You have to look at the system level for this one. Checking 3DMark report VK-9070-B on Win11 24H2, GPU core temps were bouncing between 63℃ - 76℃. The 'sawtooth' pattern in the frame times was actually caused by Windows Update fighting for I/O resources in the background. Once I killed the update service in the services panel and ran three consecutive loop tests, the latency was clawed back from 31ms to 17ms. This brought the baseline framerate to a stable 58fps - 63fps with a visibly smoother curve. Trusting quantitative history over simple averages is a lifesaver here. Just keep in mind that these results are from a stripped-down environment; expect a 5% - 8% performance hit if you're running other apps in the background. Last updated onDecember 16, 2025 5:51 PM.
When your curves look like a heart attack, average FPS is a useless number. On Windows 11 24H2, I used 3DMark's detailed log export to crunch the numbers. With the CPU staying between 71℃ - 79℃, I realized the real culprit was actually instant peaks in memory latency. I spent some time in the BIOS micro-tuning the memory timings, which recovered 16ms - 30ms of latency and finally smoothed out those messy curves. A pro tip: you have to kill every single background app during this analysis, or the noise ruins the data. After three cycles, I locked in a stable frame rate of 56fps - 61fps. It didn't magically fix every single dip, but it proved I didn't need to waste money on a hardware upgrade. Seeing the hard data made the whole grinding process actually worth it. Last updated onDecember 15, 2025 4:33 PM.
I spent way too long obsessing over overclocking, but my 3DMark curves looked like a heart attack. I stopped chasing a single number and exported a full 10-minute log. On Win11 24H2, I saw full-load CPU temps oscillating between 73°C - 82°C and frame times jumping frantically from 18ms - 32ms. By comparing the 3DMark CPU score against GPU utilization, it became clear the bottleneck was memory latency, not clock speed. I went into BIOS $
ightarrow$ Memory Settings and forced the UCLK mode to 1:1 instead of Auto. This stabilized my baseline at 58fps - 63fps. That said, in base areas with too many Pal structures, I still get instant frame drops; that's just a memory leak in the game engine, and no amount of hardware tuning can totally kill that bug. Last updated onDecember 14, 2025 3:27 PM.
Regarding report 2026102B (Win11 23H2, Driver 562), looking at average FPS is a trap. I started by killing every single background service and ran 3DMark in isolation. By exporting the raw logs from 3DMark, I saw the CPU temp spiking jaggedly between 74℃ - 82℃, causing the clocks to bounce between 4.2GHz - 4.6GHz. I tweaked the Vcore to 1.35V - 1.28V, which tightened the frequency fluctuation to within 50MHz. After three test passes, the culprit was clearly my RAM timings. That said, you'll still see a natural 5% - 8% dip in huge towns, which is just how the engine works. Last updated onDecember 13, 2025 2:19 PM.
Under extreme loads, single 3DMark runs are plagued by background noise, leading to 15% to 20% abnormal fluctuations in the curve. To kill the noise, I built a sample group of 10 loop tests on Win11 24H2 with every unnecessary service killed. The data showed CPU temps stubbornly sticking between 74℃ and 83℃, while the framerate bounced between 59 FPS and 64 FPS. The quantitative result pinpointed the bottleneck as instant memory latency spikes, not the motherboard VRMs. Once I compressed the analysis delay from 33ms to 15ms, the issue was locked to the memory controller. Still, in ultra-preset forest scenes, frames dive to 50 FPS, which is clearly an engine optimization flaw, not hardware. Last updated onDecember 11, 2025 5:55 PM.
