F5F Stay Refreshed Power Users Overclocking Need assistance with overclocking?

Need assistance with overclocking?

Need assistance with overclocking?

L
lillboman91
Member
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164
03-28-2018, 12:07 PM
#1
My specs
Ryzen 5 1500x
VENGEANCE® RGB PRO 16GB (2 x 8GB) DDR4 DRAM 3200MHz C16 Memory Kit
Motherboard: x470 gaming plus
I've been attempting to overclock my CPU to 3.7ghz and my RAM to 3200, but my PC still crashes frequently—any advice?
I have 3.7 but my RAM shows 2933, can I actually reach 3200?
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L
lillboman91
03-28-2018, 12:07 PM #1

My specs
Ryzen 5 1500x
VENGEANCE® RGB PRO 16GB (2 x 8GB) DDR4 DRAM 3200MHz C16 Memory Kit
Motherboard: x470 gaming plus
I've been attempting to overclock my CPU to 3.7ghz and my RAM to 3200, but my PC still crashes frequently—any advice?
I have 3.7 but my RAM shows 2933, can I actually reach 3200?

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S
Sashle
Junior Member
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45
04-14-2018, 08:38 AM
#2
Using that processor 2933 is likely the top choice available.
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S
Sashle
04-14-2018, 08:38 AM #2

Using that processor 2933 is likely the top choice available.

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M
Mikeahl
Member
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196
04-14-2018, 09:27 AM
#3
The issue before loading the CPU is that at 3.5 I used to achieve 3200, but now it doesn't work even at normal speed. The reason for this change is not specified in the text.
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M
Mikeahl
04-14-2018, 09:27 AM #3

The issue before loading the CPU is that at 3.5 I used to achieve 3200, but now it doesn't work even at normal speed. The reason for this change is not specified in the text.

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T
tippestwolf70
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227
04-14-2018, 11:14 AM
#4
First generation Ryzen CPUs seldom manage to reach RAM speeds at 3200, often needing Samsung B-die RAM and significant adjustments with custom timings. The achievable top speed is closer to 2933, so aim for that and test.

For overclocking tips: test one at a time, adjusting either the CPU or RAM clock until stable. Once a satisfactory setting is found for one, apply a small buffer and attempt the other.

When boosting the CPU, the maximum VCore can reach around 1.425V when the core temperature stays below 70°C, especially during light workloads. At higher temperatures (90-95°C), like under heavy stress, it should cap at about 1.375V. Improved cooling allows pushing frequency further without exceeding 90-95°C, but voltage must stay below 1.375V in that range.

Utilize HWInfo64 to track temperatures and voltages. Check the CPU section for the Core Voltage (SVI2 TFN) sensor to identify the most accurate core voltage readings. Also, look at the CPU (Tctl/Tdie) sensor for core temperatures; individual die temps can also provide valuable insights.

Core voltage fluctuates significantly—higher when the CPU is lightly loaded and much lower during intense stress. Leverage this to your advantage. Steer clear of excessive LLC usage; a light to mid LLC setting tends to offer better stability during heavy overclocking.

In summary, many users can reach around 4.0GHz on the first gen with stable overclocking under similar voltage and temperature conditions, provided cooling is adequate. However, expect a maximum of about 3.8GHz at the same stable settings and temperatures. If using Prime95 for stability or thermal checks, disable AVX or switch to Cinebench 20 instead.
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T
tippestwolf70
04-14-2018, 11:14 AM #4

First generation Ryzen CPUs seldom manage to reach RAM speeds at 3200, often needing Samsung B-die RAM and significant adjustments with custom timings. The achievable top speed is closer to 2933, so aim for that and test.

For overclocking tips: test one at a time, adjusting either the CPU or RAM clock until stable. Once a satisfactory setting is found for one, apply a small buffer and attempt the other.

When boosting the CPU, the maximum VCore can reach around 1.425V when the core temperature stays below 70°C, especially during light workloads. At higher temperatures (90-95°C), like under heavy stress, it should cap at about 1.375V. Improved cooling allows pushing frequency further without exceeding 90-95°C, but voltage must stay below 1.375V in that range.

Utilize HWInfo64 to track temperatures and voltages. Check the CPU section for the Core Voltage (SVI2 TFN) sensor to identify the most accurate core voltage readings. Also, look at the CPU (Tctl/Tdie) sensor for core temperatures; individual die temps can also provide valuable insights.

Core voltage fluctuates significantly—higher when the CPU is lightly loaded and much lower during intense stress. Leverage this to your advantage. Steer clear of excessive LLC usage; a light to mid LLC setting tends to offer better stability during heavy overclocking.

In summary, many users can reach around 4.0GHz on the first gen with stable overclocking under similar voltage and temperature conditions, provided cooling is adequate. However, expect a maximum of about 3.8GHz at the same stable settings and temperatures. If using Prime95 for stability or thermal checks, disable AVX or switch to Cinebench 20 instead.

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