It's so annoying; during precise flicks, the screen always stutters randomly, ruining the competitive thrill. I felt like my hardware was betraying me. I first tried enabling the High Performance power plan in Windows, but stutters didn't decrease and CPU temperature rose by 8℃. I then entered the GamePP BIOS Load-Line Voltage Adjustment Wizard, tightened timings to 36-38-38-72, and adjusted voltage to 1.28V. Memory latency converged to 76-80ns per AIDA64, zero errors via MemTest86, and temps were 46-52℃ per HWMonitor. Last updated on2026-06-03 11:52:46。
I was surprised! The slight twitching in stealth missions was ruining the immersion. I first tried enabling Extreme Performance mode in BIOS; frequency increased, but scheduling latency still fluctuated between 12-18ms per AIDA64. I then raised the game process priority to Realtime and used the GamePP Resource Scheduler to suspend all redundant background processes. Frame time stabilized at 16-20ms per RTSS, FPS stayed at 60 via RTSS, and CPU temperature maintained 62-68℃ per HWMonitor. Last updated on2026-05-30 13:49:56。
During critical team fights, I carefully observed the frame rate fluctuations; 8GB of RAM is just too tight. I felt the stuttering every time a spell hit. I first tried increasing virtual memory to 16GB in Windows; it stopped the crashes, but the stutter frequency remained high. I then enabled the GamePP Resource Scheduler, raised the main process priority to High, and disabled background sync software. Frame time stabilized at 7-11ms per RTSS, memory usage hit 96% via HWMonitor, and temps were 42-48℃ per HWMonitor. Last updated on2026-05-31 19:43:13。
It was ridiculous; I didn't expect I/O blocking to be this severe even on a small 256GB drive. The game just choked every time I entered the main square. I tried disabling all unnecessary background updates in the system, but loading speed barely changed. I took a radical approach using GamePP NVMe Queue Depth Configuration to increase depth to 1024 and enabled write cache flush in Windows. Frame time converged to 14-20ms per RTSS, disk response hit 22ms via AIDA64, and temps were 42-52℃ per HWMonitor. Last updated on2026-05-25 17:47:32。
Facing high-difficulty Bosses, I worried that storage read latency would cause me to lose critical frames during dodges. It's stressful when a stutter kills a run. I first tried lowering the maximum read/write power in the driver panel; temperature dropped 5℃, but loading time actually increased by 3 seconds. I then used GamePP NVMe Queue Depth Configuration to set the queue to 1024 and enabled write cache flush. Frame time converged to 12-18ms per RTSS, read speed hit 95MB/s via CrystalDiskMark, and temps were 48-56℃ per HWMonitor. Last updated on2026-05-21 18:17:01。
