Question PC is not booting after xmp profile enabled

Dec 13, 2022
2
0
10
Hi guys,
As the title says, I can't boot my PC after enabling XMP profile after which I have to restart CMOS in order to boot it again. I Don't want to work on 2133Mhz RAM when I paid for 3600Mhz, and any boost in productivity is needed for my job! :)
These are the specs:

GPU: Gigabyte RTX3060
CPU: intel i9-12900
MOBO: GIGABYTE B660 AORUS MASTER DDR4/1700
RAM: 4x CORSAIR Vengeance C18 CMW8GX4M1Z3600C18 8GB(1x8GB)/DIMM/DDR4/3600MHz
PSU: GIGABYTE P850GM 850W/ATX/80PlusGold
SSD: SSD CORSAIR Force MP510 960GB/M.2/NVMe

If any additional info is needed, feel free to ask! :)
 
Last edited:

punkncat

Champion
Ambassador
Turn off XMP and boot into Windows. Find and install CPU-Z. Go to the SPD tab and take a pic, or write down all the JEDEC/XMP timings. Go to BIOS and set the slowest one, see if you will boot. Continue this process with the faster settings until it won't.
In some cases, you can relax the timings a bit to get a successful boot, but of course with that somewhat defeats the "speed" you are shooting for. Also of consideration is to make sure what voltage is being applied (or not) with the faster timings.
 
Hi guys,
As the title says, I can't boot my PC after enabling XMP profile after which I have to restart CMOS in order to boot it again. I Don't want to work on 2133Mhz RAM when I paid for 3600Mhz, and any boost in productivity is needed for my job! :)
These are the specs:

GPU: Gigabyte RTX3070
CPU: intel i9-12900
MOBO: GIGABYTE B660 AORUS MASTER DDR4/1700
RAM: 4x CORSAIR Vengeance C18 CMW8GX4M1Z3600C18 8GB(1x8GB)/DIMM/DDR4/3600MHz
PSU: GIGABYTE P850GM 850W/ATX/80PlusGold
SSD: SSD CORSAIR Force MP510 960GB/M.2/NVMe

If any additional info is needed, feel free to ask! :)
Proper bios?
 

Tennis987

Distinguished
Sep 9, 2015
125
3
18,695
Turn off XMP and boot into Windows. Find and install CPU-Z. Go to the SPD tab and take a pic, or write down all the JEDEC/XMP timings. Go to BIOS and set the slowest one, see if you will boot. Continue this process with the faster settings until it won't.
In some cases, you can relax the timings a bit to get a successful boot, but of course with that somewhat defeats the "speed" you are shooting for. Also of consideration is to make sure what voltage is being applied (or not) with the faster timings.
Will this be beneficial for people just looking for extra performance, even without issues?