I’d try 2933mhz using DOCP, then if that doesn’t work then try 2666mhz. If you cannot get 2933mhz stable but can get 2666mhz then you could try increasing the DRAM voltage to 1.450v. If the voltage makes it stable then slowly decreasing the voltage 0.010v at a time to find the minimum stable voltage.Alright, so you suggest I do 2666 or 2933??
1080p, yeah. So you're saying the RAM would bottleneck the CPU more than the CPU would bottleneck the 3060??
I’d try 2933mhz using DOCP, then if that doesn’t work then try 2666mhz. If you cannot get 2933mhz stable but can get 2666mhz then you could try increasing the DRAM voltage to 1.450v. If the voltage makes it stable then slowly decreasing the voltage 0.010v at a time to find the minimum stable voltage.Alright, so you suggest I do 2666 or 2933??
I’d try 2933mhz using DOCP, then if that doesn’t work then try 2666mhz. If you cannot get 2933mhz stable but can get 2666mhz then you could try increasing the DRAM voltage to 1.450v. If the voltage makes it stable then slowly decreasing the voltage 0.010v at a time to find the minimum stable voltage.
If you change the voltage be careful not to go over 1.450v by mistake, apart from that it’s safe. Worst case is you can clear CMOS which puts everything back to stock settings. I currently run 1.410v overclocking my 3200mhz to 3600mhz but that’s with a 3700x. Apart from that the RAM was designed to run at 3200mhz but the first gen CPU’s often had problems with anything over 2933mhz. You are just trying to find the fastest stable settings.Sounds scary lol. I'll see what happens. This can't damage my hardware, right?