10700下一位减速问题讨论
10700下一位减速问题讨论
Voltage choices and performance data are mostly hidden. CPU core voltage typically ranges from 1.3 to 1.4 under maximum clock speeds.
I begin by turning on SVID during BIOS setup. Then navigate to Ai Tweaker, scroll down to the Core/Cache Voltage section, switch it to Offset Mode and adjust it to a negative value. For a -75 mV adjustment, type 0.075 into the Core Voltage Offset field. Since each CPU behaves differently, once you power on, perform stability checks. Your gaming temperatures should be lower than your standard voltage, while your default setting remains unchanged. My current voltage is 1.305V, which is higher because I configure my motherboard for full turbo. This doesn’t affect the offset value. Most users rely on BIOS for voltage tweaks. For clearer BIOS images, insert a USB drive before booting and press F12. At 2900 MHz your CPU reads 0.995V in BIOS. After an undervolt, HWiNFO displays the actual voltage at 2900 MHz as 0.861V. You can safely lower your CPU voltage while maintaining full stability.
I removed the restrictions, lowered the voltage by 100mV and monitored with Cinebench & TS. Temperatures reached 95°C initially. Updated: Running Prime95 now drops temperatures to 69-74°C. I spun BF V at full settings; current temps sit between 70-80°C, a drop of 10°C. Power limits are unlocked. Maintaining performance under 80°C is impressive! I'm unsure if morning hours or the undervolt are responsible. TS Bench shows "8.2" and I experienced no issues during playback. Should I be safe with -100mV? It feels better to avoid temperatures near 90°C. Such a great improvement. Still concerned about the 95°C in Cinebench, though. Turning power limits back on—Cinebench now runs at 3GHz instead of 4.7. Maybe I can adjust those settings. Or perhaps I shouldn't stress test while PL are unlocked?
Certainly! Here’s a rephrased version of your text:
It’s essential to perform stress tests on your CPU when it’s fully unlocked. Why not? The 10700F and the 10700KF are identical chips, manufactured on the same assembly line. Intel caps the maximum multiplier on one model while leaving it unlocked on the other. Enthusiasts often run their 10700KF processors for extended periods at speeds exceeding 5.1 GHz. If such issues arose, Intel would address them promptly. The company has consistently maintained this approach for years, intentionally keeping power limits unconstrained to prevent customers from switching to AMD alternatives. Lowering the voltage also helps maintain competitive CPU temperatures compared to rivals. Intel typically sets a default power cap at 65W for marketing reasons, allowing eco-conscious buyers to feel confident they’re getting a low-power option. You can choose to operate at this setting or push it to full capacity. The decision rests with you. Reducing voltage lessens the strain on your CPU without any concerns. You shouldn’t need to worry about this. You can’t overclock your CPU, and doing so would make it run slower than a comparable K series model. Slowing it further isn’t necessary. Once you adjust the voltages, conduct stress tests such as the TS Bench. The duration of these tests isn’t crucial; what matters is whether errors appear. If they do, you’ve likely exceeded the safe undervolt range.
Intel has consistently maintained a thermal throttling threshold at 100°C for most Core i CPUs over the past decade. Should this have caused issues, they would have adjusted it accordingly. Your CPU is built to protect itself effectively.
I know what you mean, thanks for clarifying. At -100mV I didn’t see any issues with TS, and higher temperatures during games were better. Still, my temps keep reaching 90-96°C with Cinebench 23 in under a minute. That’s why I considered lowering the speeds. Should I stick to maximum PL or increase them? I’ll try more undervolting and run stability tests.