F5F Stay Refreshed Power Users Overclocking Ryzen 1700 OCed to 3.8Ghz

Ryzen 1700 OCed to 3.8Ghz

Ryzen 1700 OCed to 3.8Ghz

C
Cal_Cubed2
Junior Member
Find
44
05-01-2017, 01:57 AM
#1
I just increased my Ryzen 1700 to 3.8Ghz. The vcore remains steady at 1.35-1.36 during idle until the OCCT stress test, after which it reaches 1.4Vcore. Temperatures are between 65-70º during the test and around 30-35º when idle. My components include the Ryzen 1700 OC 3.8Ghz, Asus Prime B350 Plus, Corsair Vengeance 2x8gb DDR4 3200mhz, Corsair H115i Pro, Corsair CS750M, and GTX 1080 ti. I'm checking if this setup is normal and stable enough for continued overclocking or if it's time to reduce it. Thanks in advance!
Reply
Reply
C
Cal_Cubed2
05-01-2017, 01:57 AM #1

I just increased my Ryzen 1700 to 3.8Ghz. The vcore remains steady at 1.35-1.36 during idle until the OCCT stress test, after which it reaches 1.4Vcore. Temperatures are between 65-70º during the test and around 30-35º when idle. My components include the Ryzen 1700 OC 3.8Ghz, Asus Prime B350 Plus, Corsair Vengeance 2x8gb DDR4 3200mhz, Corsair H115i Pro, Corsair CS750M, and GTX 1080 ti. I'm checking if this setup is normal and stable enough for continued overclocking or if it's time to reduce it. Thanks in advance!

Reply
Reply
M
mcfarter
Member
Find
178
05-01-2017, 07:56 AM
#2
With a B350 board, there might not be that choice available. I own an ASRock B350 and have my R5 1600 at 3.7GHz. I think my board doesn’t support an LLC setting if that’s what you mean...
Reply
Reply
M
mcfarter
05-01-2017, 07:56 AM #2

With a B350 board, there might not be that choice available. I own an ASRock B350 and have my R5 1600 at 3.7GHz. I think my board doesn’t support an LLC setting if that’s what you mean...

Reply
Reply
R
radpool97
Member
Find
78
05-04-2017, 11:48 PM
#3
Voltage seems a bit too high for 3.8ghz, but it's still operating smoothly, so it shouldn't cause any issues. What is the value of the vcore voltage? I'd consider testing with lower voltages to check stability.
Reply
Reply
R
radpool97
05-04-2017, 11:48 PM #3

Voltage seems a bit too high for 3.8ghz, but it's still operating smoothly, so it shouldn't cause any issues. What is the value of the vcore voltage? I'd consider testing with lower voltages to check stability.

Reply
Reply
T
TrueMM2
Member
Find
227
05-05-2017, 05:44 AM
#4
I adjusted the vcore voltage offset to 0.16125, whereas the CPU sets the standard vcore voltage at 1.18750v.
Reply
Reply
T
TrueMM2
05-05-2017, 05:44 AM #4

I adjusted the vcore voltage offset to 0.16125, whereas the CPU sets the standard vcore voltage at 1.18750v.

Reply
Reply
D
DiosNegroX
Junior Member
Find
34
05-10-2017, 02:16 PM
#5
The LLC (Load line calibration) setting is not specified in the provided information.
Reply
Reply
D
DiosNegroX
05-10-2017, 02:16 PM #5

The LLC (Load line calibration) setting is not specified in the provided information.

Reply
Reply
S
Sakakhou
Junior Member
Find
16
05-10-2017, 02:58 PM
#6
Dunlop0078 :
I adjusted the vcore voltage offset to 0.16125, while the usual vcore is 1.18750v from the CPU. What is the setting for LLC (Load line calibration)? I'm not even sure what it is—I didn't change that value.
Reply
Reply
S
Sakakhou
05-10-2017, 02:58 PM #6

Dunlop0078 :
I adjusted the vcore voltage offset to 0.16125, while the usual vcore is 1.18750v from the CPU. What is the setting for LLC (Load line calibration)? I'm not even sure what it is—I didn't change that value.

Reply
Reply
M
mkG1337
Junior Member
Find
8
05-17-2017, 09:42 AM
#7
With a B350 board, there might not be that choice available. I own an ASRock B350 and have my R5 1600 at 3.7GHz. I think my board doesn’t support an LLC setting if that’s what you mean...
Reply
Reply
M
mkG1337
05-17-2017, 09:42 AM #7

With a B350 board, there might not be that choice available. I own an ASRock B350 and have my R5 1600 at 3.7GHz. I think my board doesn’t support an LLC setting if that’s what you mean...

Reply
Reply