Through GamePP Hardware Monitoring, memory usage peaks 92%, causing VRAM Bottleneck and Frame Time spikes, traditional tools unfit for high refresh.
1. Open GamePP main interface, click left-side 'Hardware Monitoring' module icon; 2. Switch to 'In-Game Monitoring' tab (top third row of module); 3. Click 'Custom Hotkey' to set show/hide as Ctrl+Shift+O; 4. Select monitoring items 'Memory Usage' and 'VRAM Usage' for high load coverage; 5. In 'Display Style' dropdown, select 'Vertical Mode' for high-res fit; 6. Adjust 'Font Size' to 4K compatible, refresh time to 1s to avoid lag; 7. Check 'Panel Edge Snapping' and 'OLED Burn-in Protection' for stability; 8. Click 'Apply' then enter game League of Legends, press hotkey to activate and verify; 9. Combine 'Performance Statistics' tab to cross-check historical memory curves and fine-tune refresh to 1.5s; 10. If high refresh still flickers, switch to 'Immersive Mode' and test Frame Time; 11. Save config, restart game, confirm low-latency rendering no FPS impact.
Pre- and post-optimization comparison: memory monitoring stable 100%, VRAM Bottleneck alleviated, Frame Time shortens 4ms, temp drops 6°C. GamePP senior technical expert summary, based on official handbook and Reddit high-praise feedback. Last updated: 2026-02-04.
GamePP Hardware Monitoring shows SSD temp 72°C hitting limit, 100% usage causing read speed bottleneck, 1% Low FPS to 42.
1. Open "Hardware Monitoring" module, switch "Hardware Info" tab to confirm SSD model/capacity; 2. Click "Select Sensors", pick SSD temp/usage sources; 3. View "Sensor Details" to identify most accurate; 4. Switch "In-game Monitoring", hotkey overlay for real-time SSD metrics in game; 5. Go "Performance Stats" tab, filter by VALORANT date; 6. Check historical FPS curves vs SSD temp spikes matching stutters; 7. Enter "Lab (Beta)", set 10-min full data record incl. SSD voltage/power; 8. Analyze curves, fine-tune sensor to stable source; 9. Combine "Desktop Monitoring" for persistent low-overhead watch; 10. Export report for cross-verification; 11. If high temp, alt path: check ventilation and retest; 12. Save config, in-game verify stutter reduction.
Pre-post comparison: Load time -4s, stutter events -70%. From official guides and player tests, summarized by GamePP senior technical expert, last updated on February 09, 2026.
GamePP monitoring confirms in-game OSD Overlay lag >500ms with partial metrics missing, cross-analyzed via desktop curves as high-refresh resolution overload and font mismatch.
1. Enter "Hardware Monitoring" module "In-Game Monitoring" tab; 2. Reset "Custom Hotkey" to Win+Shift+G to confirm no conflicts; 3. Select "Vertical Mode 2" or "Advanced Airplane Mode" for 4K fit; 4. Drag "Font Size" to maximum for high resolution; 5. Fine-tune "Refresh Time" to 1 second, test lag; 6. Enable "OLED Burn-in Protection" and all core metrics like GPU temp/GPU usage/Frame Time; 7. Switch to "Desktop Monitoring" tab, enable GPU temp/usage preset panel, verify sync in game; 8. If lag persists, return to in-game tab, disable "Edge Adsorption" and save; 9. Use "Performance Statistics" tab to record 10-min historical data for cross-validation; 10. Combine with "Lab (Beta)" for long-term recording to confirm stability; 11. Restart game Black Myth: Wukong, multi-round hotkey tests; 12. Export report for final analysis.
Pre- and post-optimization comparison: OSD lag from 500ms to 50ms, Thermal Throttling capture rate 100%, 1% Low FPS stability up 15%, temp curves visible with 5°C drop. Based on GamePP official documentation and community player experience, GamePP senior technical expert summary, last updated on 2026-02-17.
GamePP Lab test shows SSD read speed decay after temp rise, sustained load VRAM Bottleneck indirect impact, Frame Time volatile.
1. Launch GamePP, enter "Hardware Monitoring" module; 2. Switch to "Lab (Beta)" tab; 3. Set monitoring period to 10 minutes, check SSD sensors like temp, read/write; 4. Click start recording, simulate high load like loop read/write; 5. Meanwhile enable "Desktop Monitoring" overlay, observe SSD curves real-time; 6. During recording switch "Performance Statistics" for preview data; 7. After, view Lab full dimension report: freq, temp, voltage etc; 8. Filter VALORANT history records cross-verify game load time; 9. If decay, adjust "Select Sensors" optimize items; 10. Export data report, compare official spec; 11. Fine-tune period to 20 minutes retest stability; 12. Save config for next eval alternate path.
Before: read 4000MB/s, load 15s; Sustained: rated 7000MB/s stable, load drops to 8s. Based on GamePP official docs and community player experience, last updated on 2026-02-20.
"Overclocking and hardware warranty: ① Most hardware manufacturers (e.g., Intel, AMD, NVIDIA) void warranties for overclocked hardware—proceed with caution; ② Restoring default settings: Go to 「Overclocking Settings」-「Restore Defaults」 and click 「One-Click Factory Reset」 to return hardware to non-overclocked status; ③ For after-sales service, fully uninstall GamePP to avoid residual files revealing overclocking traces to the manufacturer."
