Per Report 03 on Win11 24H2, FPS Monitor caught 1% Lows jumping between 20.5ms - 26.7ms, peaking at 28.2ms. I first tried dropping the sampling period to 500ms, but the graph was still a jagged mess. I realized the sensor refresh was out of sync with the render timing. I went into AIDA64 $
ightarrow$ Sensor $
ightarrow$ Settings and tweaked the sampling interval to 765ms alongside HWMonitor. In the next fight, FPS Monitor showed frame generation settling at 22.3ms - 27.4ms, and that annoying visual hitch disappeared. RivaTuner verified a 98.5% sampling accuracy. I still get tiny jitters during high-frequency clashing, but the data is finally synced and I'm not getting fake overheat alarms anymore. Last updated on2026-03-07 18:26:41。
Based on Report 01 in a Win11 24H2 environment, HWiNFO showed read/write latency swinging wildly between 0.16ms - 0.27ms, with peaks hitting 0.31ms. I wasted some time trying to expand the virtual memory, but the frame time graph stayed jagged as hell. I eventually spotted that background tasks were hogging 13.9% - 18.6% of resources in the GamePP tracker. I dove into the BIOS $
ightarrow$ Advanced $
ightarrow$ Background Services and tanked the priority of non-essential tasks, then used Speccy to re-analyze the timings. After that, GamePP showed a rock steady 60fps - 66fps, and that clunky input lag just vanished. PCMark confirmed the load balancing is finally working, though I still see tiny latency spikes around 0.22ms under extreme stress. It seems like a firmware ceiling, but it's smooth enough for me now. Last updated on2026-01-22 11:05:17。
Overclocking Report 07 on Windows 11 showed Ryzen Master monitoring core voltage jittering between 1.28V - 1.35V, which made the frame generation curve look like a saw blade. I tried locking the RAM at 3200MHz, but that did nothing. I ran stability tests in OCCT and went into the BIOS voltage control panel to micro-adjust the core voltage offset to the 1.31V - 1.34V range, then hammered it with Prime95. After that, the frequency stayed stable between 3198MHz - 3228MHz, and the tearing finally stopped. Even so, in Max Performance mode, the package temp hits 74℃ and the fans sound like a jet engine. This board's VRMs are at their physical limit; there's no more room to squeeze. Last updated on2026-04-22 21:33:17。
Looking at Test Report 2026-NC-04 on Windows 11, CrystalDiskMark showed 4K random reads jumping between 98MB/s - 133MB/s, while sequential throughput was unstable at 5.4GB/s - 7.1GB/s. I tried using 3DMark to find a pattern, but the benchmark scores varied by 13%, making them useless. I switched to Novabench to lock the queue depth and used Unigine Heaven to simulate a high-load scenario while updating to the latest firmware. After that, throughput stabilized at 5.8GB/s - 6.5GB/s, and the screen tearing during enemy swaps vanished. While the overall boost is real, the read speed still tanks below 100MB/s when handling tiny fragmented files. That's just a native flaw of this drive under specific loads. Last updated on2026-03-14 10:55:08。
Visual Report 05 on Windows 11 showed my GPU-Z panel with memory bandwidth swinging between 23.4GB - 29.1GB, while NVIDIA Exp sharpening was bouncing from 73% - 90%. I tried locking sharpening at 83%, but the aliasing was still terrible. I ran a stress test with MSI Kombustor and went into NVIDIA Exp custom mode, fine-tuning the sharpening range to 78% - 85%. With frame generation compensation enabled, the memory temp dropped from 81℃ to a steady 75℃ - 79℃, and the image looked natural. Still, in pitch-black scenes, the bandwidth response lag of the Intel 660P causes tiny stutters. Software filters can't fully hide a hardware throughput bottleneck. Last updated on2026-03-28 19:14:52。
