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Hi all,
Built my Ryzen system last week and been tinkering away with it to get the best speeds I can, but I seem to have hit a wall trying to get to 3200 on the mem.
I have the following kit, Gigabyte x370 Gaming 5 on the F6 bios, 1600 Ryzen and Gskill F4-3600C16D -16GTZR, the memory is Samsung b die, single rank.
I'm able to get the CPU to 3.8 & 3.9 no problem, Mem at [email protected] with fast timings again no problem.
Going for 3200 i need to put 1.45v with auto timings (slack) just to get some sort of boot that's not F9 errors and a reset to 2100, but that lasts less than 10 minutes on Aida64 stability test before a fail. I watched the Robert Hallock video and he said you could go to 1.5v on mem, which seemed high but i gave it a go, booted OK, i stopped it at 20 minutes, to check in with you fine peeps but it was running fine on Aida64.
Clearly the more volts on the memory is helping, but as title say's what can i go to before i need to stop? or is even 1.5 to much?
Thanks in advance
Built my Ryzen system last week and been tinkering away with it to get the best speeds I can, but I seem to have hit a wall trying to get to 3200 on the mem.
I have the following kit, Gigabyte x370 Gaming 5 on the F6 bios, 1600 Ryzen and Gskill F4-3600C16D -16GTZR, the memory is Samsung b die, single rank.
I'm able to get the CPU to 3.8 & 3.9 no problem, Mem at [email protected] with fast timings again no problem.
Going for 3200 i need to put 1.45v with auto timings (slack) just to get some sort of boot that's not F9 errors and a reset to 2100, but that lasts less than 10 minutes on Aida64 stability test before a fail. I watched the Robert Hallock video and he said you could go to 1.5v on mem, which seemed high but i gave it a go, booted OK, i stopped it at 20 minutes, to check in with you fine peeps but it was running fine on Aida64.
Clearly the more volts on the memory is helping, but as title say's what can i go to before i need to stop? or is even 1.5 to much?
Thanks in advance