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Other types of vehicles

Other types of vehicles

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DirSo_
Junior Member
10
07-21-2024, 01:10 PM
#1
mixing different RAM types, such as 8GB and 16GB, doesn't necessarily require the same brand. Your friend's issue might be due to compatibility problems or incorrect installation, not just the brand.
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DirSo_
07-21-2024, 01:10 PM #1

mixing different RAM types, such as 8GB and 16GB, doesn't necessarily require the same brand. Your friend's issue might be due to compatibility problems or incorrect installation, not just the brand.

C
136
07-21-2024, 03:04 PM
#2
I got confused by the title.
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cluelessboy456
07-21-2024, 03:04 PM #2

I got confused by the title.

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x2fight
Member
52
07-22-2024, 03:39 PM
#3
For various RAM manufacturers? It seems possible! I tried it on my current machine. Part of the method involves disabling XMP settings. I believe reading this thread might be useful. Check out the article for more details.
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x2fight
07-22-2024, 03:39 PM #3

For various RAM manufacturers? It seems possible! I tried it on my current machine. Part of the method involves disabling XMP settings. I believe reading this thread might be useful. Check out the article for more details.

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ThatMiningGuy
Senior Member
704
07-22-2024, 05:31 PM
#4
ok thanks
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ThatMiningGuy
07-22-2024, 05:31 PM #4

ok thanks

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ExplodingMike
Junior Member
17
08-05-2024, 08:43 AM
#5
Combining RAM involves more intuition than strict rules. Sometimes it functions smoothly, other times you'll spend hours troubleshooting. The safest approach is matching identical components—same PCB revision and memory IC. Variations here can cause compatibility problems, especially with different ICs. Based on my observations, mixing two random sticks in the 3200 CL16-3600 CL18 range works about 80% of the time at XMP without issues, ~15% works but is unstable, and ~5% fails to boot entirely. Always clear the CMOS and use a stable boot method if available. Keep each set of kits separate on the board for better reliability.
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ExplodingMike
08-05-2024, 08:43 AM #5

Combining RAM involves more intuition than strict rules. Sometimes it functions smoothly, other times you'll spend hours troubleshooting. The safest approach is matching identical components—same PCB revision and memory IC. Variations here can cause compatibility problems, especially with different ICs. Based on my observations, mixing two random sticks in the 3200 CL16-3600 CL18 range works about 80% of the time at XMP without issues, ~15% works but is unstable, and ~5% fails to boot entirely. Always clear the CMOS and use a stable boot method if available. Keep each set of kits separate on the board for better reliability.