ginax570
New Member
Good Day to you all friends. My name is Gina and i am new here. I am not really new to the PC world but when it comes to Ryzen i am still a newbie. Please Help me on this one.
So firstly here are my specs:
Asrock b450 pro4 updated to the latest bios: ASRock B450 Pro4
Ryzen 5 2600
256gb hp 920 nvme ssd
16gb gskill trident Z ddr4 3200mhz CL 16
RX 570 4gb overclocked to 1480mhz on the core and 2100mhz (power limit slider maxed out and voltage -18 on msi afterburner. On full load the gpu does not go beyond 67 degrees with an aggressive fan curve)
After reading a lot and researching, i managed to get my r5 to 4.05ghz stable on 1.35v. It is also stable on 4.15ghz but the voltage required is a little bit insane 1.425v so i left it at 4.05.
My problem is this motherboard does not have any LCC or LLC settings so sometimes i get vdroop. If i set my voltage to 1.35, it drops to around 1.32v on full load and my oc crashes. So i read on the internet, a way to counter this is to set a higher voltage, which i did. I set my voltage to 1.375v and when it drops it drops to 1.35v and my overclock is stable. Is there anything else i can do guys to counter vdroop without having to raise voltage?
I am trying to go for 4.2ghz as i saw on hardware unboxed and 4.15ghz is not really a problem but 4.2ghz seems to crash due to vdroop. Atleast on 4.15ghz the vdroop is not as severe so it does not crash. If you could point me in the right direction about vdroop, i would really appreciate it. I do not want to go above 1.425v in order to counter vdroop.
So firstly here are my specs:
Asrock b450 pro4 updated to the latest bios: ASRock B450 Pro4
Ryzen 5 2600
256gb hp 920 nvme ssd
16gb gskill trident Z ddr4 3200mhz CL 16
RX 570 4gb overclocked to 1480mhz on the core and 2100mhz (power limit slider maxed out and voltage -18 on msi afterburner. On full load the gpu does not go beyond 67 degrees with an aggressive fan curve)
After reading a lot and researching, i managed to get my r5 to 4.05ghz stable on 1.35v. It is also stable on 4.15ghz but the voltage required is a little bit insane 1.425v so i left it at 4.05.
My problem is this motherboard does not have any LCC or LLC settings so sometimes i get vdroop. If i set my voltage to 1.35, it drops to around 1.32v on full load and my oc crashes. So i read on the internet, a way to counter this is to set a higher voltage, which i did. I set my voltage to 1.375v and when it drops it drops to 1.35v and my overclock is stable. Is there anything else i can do guys to counter vdroop without having to raise voltage?
I am trying to go for 4.2ghz as i saw on hardware unboxed and 4.15ghz is not really a problem but 4.2ghz seems to crash due to vdroop. Atleast on 4.15ghz the vdroop is not as severe so it does not crash. If you could point me in the right direction about vdroop, i would really appreciate it. I do not want to go above 1.425v in order to counter vdroop.