F5F Stay Refreshed Hardware Desktop XMP is triggering a blue screen error.

XMP is triggering a blue screen error.

XMP is triggering a blue screen error.

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Ice3Boy
Member
230
09-16-2016, 08:17 AM
#1
You have 2x8GB RAM with 3600MHz each, but the BIOS shows 2360MHz. Enabling XMP caused a blue screen, though you adjusted the DRAM voltage to 1.35V as recommended. The issue persists, and disabling XMP only reduces performance to 60% of its potential. Consider checking for firmware updates, verifying BIOS settings, or testing with a different RAM module.
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Ice3Boy
09-16-2016, 08:17 AM #1

You have 2x8GB RAM with 3600MHz each, but the BIOS shows 2360MHz. Enabling XMP caused a blue screen, though you adjusted the DRAM voltage to 1.35V as recommended. The issue persists, and disabling XMP only reduces performance to 60% of its potential. Consider checking for firmware updates, verifying BIOS settings, or testing with a different RAM module.

D
Dul
Junior Member
3
09-17-2016, 02:55 AM
#2
The specific CPU model is not mentioned.
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Dul
09-17-2016, 02:55 AM #2

The specific CPU model is not mentioned.

S
Shad0wHydra13
Senior Member
716
09-17-2016, 11:05 AM
#3
Yes, the Ryzen 5 1600 is mentioned in another post. The first-gen Ryzen struggles with 3600MHz, often only reaching it occasionally.
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Shad0wHydra13
09-17-2016, 11:05 AM #3

Yes, the Ryzen 5 1600 is mentioned in another post. The first-gen Ryzen struggles with 3600MHz, often only reaching it occasionally.

J
JoshAGPlayz
Junior Member
11
09-17-2016, 11:54 AM
#4
Ryzen 5 1600
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JoshAGPlayz
09-17-2016, 11:54 AM #4

Ryzen 5 1600

G
Grifo24O
Member
181
09-17-2016, 12:01 PM
#5
You're likely facing a speed cap of 2800-3200MHz with a first-gen Ryzen 5, which comes from the memory controller limitations. For better performance, consider higher-speed RAM that operates at lower latency without XMP enabled. Exploring latency tuning could help, though it may add complexity and not always deliver significant gains.
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Grifo24O
09-17-2016, 12:01 PM #5

You're likely facing a speed cap of 2800-3200MHz with a first-gen Ryzen 5, which comes from the memory controller limitations. For better performance, consider higher-speed RAM that operates at lower latency without XMP enabled. Exploring latency tuning could help, though it may add complexity and not always deliver significant gains.

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WD_Trashster
Senior Member
454
09-19-2016, 12:42 AM
#6
Adjust the SOC to 1.2 and DRAM to 1.35. Then test 2666 using XMP/DOCP. Check for stability. Gradually increase to the advertised speed.
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WD_Trashster
09-19-2016, 12:42 AM #6

Adjust the SOC to 1.2 and DRAM to 1.35. Then test 2666 using XMP/DOCP. Check for stability. Gradually increase to the advertised speed.

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Butterfly1416
Senior Member
701
09-19-2016, 04:18 AM
#7
Yes, you can keep it as is.
B
Butterfly1416
09-19-2016, 04:18 AM #7

Yes, you can keep it as is.

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_DeathTrap_
Member
212
09-19-2016, 10:34 AM
#8
Someone else mentioned my CPU couldn't handle it... I can give it a shot?
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_DeathTrap_
09-19-2016, 10:34 AM #8

Someone else mentioned my CPU couldn't handle it... I can give it a shot?

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Waverabbit
Senior Member
643
09-19-2016, 01:13 PM
#9
Observe the limits of performance. Follow my advice: adjust the soc to 1.2, dram to 1.35, and then test 2666 with xmp/ docp enabled. Gradually increase until you reach the advertised speeds. Check the results as you progress.
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Waverabbit
09-19-2016, 01:13 PM #9

Observe the limits of performance. Follow my advice: adjust the soc to 1.2, dram to 1.35, and then test 2666 with xmp/ docp enabled. Gradually increase until you reach the advertised speeds. Check the results as you progress.

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electrodude44
Member
143
09-21-2016, 05:39 AM
#10
You can modify the frequency manually until it seems steady, then adjust the timing accordingly. This approach can bring performance close to what would be expected at 3600MHz. The process involves many adjustments and fine-tuning.
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electrodude44
09-21-2016, 05:39 AM #10

You can modify the frequency manually until it seems steady, then adjust the timing accordingly. This approach can bring performance close to what would be expected at 3600MHz. The process involves many adjustments and fine-tuning.

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