F5F Stay Refreshed Hardware Desktop My ability to recall information stops at 3200MHz (Windows crashes: blue screen 😅)

My ability to recall information stops at 3200MHz (Windows crashes: blue screen 😅)

My ability to recall information stops at 3200MHz (Windows crashes: blue screen 😅)

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M
mini_3000
Junior Member
1
03-21-2016, 10:33 AM
#11
2933, common Corsair
M
mini_3000
03-21-2016, 10:33 AM #11

2933, common Corsair

I
ItsTheSoul
Senior Member
410
03-21-2016, 12:56 PM
#12
Alright, I'll try that moving forward.
I
ItsTheSoul
03-21-2016, 12:56 PM #12

Alright, I'll try that moving forward.

D
DetriX_Hero
Member
67
03-24-2016, 06:00 PM
#13
I'm currently handling a return or replacement request for my motherboard due to another problem.
D
DetriX_Hero
03-24-2016, 06:00 PM #13

I'm currently handling a return or replacement request for my motherboard due to another problem.

K
kolmorka1000
Junior Member
37
03-26-2016, 04:39 PM
#14
Yes, you can configure the DIMMs to operate at 3200MHz by adjusting the system's clock settings and ensuring compatible drivers are installed.
K
kolmorka1000
03-26-2016, 04:39 PM #14

Yes, you can configure the DIMMs to operate at 3200MHz by adjusting the system's clock settings and ensuring compatible drivers are installed.

X
xTripleMinerx
Posting Freak
846
04-06-2016, 09:50 AM
#15
Next steps involve gradually reducing speeds until functionality is achieved—or fails. Access the BIOS, turn on XMP, and adjust speeds from 3200 down to 2666 in increments of 200. This process will guide you toward the correct settings. Download memtest86 and perform a full four-pass test at each speed setting, or continue until an error appears. Record any memory addresses that fail and the tests that trigger errors. Such data helps identify the problem: repeated failures at a specific address suggest faulty RAM, while issues with the memory controller may require adjusting System Agent and VCC IO voltages or setting the ratio to 100:133 for improved stability.
X
xTripleMinerx
04-06-2016, 09:50 AM #15

Next steps involve gradually reducing speeds until functionality is achieved—or fails. Access the BIOS, turn on XMP, and adjust speeds from 3200 down to 2666 in increments of 200. This process will guide you toward the correct settings. Download memtest86 and perform a full four-pass test at each speed setting, or continue until an error appears. Record any memory addresses that fail and the tests that trigger errors. Such data helps identify the problem: repeated failures at a specific address suggest faulty RAM, while issues with the memory controller may require adjusting System Agent and VCC IO voltages or setting the ratio to 100:133 for improved stability.

U
Unoree
Member
161
04-06-2016, 03:58 PM
#16
I previously ran MemTest86 using both dimmer settings at 3200 MHz, but it stopped after just a few seconds. Changing the dimmer to 2133 took 4 to 6 hours to confirm everything was working properly.
U
Unoree
04-06-2016, 03:58 PM #16

I previously ran MemTest86 using both dimmer settings at 3200 MHz, but it stopped after just a few seconds. Changing the dimmer to 2133 took 4 to 6 hours to confirm everything was working properly.

I
ItzRed_
Junior Member
5
04-07-2016, 12:12 AM
#17
Identify the boundary between productive and unproductive tasks, and likely pinpoint the source of the issue.
I
ItzRed_
04-07-2016, 12:12 AM #17

Identify the boundary between productive and unproductive tasks, and likely pinpoint the source of the issue.

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