Overclocking
Overclocking
Even reaching all cores at 4.6 GHz through MCE would be considered an overclock, and it’s unlikely every core will consistently reach the 'apparently universal prerequisite universal utopia clock speed of 5 GHz'. This is especially uncertain at a default core voltage of 1.25V or higher, provided your cooling system can handle it.
You might consider adjusting each core individually in steps like 4.6 GHz, then 4.7 GHz, etc., keeping an eye on temperature rises and stability concerns rather than sticking to the '5 GHz or Useless plan...'.
Intel's XTU simplifies this process by allowing straightforward 100 MHz increments testing. (In case of a crash or lockup, XTU automatically reverts all overclocks and returns to the original settings.)
Please clarify the details you need. I require additional context about the specific hardware, the extent of overclocking, voltage adjustments, and any manual changes to provide a thorough answer.
I7 9700K with a core ratio cap of 50 and an AI Overclock tuner set to XMP II
Even reaching all cores at 4.6 GHz through MCE would be considered an overclock, and it’s unlikely every core will consistently reach the 'apparently universal prerequisite universal utopia clock speed of 5 GHz'. This is especially uncertain at a default core voltage of 1.25V or higher, provided your cooling system can handle it.
You might consider adjusting each core individually in steps like 4.6 GHz, then 4.7 GHz, etc., keeping an eye on temperature rises and stability concerns rather than sticking to the '5 GHz or Useless plan...'.
Intel's XTU simplifies this process by allowing straightforward 100 MHz increments testing. (In case of a crash or lockup, XTU automatically reverts all overclocks and returns to the original settings.)
Consider trying the 46 setting across all cores, too. Also, is there a connection between the Dram Voltage and this?