F5F Stay Refreshed Power Users Overclocking Assistance needed for overclocking Ryzen 5 1600

Assistance needed for overclocking Ryzen 5 1600

Assistance needed for overclocking Ryzen 5 1600

Z
zlip88
Member
198
06-03-2017, 11:57 AM
#1
Hi everyone,
I'm just starting out with overclocking and wasn't entirely sure about the steps I took. I wanted to clarify a few points.
I own a Ryzen 5 1600 with a stock cooler and a Gigabyte GA-AB350-Gaming motherboard. I increased the CPU clock from 3.2ghz to 3.7ghz. My BIOS didn't allow direct voltage adjustment (the VCore option was missing, unlike some other MOBOs), so I adjusted the Dynamic Vcore (DVID) offset to "+0.030". This shifted the voltage from 1.22v to between 1.26 and 1.28v—does this sound typical?
I've run the CPU under stress for about 30 minutes, and the maximum temperature stayed at 68°C. I've attached some screenshots from tools like Cpu-Z, HWMonitor, Aida64, and Ryzen Master to check my work.
My questions are: was the overclock executed correctly? Is everything functioning properly? Could I expect any issues based on the results shown?
Thanks in advance, and please forgive any unclear English.
Z
zlip88
06-03-2017, 11:57 AM #1

Hi everyone,
I'm just starting out with overclocking and wasn't entirely sure about the steps I took. I wanted to clarify a few points.
I own a Ryzen 5 1600 with a stock cooler and a Gigabyte GA-AB350-Gaming motherboard. I increased the CPU clock from 3.2ghz to 3.7ghz. My BIOS didn't allow direct voltage adjustment (the VCore option was missing, unlike some other MOBOs), so I adjusted the Dynamic Vcore (DVID) offset to "+0.030". This shifted the voltage from 1.22v to between 1.26 and 1.28v—does this sound typical?
I've run the CPU under stress for about 30 minutes, and the maximum temperature stayed at 68°C. I've attached some screenshots from tools like Cpu-Z, HWMonitor, Aida64, and Ryzen Master to check my work.
My questions are: was the overclock executed correctly? Is everything functioning properly? Could I expect any issues based on the results shown?
Thanks in advance, and please forgive any unclear English.

A
amkli
Member
197
06-03-2017, 06:26 PM
#2
I previously ran my 1600 at 3.85ghz with 1.375V continuously. I never experienced temperatures exceeding 65°C during stress, which means you're in a safe range. I prefer to keep my CPU below 70°C under any conditions, but you could handle up to around 72°C during stress. In typical gaming scenarios, you won't reach those levels. Stress tests are essentially a last option. What if things were this intense? I recall not being able to reach 4.0ghz like most others, and increasing the voltage above 1.375V wasn't something I wanted to do. You're free to slightly increase the OC frequency and see if you encounter freezing issues during stress. If freezing occurs, it suggests you need more voltage.
A
amkli
06-03-2017, 06:26 PM #2

I previously ran my 1600 at 3.85ghz with 1.375V continuously. I never experienced temperatures exceeding 65°C during stress, which means you're in a safe range. I prefer to keep my CPU below 70°C under any conditions, but you could handle up to around 72°C during stress. In typical gaming scenarios, you won't reach those levels. Stress tests are essentially a last option. What if things were this intense? I recall not being able to reach 4.0ghz like most others, and increasing the voltage above 1.375V wasn't something I wanted to do. You're free to slightly increase the OC frequency and see if you encounter freezing issues during stress. If freezing occurs, it suggests you need more voltage.

S
STEVENS15
Member
144
06-09-2017, 12:49 PM
#3
If you manage to pass aida64 for a short time, everything is okay. At just 3.7ghz, you could likely handle it without any changes in voltage, though this depends on the specific chip.
S
STEVENS15
06-09-2017, 12:49 PM #3

If you manage to pass aida64 for a short time, everything is okay. At just 3.7ghz, you could likely handle it without any changes in voltage, though this depends on the specific chip.

G
Girl_Gamer19
Junior Member
4
06-09-2017, 02:00 PM
#4
I previously ran my 1600 @ 3.85ghz / 1.375V continuously. I never experienced temperatures above 65°C during stressing, so you're definitely within safe limits. I prefer to keep my CPU below 70°C under any conditions, but you could handle up to around 72°C during stressing. In most scenarios, you won't reach that level while gaming or otherwise. Stress tests are essentially a last option. What if things were this intense? I recall not being able to reach 4.0ghz like many others, and increasing the voltage beyond 1.375V wasn't something I wanted to do. You're free to slightly increase the OC frequency and see if you encounter freezing issues during stressing. If it freezes, it suggests you need more voltage. If raising the voltage still causes freezing, then you've likely reached your maximum.
G
Girl_Gamer19
06-09-2017, 02:00 PM #4

I previously ran my 1600 @ 3.85ghz / 1.375V continuously. I never experienced temperatures above 65°C during stressing, so you're definitely within safe limits. I prefer to keep my CPU below 70°C under any conditions, but you could handle up to around 72°C during stressing. In most scenarios, you won't reach that level while gaming or otherwise. Stress tests are essentially a last option. What if things were this intense? I recall not being able to reach 4.0ghz like many others, and increasing the voltage beyond 1.375V wasn't something I wanted to do. You're free to slightly increase the OC frequency and see if you encounter freezing issues during stressing. If it freezes, it suggests you need more voltage. If raising the voltage still causes freezing, then you've likely reached your maximum.