[SOLVED] XMP Ram and CPU problem with Frequencies

[psicbarrera]

Good morning. Friends, I have a serious problem, or so I think. I have two 2 * 8 3600 dual channel RAM modules. When I activate the xmp profile of my Asus z390 phantom gaming 4 board, everything is perfect, it reaches the frequencies of 3600Mhz without stability problems, the problem arises when I perform a slight OC to my I5 9600K, it does not matter if it is to put all the cores (sync all cores) to 4.2; 4.5; 4.6 Ghz, the problem is that when Windows starts the CPU is all the time at the maximum frequency at which I left the overclock, even if there is no program open and I am only on the windows desktop, that is, the use of the cpu is at 1% and the frequency goes to 4.6 Ghz, for example. This only happens if I activate the xmp profile to the maximum of what these memories allow, that is 3600, it even happens if I leave it at 3400 or 3500, rather, this phenomenon occurs if I exceed 3000Mhz for the RAM.

However, when I lower the ram frequencies to 3000, the CPU frequencies go back to being dynamic according to% usage. I don't think this is normal, it should be dynamic even with 3600

Mhz of ram. Also the computer does not turn off when it is always at maximum frequency.

Notes: I already checked windows power consumption profile settings, but everything is in "balanced", normal.

Please help me, I bought these quite expensive 3600 memories and it pains me that I can't use them at their maximum frequencies properly.
Setup:



Rtx 2060 super msi gaming edition

PSU Gigabyte 650W 80+ bronze

Asrock z390 phantom gaming 4

Corsair Vengeance LPX 2*8 3600 ddr4

I5 9600k

 

[psicbarrera]

Good morning. Friends, I have a serious problem, or so I think. I have two 2 * 8 3600 dual channel RAM modules. When I activate the xmp profile of my Asus z390 phantom gaming 4 board, everything is perfect, it reaches the frequencies of 3600Mhz without stability problems, the problem arises when I perform a slight OC to my I5 9600K, it does not matter if it is to put all the cores (sync all cores) to 4.2; 4.5; 4.6 Ghz, the problem is that when Windows starts the CPU is all the time at the maximum frequency at which I left the overclock, even if there is no program open and I am only on the windows desktop, that is, the use of the cpu is at 1% and the frequency goes to 4.6 Ghz, for example. This only happens if I activate the xmp profile to the maximum of what these memories allow, that is 3600, it even happens if I leave it at 3400 or 3500, rather, this phenomenon occurs if I exceed 3000Mhz for the RAM.

However, when I lower the ram frequencies to 3000, the CPU frequencies go back to being dynamic according to% usage. I don't think this is normal, it should be dynamic even with 3600 Mhz of ram. Also the computer does not turn off when it is always at maximum frequency.

Notes: I already checked windows power consumption profile settings, but everything is in "balanced", normal.

Please help me, I bought these quite expensive 3600 memories and it pains me that I can't use them at their maximum frequencies properly.
Setup:


Rtx 2060 super msi gaming edition

PSU Gigabyte 650W 80+ bronze

Asrock z390 phantom gaming 4

Corsair Vengeance LPX 2*8 3600 ddr4

I5 9600k

 

[psicbarrera]

Good morning. Friends, I have a serious problem, or so I think. I have two 2 * 8 3600 dual channel RAM modules. When I activate the xmp profile of my Asus z390 phantom gaming 4 board, everything is perfect, it reaches the frequencies of 3600Mhz without stability problems, the problem arises when I perform a slight OC to my I5 9600K, it does not matter if it is to put all the cores (sync all cores) to 4.2; 4.5; 4.6 Ghz, the problem is that when Windows starts the CPU is all the time at the maximum frequency at which I left the overclock, even if there is no program open and I am only on the windows desktop, that is, the use of the cpu is at 1% and the frequency goes to 4.6 Ghz, for example. This only happens if I activate the xmp profile to the maximum of what these memories allow, that is 3600, it even happens if I leave it at 3400 or 3500, rather, this phenomenon occurs if I exceed 3000Mhz for the RAM.

However, when I lower the ram frequencies to 3000, the CPU frequencies go back to being dynamic according to% usage. I don't think this is normal, it should be dynamic even with 3600

Mhz of ram. Also the computer does not turn off when it is always at maximum frequency.

Notes: I already checked windows power consumption profile settings, but everything is in "balanced", normal.

 

[Endre]

Good morning. Friends, I have a serious problem, or so I think. I have two 2 * 8 3600 dual channel RAM modules. When I activate the xmp profile of my Asus z390 phantom gaming 4 board, everything is perfect, it reaches the frequencies of 3600Mhz without stability problems, the problem arises when I perform a slight OC to my I5 9600K, it does not matter if it is to put all the cores (sync all cores) to 4.2; 4.5; 4.6 Ghz, the problem is that when Windows starts the CPU is all the time at the maximum frequency at which I left the overclock, even if there is no program open and I am only on the windows desktop, that is, the use of the cpu is at 1% and the frequency goes to 4.6 Ghz, for example. This only happens if I activate the xmp profile to the maximum of what these memories allow, that is 3600, it even happens if I leave it at 3400 or 3500, rather, this phenomenon occurs if I exceed 3000Mhz for the RAM.

However, when I lower the ram frequencies to 3000, the CPU frequencies go back to being dynamic according to% usage. I don't think this is normal, it should be dynamic even with 3600

Mhz of ram. Also the computer does not turn off when it is always at maximum frequency.

Notes: I already checked windows power consumption profile settings, but everything is in "balanced", normal.

Stable overclock requires very good cooling of the CPU & motherboard.
Personally, I wouldn’t overclock my CPU.
Using an XMP profile on the RAM is already an overclock for the CPU memory controller.

It’s better not to be exactly on the edge of your system’s capabilities.