F5F Stay Refreshed Hardware Desktop XMP leads to screen flickering on displays

XMP leads to screen flickering on displays

XMP leads to screen flickering on displays

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Killerman1834
Posting Freak
885
09-11-2016, 08:43 PM
#1
I recently purchased the VENGEANCE LPX DDR 2 x 8GB 3200 MHZ RAM and checked my system settings. The BIOS reported a clock speed of 2133MHZ, so I enabled XMP and it increased to 3200 MHZ. After restarting and launching a game or running benchmarks, my monitor began flickering with intermittent connect/disconnect noises and lights. Music played normally, but my three monitors would power on and off. I shut down the PC hard and restarted with XMP enabled. When I searched for a second profile, it wasn’t available, suggesting I didn’t have two profiles set up. After briefly disabling XMP, no issues arose. Once I reactivated it, after about five to six minutes of benchmarking, the flickering resumed and stopped. I turned off XMP for a short period, then restarted it again. In the last 30 minutes, no problems occurred. I also had two 8GB 2666MHz RAM sticks installed, but they caused crashes when running at full speed. I considered replacing them to resolve the freezing and crashes, but my current setup has 2133MHZ 2x8GB RAM. The motherboard I’m using is Z170A with an MSI Z170A PC MATE, powered by a TX650M PSU and an 860 Samsung EVO SSD. Several users discuss similar experiences on forums, including the same RAM model and motherboard details.
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Killerman1834
09-11-2016, 08:43 PM #1

I recently purchased the VENGEANCE LPX DDR 2 x 8GB 3200 MHZ RAM and checked my system settings. The BIOS reported a clock speed of 2133MHZ, so I enabled XMP and it increased to 3200 MHZ. After restarting and launching a game or running benchmarks, my monitor began flickering with intermittent connect/disconnect noises and lights. Music played normally, but my three monitors would power on and off. I shut down the PC hard and restarted with XMP enabled. When I searched for a second profile, it wasn’t available, suggesting I didn’t have two profiles set up. After briefly disabling XMP, no issues arose. Once I reactivated it, after about five to six minutes of benchmarking, the flickering resumed and stopped. I turned off XMP for a short period, then restarted it again. In the last 30 minutes, no problems occurred. I also had two 8GB 2666MHz RAM sticks installed, but they caused crashes when running at full speed. I considered replacing them to resolve the freezing and crashes, but my current setup has 2133MHZ 2x8GB RAM. The motherboard I’m using is Z170A with an MSI Z170A PC MATE, powered by a TX650M PSU and an 860 Samsung EVO SSD. Several users discuss similar experiences on forums, including the same RAM model and motherboard details.

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IronStoat
Member
137
09-11-2016, 09:34 PM
#2
I notice more issues linked to XMP than it addresses. Turn it off and let it rest.
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IronStoat
09-11-2016, 09:34 PM #2

I notice more issues linked to XMP than it addresses. Turn it off and let it rest.

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Demonfox1678
Junior Member
16
09-11-2016, 10:41 PM
#3
But I’ll miss out on 3200 MHZ, which is what I paid for... I’d save around £20 if I paid for 2133 MHz. My 1% low would be better with Ryzen’s higher memory speed. I’m using an i5 6600k at the moment, so it doesn’t affect me much, but I’m planning to switch to Ryzen soon. R5 3600
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Demonfox1678
09-11-2016, 10:41 PM #3

But I’ll miss out on 3200 MHZ, which is what I paid for... I’d save around £20 if I paid for 2133 MHz. My 1% low would be better with Ryzen’s higher memory speed. I’m using an i5 6600k at the moment, so it doesn’t affect me much, but I’m planning to switch to Ryzen soon. R5 3600

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woahits_ally
Junior Member
11
09-13-2016, 11:35 AM
#4
Raise the voltage on the RAM a bit and observe the effect.
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woahits_ally
09-13-2016, 11:35 AM #4

Raise the voltage on the RAM a bit and observe the effect.

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Futsal_xo
Member
144
09-13-2016, 01:43 PM
#5
You're asking about the priority between stability and XMP. Many posts online highlight XMP challenges, but not all RAM works well with it. Manufacturers claim otherwise, so it's worth considering what matters most to you.
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Futsal_xo
09-13-2016, 01:43 PM #5

You're asking about the priority between stability and XMP. Many posts online highlight XMP challenges, but not all RAM works well with it. Manufacturers claim otherwise, so it's worth considering what matters most to you.

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DurpVolts
Member
173
09-13-2016, 10:38 PM
#6
Are you referring to XMP as a general concept? If so, how would you achieve 3200MHz then?
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DurpVolts
09-13-2016, 10:38 PM #6

Are you referring to XMP as a general concept? If so, how would you achieve 3200MHz then?

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TroubleAffeHD
Member
127
09-18-2016, 05:50 AM
#7
To determine the difference, check the change in performance after enabling XMP. For manual OCR, it depends on your specific setup and settings.
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TroubleAffeHD
09-18-2016, 05:50 AM #7

To determine the difference, check the change in performance after enabling XMP. For manual OCR, it depends on your specific setup and settings.

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Drayden_
Member
181
09-22-2016, 01:02 AM
#8
The voltage should be safe. Try your own research, as I’m unfamiliar with DDR4 or any newer than Ivy Bridge.
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Drayden_
09-22-2016, 01:02 AM #8

The voltage should be safe. Try your own research, as I’m unfamiliar with DDR4 or any newer than Ivy Bridge.

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RiClake
Junior Member
12
09-22-2016, 02:43 AM
#9
Your default frequency is set to 2133MHz, while others use 2666MHz or 3200MHz because these are common standards for audio and communication devices. The exact value depends on the manufacturer's specifications and the intended use of your equipment.
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RiClake
09-22-2016, 02:43 AM #9

Your default frequency is set to 2133MHz, while others use 2666MHz or 3200MHz because these are common standards for audio and communication devices. The exact value depends on the manufacturer's specifications and the intended use of your equipment.

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charpter
Junior Member
2
09-26-2016, 02:09 AM
#10
Why do some devices use 3200MHz while others default to 2666MHz?
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charpter
09-26-2016, 02:09 AM #10

Why do some devices use 3200MHz while others default to 2666MHz?

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