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How to achieve 3200g at 4GHz with all cores?

How to achieve 3200g at 4GHz with all cores?

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kwon0513
Junior Member
30
03-31-2016, 09:42 PM
#1
I successfully reached 4GHz on all cores in Ryzen Master under p95. Going up to 4100Mhz per core drops performance significantly, especially for the fastest core. To surpass 4GHz across all cores, would BIOS overclocking be a viable path? I have ample thermal capacity and a stable p95 performance after an hour, with a 56°C max temperature, so I’m confident the motherboard can support it—B450M-A II.
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kwon0513
03-31-2016, 09:42 PM #1

I successfully reached 4GHz on all cores in Ryzen Master under p95. Going up to 4100Mhz per core drops performance significantly, especially for the fastest core. To surpass 4GHz across all cores, would BIOS overclocking be a viable path? I have ample thermal capacity and a stable p95 performance after an hour, with a 56°C max temperature, so I’m confident the motherboard can support it—B450M-A II.

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SorannosLP
Junior Member
21
03-31-2016, 10:50 PM
#2
Voltage is likely the main issue here. You often encounter a wall of voltage that needs a big increase before things stabilize. It seems like you're likely facing this challenge.
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SorannosLP
03-31-2016, 10:50 PM #2

Voltage is likely the main issue here. You often encounter a wall of voltage that needs a big increase before things stabilize. It seems like you're likely facing this challenge.

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JebThePleb
Posting Freak
898
04-02-2016, 10:22 PM
#3
At 4GHz and above, all cores typically perform normally.
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JebThePleb
04-02-2016, 10:22 PM #3

At 4GHz and above, all cores typically perform normally.

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Mr_Junior2
Junior Member
49
04-03-2016, 02:31 AM
#4
I operate at 1700x with 4Ghz on 1.375V. Increase the voltage in small steps of 0.005V, then test at your desired frequency. Results might vary, as it depends on the silicon behavior.
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Mr_Junior2
04-03-2016, 02:31 AM #4

I operate at 1700x with 4Ghz on 1.375V. Increase the voltage in small steps of 0.005V, then test at your desired frequency. Results might vary, as it depends on the silicon behavior.

E
EuropeanUnion
Senior Member
700
04-03-2016, 06:56 AM
#5
I used 1.425 with 4100mhz and it’s not working well. 4ghz at 1.325v works consistently.
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EuropeanUnion
04-03-2016, 06:56 AM #5

I used 1.425 with 4100mhz and it’s not working well. 4ghz at 1.325v works consistently.

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charlesturnier
Junior Member
37
04-03-2016, 10:36 AM
#6
I believe 4 GHz is the maximum you'll reach. Running at 1.425V wouldn't feel good—I'd feel uneasy about that level of voltage, which could quickly wear out the CPU. The performance gap between 4.0 GHz and 4.1 GHz is probably too small to notice in everyday tasks.
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charlesturnier
04-03-2016, 10:36 AM #6

I believe 4 GHz is the maximum you'll reach. Running at 1.425V wouldn't feel good—I'd feel uneasy about that level of voltage, which could quickly wear out the CPU. The performance gap between 4.0 GHz and 4.1 GHz is probably too small to notice in everyday tasks.

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MadReaper02
Member
210
04-03-2016, 02:34 PM
#7
the voltage is significantly lower than what pbo applies to most 7nm processors, often dropping to 1.525 or even higher at times. 1.425 works well for steady performance, especially on a 12nm chip. i understand the impact would be minimal, but i’m still aiming for it.
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MadReaper02
04-03-2016, 02:34 PM #7

the voltage is significantly lower than what pbo applies to most 7nm processors, often dropping to 1.525 or even higher at times. 1.425 works well for steady performance, especially on a 12nm chip. i understand the impact would be minimal, but i’m still aiming for it.

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CrazyMadMan42
Member
55
04-03-2016, 10:06 PM
#8
You're solid at 1.4v on 12nm. My 2700X runs consistently around 1.4v and higher. PBO support brings it to 4.1ghz at 1.410v. Most of the 14nm models reach near 4400–4500mhz, though hitting 1.6v was tougher. All Ryzen chips hit their limits when voltage isn't managed properly. The only guidance here is that pushing above 4ghz starts showing quarter-speed gains.
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CrazyMadMan42
04-03-2016, 10:06 PM #8

You're solid at 1.4v on 12nm. My 2700X runs consistently around 1.4v and higher. PBO support brings it to 4.1ghz at 1.410v. Most of the 14nm models reach near 4400–4500mhz, though hitting 1.6v was tougher. All Ryzen chips hit their limits when voltage isn't managed properly. The only guidance here is that pushing above 4ghz starts showing quarter-speed gains.

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PandaBlack47
Member
120
04-03-2016, 10:43 PM
#9
You'd start by heading into the BIOS settings, though you haven't used it before. You'll need to know how to access it from your system settings or power options.
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PandaBlack47
04-03-2016, 10:43 PM #9

You'd start by heading into the BIOS settings, though you haven't used it before. You'll need to know how to access it from your system settings or power options.

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_NeoBl0X_
Senior Member
635
04-11-2016, 11:49 PM
#10
CPU multiplier in BIOS is available. Ryzen Master might be the reason for instability. It seems you're trying to push performance beyond limits. Go to BIOS, adjust settings around 40.25x and 1.3875v, then try again.
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_NeoBl0X_
04-11-2016, 11:49 PM #10

CPU multiplier in BIOS is available. Ryzen Master might be the reason for instability. It seems you're trying to push performance beyond limits. Go to BIOS, adjust settings around 40.25x and 1.3875v, then try again.

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