F5F Stay Refreshed Power Users Overclocking Ryzen 5 1600 OC

Ryzen 5 1600 OC

Ryzen 5 1600 OC

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MrCupquake
Member
229
09-04-2017, 08:03 PM
#1
I have a B350 PC MATE MObo with the latest BIOS and an R5 1600. I've been overclocked to 3.9 MHz, 1.33V, with stable temperatures on Prime95 for 30 minutes, and I'm using LLC mode 4 with auto-nb enabled. I'm curious about the current modes. The CPU temperature is off, and I'm trying to see if I can safely reach 4.0 GHz. I know the CPU specs can vary when purchased. I also have a watercooler: TT Floe Riing RGB 360 Plus Premium AIO.
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MrCupquake
09-04-2017, 08:03 PM #1

I have a B350 PC MATE MObo with the latest BIOS and an R5 1600. I've been overclocked to 3.9 MHz, 1.33V, with stable temperatures on Prime95 for 30 minutes, and I'm using LLC mode 4 with auto-nb enabled. I'm curious about the current modes. The CPU temperature is off, and I'm trying to see if I can safely reach 4.0 GHz. I know the CPU specs can vary when purchased. I also have a watercooler: TT Floe Riing RGB 360 Plus Premium AIO.

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kittens999
Member
86
09-04-2017, 09:47 PM
#2
1.45v is the maximum allowed, proceed with caution, start at 1.4v. Keep temperature below 80 for prime95 compliance.
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kittens999
09-04-2017, 09:47 PM #2

1.45v is the maximum allowed, proceed with caution, start at 1.4v. Keep temperature below 80 for prime95 compliance.

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Willz_03
Member
179
09-05-2017, 04:32 AM
#3
Yeah, I believe it would help to adjust gradually/step by step and observe the temperature readings. Since AMD advises against going beyond 1.4, that gives me a clear boundary—I tend to stay just under it and aim for stability there.
So far, my R3 1200 has reached 3.9 at operating conditions. The temperature and power adjustments didn’t justify lowering it back to 3.8… of course this is on the original cooler. My R7 1700 is set at 3700 at stock voltage—it handles around 3.8+ but struggles with higher temps under stress. Right now I can't exceed 71°C during a stress test. At 3.8 with the voltage increase, it needed to be around 84 when I stopped it.
In short, you should notice a noticeable rise in required voltage before stability is maintained. Water cooling will definitely affect these numbers.
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Willz_03
09-05-2017, 04:32 AM #3

Yeah, I believe it would help to adjust gradually/step by step and observe the temperature readings. Since AMD advises against going beyond 1.4, that gives me a clear boundary—I tend to stay just under it and aim for stability there.
So far, my R3 1200 has reached 3.9 at operating conditions. The temperature and power adjustments didn’t justify lowering it back to 3.8… of course this is on the original cooler. My R7 1700 is set at 3700 at stock voltage—it handles around 3.8+ but struggles with higher temps under stress. Right now I can't exceed 71°C during a stress test. At 3.8 with the voltage increase, it needed to be around 84 when I stopped it.
In short, you should notice a noticeable rise in required voltage before stability is maintained. Water cooling will definitely affect these numbers.

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adamgames2016
Member
133
09-06-2017, 11:28 AM
#4
Presently operating at 4.0 ghz with 1.4v and 65C.
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adamgames2016
09-06-2017, 11:28 AM #4

Presently operating at 4.0 ghz with 1.4v and 65C.

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Broflash
Senior Member
740
09-06-2017, 08:15 PM
#5
What are the LLC modes? I’m not sure what they mean. Bios lists Mode 1 through 8 and auto, but I’m confused about them. Can someone clarify?
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Broflash
09-06-2017, 08:15 PM #5

What are the LLC modes? I’m not sure what they mean. Bios lists Mode 1 through 8 and auto, but I’m confused about them. Can someone clarify?

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AlongCameBen
Member
68
09-06-2017, 09:02 PM
#6
it's actually quite solid, i managed to get it through 3.8 at 1.35v
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AlongCameBen
09-06-2017, 09:02 PM #6

it's actually quite solid, i managed to get it through 3.8 at 1.35v

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emac1707
Junior Member
8
09-08-2017, 04:18 AM
#7
auto is fine.
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emac1707
09-08-2017, 04:18 AM #7

auto is fine.