is my 9900k overclock safe?
is my 9900k overclock safe?
Please clarify your voltage settings—it's only slightly high, which is acceptable but not optimal.
Please clarify your voltage levels—it's only slightly high, which is acceptable but not optimal.
For the 6th channel, use this setup instead of the 7th.
Could you also share your bios settings?
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Yeah it is...you might be able to reduce the CPU Vcore even more due to this. We were counting on it...When under load, the voltage rises higher and stays stable better, which helps with consistency. In theory, you could use lower Vcores for the same performance, but after your latest calibration, further reductions in voltage won't be possible. Does setting the question to 7 enable lowering the Vcore enough to affect heat and overall CPU voltage?
AtomicWAR : Yes, it is... you might be able to reduce the CPU Vcore even more due to this. We were counting on it... Under load, the voltage rises higher and doesn't drop as much when idle, which helps with stability. In theory, you could use lower Vcores for the same output because of this. However, your last calibration of the load line means you won't gain much more from lowering the voltage. Does question 7 let you reduce the Vcore enough to noticeably affect heat and overall CPU voltage?
I'm currently at 66-77 degrees under load, not sure what you meant by overall CPU voltage.
When under load, the CPU voltage reaches its maximum and drops when idle. With or without load line calibration, LLC helps prevent significant dips or spikes in voltage. This results in a more consistent voltage throughout operation, reducing the need for higher Vcore settings. It stabilizes performance at lower voltages, even though it requires more power from the motherboard and PSU. This approach works despite seeming counterintuitive.
When under load, your CPU voltage reaches its maximum and drops when idle, regardless of load line calibration. The LLC circuitry prevents significant dips or spikes, providing a more consistent voltage throughout operation. This results in steadier performance at lower voltages, though it requires higher core voltages. It may seem counterintuitive, but it functions effectively. This adjustment increases stress on your motherboard and power supply, but it applies to any overclocking attempt. I achieved a voltage of 1.275 with the largest spike at 1.314 during an Intel Extreme Utility stress test.
atomicWAR :
When under load, your CPU voltage will reach its maximum and drop when idle, regardless of load line calibration. The LLC just reduces the extent of these fluctuations, providing a more consistent voltage during operation while lowering the Vcore usage. This results in a steadier performance at lower voltages. It might sound counterintuitive, but it functions effectively. It will stress your motherboard and PSU more, but this applies to any overclocking attempt.
I managed to bring the voltage down to 1.275, with the largest spike at 1.314 during the Intel Extreme Utility stress test. That's exactly what I was discussing!