F5F Stay Refreshed Power Users Overclocking Rated DOCP profile for unstable PC performance

Rated DOCP profile for unstable PC performance

Rated DOCP profile for unstable PC performance

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heyjudge100
Member
186
01-13-2016, 06:36 PM
#1
In short, I purchased DDR4 3000 memory for my motherboard because I believed it would run smoothly at its rated speed (2933). However, after setting the docp profile, I’m experiencing crashes in every game I play, while I’m stable at the default speed (2133). Should I try overclocking manually? I have limited experience with overclocking. Any advice would be greatly appreciated. Here are my specs.
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heyjudge100
01-13-2016, 06:36 PM #1

In short, I purchased DDR4 3000 memory for my motherboard because I believed it would run smoothly at its rated speed (2933). However, after setting the docp profile, I’m experiencing crashes in every game I play, while I’m stable at the default speed (2133). Should I try overclocking manually? I have limited experience with overclocking. Any advice would be greatly appreciated. Here are my specs.

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SillyDragon
Senior Member
586
01-16-2016, 04:55 PM
#2
1.4ish is the suggested maximum voltage for Ryzen long-term use. DDR4 voltage at 1.4v works too. Some premium builds apply this for XMP. Is the actual SOC listed voltage shown in UEFI? Your 2700X with a 3200 kit uses 1.15 for that SOC. 1.2v is the upper limit here. Have you tried using Memtest86 bootable during XMP to detect issues?
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SillyDragon
01-16-2016, 04:55 PM #2

1.4ish is the suggested maximum voltage for Ryzen long-term use. DDR4 voltage at 1.4v works too. Some premium builds apply this for XMP. Is the actual SOC listed voltage shown in UEFI? Your 2700X with a 3200 kit uses 1.15 for that SOC. 1.2v is the upper limit here. Have you tried using Memtest86 bootable during XMP to detect issues?

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dragolac
Member
87
01-16-2016, 07:14 PM
#3
With XMP activated, the SOC voltage is configured accordingly. You may have experimented with introducing a minor DRAM voltage adjustment, like shifting from 1.35v to 1.375v as suggested by the XMP profile, which can help improve stability.
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dragolac
01-16-2016, 07:14 PM #3

With XMP activated, the SOC voltage is configured accordingly. You may have experimented with introducing a minor DRAM voltage adjustment, like shifting from 1.35v to 1.375v as suggested by the XMP profile, which can help improve stability.

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bowbow007
Member
122
01-17-2016, 09:10 AM
#4
With XMP activated, the SOC voltage is configured as per the settings. You might want to experiment with a slight DRAM voltage adjustment, like moving from 1.35v to 1.375v in the XMP profile, which can help with stability. Regarding VDDCR, it defaults to auto or offset mode; I haven’t changed it yet and haven’t increased it beyond 1.4 for Ryzen models.
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bowbow007
01-17-2016, 09:10 AM #4

With XMP activated, the SOC voltage is configured as per the settings. You might want to experiment with a slight DRAM voltage adjustment, like moving from 1.35v to 1.375v in the XMP profile, which can help with stability. Regarding VDDCR, it defaults to auto or offset mode; I haven’t changed it yet and haven’t increased it beyond 1.4 for Ryzen models.

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BuBlaCZE
Junior Member
5
01-17-2016, 01:22 PM
#5
1.4ish is the suggested maximum voltage for Ryzen long-term use. DDR4 voltage at 1.4v works too. Some premium builds apply this for XMP. Is the actual SOC voltage shown in UEFI? Your 2700X with a 3200 kit uses 1.15 for that SOC. 1.2v is the upper limit here. Have you tried using Memtest86 bootable during XMP to detect issues?
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BuBlaCZE
01-17-2016, 01:22 PM #5

1.4ish is the suggested maximum voltage for Ryzen long-term use. DDR4 voltage at 1.4v works too. Some premium builds apply this for XMP. Is the actual SOC voltage shown in UEFI? Your 2700X with a 3200 kit uses 1.15 for that SOC. 1.2v is the upper limit here. Have you tried using Memtest86 bootable during XMP to detect issues?