While sneaking through Kyoto streets, the screen suddenly freezes for a fraction of a second, which is fatal during assassination moves. I tried disabling all background update services in the system, but the frame drops showed no improvement, making me realize the issue was in the underlying scheduling. I enabled the GamePP Resource Scheduler, forced the game's disk access priority to real-time, and increased the queue depth from 1024 to 2048. Frame generation time converged to 12-16ms per RTSS, and SSD temperature remained stable at 52-60℃ per AIDA64. I/O response time hit 2.1-3.4ms via GamePP Benchmark. Last updated on2026-04-19 21:54:38。
During a duel on the snowy peak, the frame rate jumped between 70 and 40 fps, severely breaking the sense of immersion. I first tried enabling High Performance mode in Windows Power Plan; while max FPS rose by 5, the minimum FPS still fluctuated wildly, which was frustratingly superficial. I used the GamePP Process Priority Manager to force the game's main thread onto P-Cores and disabled redundant background processes. Frame generation time converged to 9-12ms per RivaTuner, with CPU temperature stable at 62-70℃ per HWMonitor and clocks at 4.2-4.8GHz per GamePP Benchmark. Last updated on2026-04-21 13:21:59。
During high-frequency combo attacks, the screen would twitch violently whenever the camera rotated quickly, which was very anxiety-inducing. I first tried increasing virtual memory to 32GB, but it didn't alleviate the stuttering and actually dropped the overall frame rate by 8 FPS, which was a depressing waste of time. I entered the GamePP BIOS Load-Line Voltage Guide, switched the load-line voltage to Manual L2 mode, and slightly increased the core voltage to 1.25V per CPU-Z. Memory and cache latency dropped to 76-82ns per AIDA64, with CPU temperature stable at 72-80℃ per AIDA64. Last updated on2026-05-06 17:25:47。
A perfect airstrike is unmatched, but my experience was terrible due to micro-stutters during resource exchange. I previously tried increasing virtual memory, but it had no effect and actually slowed down system response, which was infuriating. I opened the GamePP Resource Scheduler, reassigned the game's disk affinity, and elevated storage priority to real-time. RTSS showed frame time converged to 12-16ms, HWMonitor recorded temps at 42-48℃, and GamePP showed a load rate of 70-80%. Last updated on2026-04-28 10:40:32。
While exploring, the frame rate would randomly drop to 35 FPS, making me overly cautious during combat. I tried running Windows Disk Defragmenter, but it showed everything was normal while the drops persisted, proving software checks couldn't detect hardware fluctuations. I used the GamePP NVMe Queue Depth Configuration to lock the queue depth at 2048 and optimized read/write weights. AIDA64 stress tests confirmed the storage state became a stable line, HWMonitor showed temps at 54-61℃, and GamePP read latency hit 120-150ms. Last updated on2026-05-31 14:27:30。
