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Overclocking Ryzen 1600 with a stock cooler

Overclocking Ryzen 1600 with a stock cooler

S
Stifelplays
Member
112
10-27-2017, 01:55 AM
#1
Here are the specifications listed below:

- AMD Ryzen 5 1600
- Gigabyte GeForce GTX1060 3GB Windforce OC
- HyperX Predator RGB 2x8GB DDR4-2933MHz
- Gigabyte AB350 Gaming 3 (rev. 1.0)
- Corsair VS550
S
Stifelplays
10-27-2017, 01:55 AM #1

Here are the specifications listed below:

- AMD Ryzen 5 1600
- Gigabyte GeForce GTX1060 3GB Windforce OC
- HyperX Predator RGB 2x8GB DDR4-2933MHz
- Gigabyte AB350 Gaming 3 (rev. 1.0)
- Corsair VS550

M
Meowables
Senior Member
608
10-27-2017, 11:25 AM
#2
Reading an OC manual for a Ryzen 2nd generation offers only minor benefits, often accompanied by significant effort and risks. I've already done this before;-). If you prefer, you can use the Wraith BIOS settings to perform a straightforward system-level OC from there. With that processor, you're likely to achieve better results with a solid 3200 MHz clock speed than after a small 5% tweak.
M
Meowables
10-27-2017, 11:25 AM #2

Reading an OC manual for a Ryzen 2nd generation offers only minor benefits, often accompanied by significant effort and risks. I've already done this before;-). If you prefer, you can use the Wraith BIOS settings to perform a straightforward system-level OC from there. With that processor, you're likely to achieve better results with a solid 3200 MHz clock speed than after a small 5% tweak.

S
SlyMaster360
Member
62
10-29-2017, 12:24 AM
#3
What is the voltage when the system is under load? Your offset doesn't provide useful information since I don't know the board's stock voltage setting, and the Ryzen 1600 doesn't maintain the same voltage across all boards.
S
SlyMaster360
10-29-2017, 12:24 AM #3

What is the voltage when the system is under load? Your offset doesn't provide useful information since I don't know the board's stock voltage setting, and the Ryzen 1600 doesn't maintain the same voltage across all boards.

P
pvpprobro
Member
141
10-29-2017, 12:52 AM
#4
Avoid pushing the stock cooler beyond its limits, since it struggles to maintain optimal temperatures. That's why it's referred to as a "stock" cooler.
P
pvpprobro
10-29-2017, 12:52 AM #4

Avoid pushing the stock cooler beyond its limits, since it struggles to maintain optimal temperatures. That's why it's referred to as a "stock" cooler.

M
MrMg317
Junior Member
4
10-30-2017, 01:57 PM
#5
AMD's latest stock coolers perform better than Intel's, allowing more frequent overclocking. If this is the original Ryzen 1600 (not the newer AF model with a smaller cooler), it includes the Wraith Spire cooler, which offers sufficient headroom for overclocking this processor.
M
MrMg317
10-30-2017, 01:57 PM #5

AMD's latest stock coolers perform better than Intel's, allowing more frequent overclocking. If this is the original Ryzen 1600 (not the newer AF model with a smaller cooler), it includes the Wraith Spire cooler, which offers sufficient headroom for overclocking this processor.

J
JishyCraft
Member
66
11-16-2017, 01:15 PM
#6
I use HWMonitor. I ran cinebench three more times to gather some results for you.
First run: temperature max 73°C, CPU VDD(Node 0) 1.2V, benchmark score 1120.
Second run: temperature max 75°C, CPU VDD(Node 0): 1.2V, benchmark score 1115.
Third run: temperature max 77°C, CPU VDD(Node 0): 1.2V, benchmark score 1119.
When the CPU is idle, the VDD(Node 0) stays around 1.213V to 1.231V. I’m not sure why that happens.
Keep in mind I noted it reached 85°C on the 9th run and 84°C on the 10th, but it didn’t crash.
J
JishyCraft
11-16-2017, 01:15 PM #6

I use HWMonitor. I ran cinebench three more times to gather some results for you.
First run: temperature max 73°C, CPU VDD(Node 0) 1.2V, benchmark score 1120.
Second run: temperature max 75°C, CPU VDD(Node 0): 1.2V, benchmark score 1115.
Third run: temperature max 77°C, CPU VDD(Node 0): 1.2V, benchmark score 1119.
When the CPU is idle, the VDD(Node 0) stays around 1.213V to 1.231V. I’m not sure why that happens.
Keep in mind I noted it reached 85°C on the 9th run and 84°C on the 10th, but it didn’t crash.

K
korp78
Junior Member
42
11-16-2017, 08:49 PM
#7
Yes I got it 2 years ago.
K
korp78
11-16-2017, 08:49 PM #7

Yes I got it 2 years ago.

H
HKM04
Junior Member
10
11-17-2017, 01:09 AM
#8
Wraith Spire cooler comes from my experience with second-gen Ryzen processors up to the 2600 for overclocking. Heat isn't a big problem, but the noise is quite loud—it makes the PC sound like a helicopter landing deck.
H
HKM04
11-17-2017, 01:09 AM #8

Wraith Spire cooler comes from my experience with second-gen Ryzen processors up to the 2600 for overclocking. Heat isn't a big problem, but the noise is quite loud—it makes the PC sound like a helicopter landing deck.

D
DiamondXX101
Member
108
11-17-2017, 02:04 AM
#9
It's understandable to feel uncertain about this situation. What are your thoughts?
D
DiamondXX101
11-17-2017, 02:04 AM #9

It's understandable to feel uncertain about this situation. What are your thoughts?

E
ExlonTrantos
Member
215
11-17-2017, 03:36 AM
#10
Reading an OC manual for a Ryzen 2nd generation offers only minor benefits, often accompanied by significant effort and risks. I've already done this before;-). If you prefer, you can use the Wraith BIOS settings to perform a straightforward system-level OC from there. With that processor, you're likely to achieve better results with a solid 3200 MHz clock speed than after a small 5% tweak.
E
ExlonTrantos
11-17-2017, 03:36 AM #10

Reading an OC manual for a Ryzen 2nd generation offers only minor benefits, often accompanied by significant effort and risks. I've already done this before;-). If you prefer, you can use the Wraith BIOS settings to perform a straightforward system-level OC from there. With that processor, you're likely to achieve better results with a solid 3200 MHz clock speed than after a small 5% tweak.