integrity to avoid crashes;
7. After repair restart GamePP, run 'Start Optimization' again, monitor Frame Time curve for stability confirmation;
8. Advanced fine-tune: Set 'Intelligent Frame Control' upper limit 240, alternative disable 'System Wallpaper Engine', cross-use 'Performance Stats' to export report for before-after comparison;
9. If NPU hardware supported, combine '2 Ha AI' to test AI performance excluding encoding bottleneck;
10. Save all configs, enter game to verify 1% Low FPS improvement.
Before and after data: CPU Spike down 25%, temp drop 7°C, Frame Time stable
1. Enter the "Recording and Screenshots" module and check if the video recording switch is on; 2. Customize hotkeys like Shift+F12 in the settings and test for Battlefield 6; 3. Ensure no in-game conflicts and disable hotkey shielding; 4. Save and restart the game to verify.
1. Open the GamePP main interface, click on the "Hardware Monitoring" module on the left to enter real-time hardware runtime data capture scenarios. 2. In the "Hardware Information" tab, view real-time monitoring of dynamic hardware data including frequency, temperature, usage rate, voltage, thermal power, etc. 3. Click "Rescan" to re-detect hardware information, ensuring normal updates for curves showing processor temperature/graphics card temperature, etc. After this setup, it can prevent lag caused by overheating in games and ensure stable hardware operation.
