While wandering the streets of Crossbell, I heard a slight resonance from the chassis and saw CPU temperatures jumping randomly between 70℃ and 85℃ per AIDA64. I first tried increasing fan speeds to 2000 RPM per HWInfo64 to compensate, but the core temperature stayed stuck at 82℃, leaving me feeling defeated by this superficial fix. I accessed the GamePP Hardware Sensor Page to monitor the pump curve and manually raised the voltage from 1.1V to 1.25V in BIOS. Core temperatures stabilized at 65-72℃ per AIDA64 and pump speed locked at 3000 RPM per GamePP. Last updated on2026-05-14 09:50:07。
Every time I deploy large buildings during sandstorms, my CPU hits 90℃ per AIDA64, causing frames to plummet from 90 to 40 per MSI Afterburner, which makes me extremely anxious. I tried lowering the physics simulation accuracy in-game; while FPS improved, the temperature remained high, proving the issue was physical cooling. I used the GamePP Fan Curve Configuration Panel to implement a step-up speed increase between 60-80℃ and full speed at 85℃. Core temperatures were suppressed to 76-81℃ per HWInfo64 and fan speeds stabilized at 1200-1600 RPM per GamePP. Last updated on2026-05-16 21:55:08。
I've had enough; every time I enter a new area, there's a glaring stutter that ruins the exploration. I first tried enabling PBO auto-overclocking in BIOS, but temperatures soared to 92℃ per HWMonitor, triggering the thermal wall and making stutters even worse. I then used GamePP Resource Scheduler to set the game process priority to High and disabled background updates. Frame generation time converged to 14-22ms per RTSS, and CPU temps stayed at 65-72℃ per HWMonitor. It's finally a smooth journey! Last updated on2026-06-27 18:16:25。
While commanding Roman legions in large-scale battles, I noticed CPU temperatures spike from 62℃ to 91℃ per AIDA64, causing severe frequency fluctuations and immersion-breaking stutters. I tried setting the fan mode to full speed in BIOS, but the noise was like a helicopter taking off while temperatures still lingered around 88℃, which was incredibly inefficient. I used the GamePP Fan Curve Configuration Panel to sharpen the speed slope between 75-85℃ and forced full speed at 90℃. Core temperatures dropped to 78-82℃ per HWInfo64 and frequencies stabilized at 4.2-4.4 GHz per CPU-Z. Last updated on2026-05-11 16:03:12。
While building magical structures, I found the i9-13900K load bizarre: E-Cores were maxed while P-Cores sat idle. I first tried disabling all E-Cores in BIOS; while it fixed scheduling, multi-core performance plummeted and overall FPS actually dropped. I then enabled GamePP Process Priority Manager to force the main thread onto P-Cores and set the Ultimate Performance plan. Cinebench R23 scores rose to 37800 points, temps hit 75-82℃ per HWMonitor, and FPS stabilized at 110 via RTSS. Finally, the power is unleashed! Last updated on2026-06-26 12:58:55。
