During high-frequency combos in Elder Dragon fights, the frame rate suddenly crashed from 120 to 60, which felt terrible. I tried limiting the maximum processor state to 95% in Windows; while temperature dropped 6℃, the game became a slideshow per RTSS, leaving me frustrated. I accessed the GamePP Fan Curve Configuration and forced the fan to 95% speed when hitting 80℃. Core temperatures dropped to 72-78℃ per AIDA64 monitoring, and 3DMark stress tests confirmed memory temps at 58-63℃. Last updated on2026-05-10 15:33:27。
During epic raids, I wondered if this mid-range CPU would suffer from scheduling delays amidst massive effects, feeling the immersion break as frames plummeted. I tried enabling Extreme Performance mode in BIOS, but while boost clocks rose, uneven core scheduling caused minimum FPS to drop from 45 to 38 per RTSS, which was disappointing. I used the GamePP Resource Scheduler to set the game process priority to High and cleared background services. Frame times converged to 14-18ms per FrameView, and CPU temperature stabilized at 62-70℃ per AIDA64 monitoring. Last updated on2026-05-09 13:21:25。
It's so annoying; during tactical infiltrations, the screen would randomly stutter, killing the thrill. I first tried increasing virtual memory to 32GB in Windows, but frame drops didn't decrease and the system became sluggish, making me furious. I then used GamePP NVMe Queue Depth Configuration to set the depth to 1024 and forced the write cache flush. CrystalDiskMark showed random reads rose from 42 to 68 MB/s. GamePP Tool showed fans at 1500-1700RPM, and HWMonitor kept temps at 42-50℃. Last updated on2026-06-17 09:39:20。
I was so excited to finally fix the tearing during battlefield drops! I first tried updating the disk driver to the latest version; loading was 1s faster, but the stuttering remained, wasting my time. I then used GamePP NVMe Queue Depth Configuration to manually increase the depth to 2048 and enabled write cache flushing. CrystalDiskMark showed random reads rose from 68 to 94 MB/s. GamePP Tool measured memory temps at 42-51℃, and HWMonitor showed SSD temps at 46-58℃. Last updated on2026-06-04 20:55:22。
Entering the loading screen, I knew even a flagship drive needs optimization for random reads. I first tried lowering texture quality; while loading was 2s faster, the loss of detail was unacceptable. I then used GamePP NVMe Queue Depth Configuration to increase the depth to 1024 and enabled write cache flushing. CrystalDiskMark showed random reads improved from 72 to 98 MB/s. GamePP Tool confirmed response times at 3-7ms, and HWMonitor showed temps at 44-52℃. Last updated on2026-06-11 10:55:24。
