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AnEnemyStand
Member
206
08-21-2023, 07:10 AM
#1
Your CPU caps at 3200MHz, but boosting your RAM to 3600MHz may cause instability or crashes.
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AnEnemyStand
08-21-2023, 07:10 AM #1

Your CPU caps at 3200MHz, but boosting your RAM to 3600MHz may cause instability or crashes.

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pedro_tkf
Senior Member
643
08-21-2023, 09:05 AM
#2
New systems are constrained by the motherboard rather than the CPU. Except for Intel i3 models and below, performance is capped. If your board supports memory overclocking, you may push it to higher speeds until instability occurs.
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pedro_tkf
08-21-2023, 09:05 AM #2

New systems are constrained by the motherboard rather than the CPU. Except for Intel i3 models and below, performance is capped. If your board supports memory overclocking, you may push it to higher speeds until instability occurs.

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Default_Matix
Member
138
08-22-2023, 07:58 PM
#3
Your setup can handle OC operations smoothly when the components support them and operate at full capacity.
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Default_Matix
08-22-2023, 07:58 PM #3

Your setup can handle OC operations smoothly when the components support them and operate at full capacity.

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MegaTeamXD
Member
131
08-22-2023, 10:23 PM
#4
Unless you possess a high-speed memory controller such as those found in Ryzen 1st and 2nd generation chips, where technically faster RAM could be supported on the motherboard, performance was greatly restricted by the CPU. This made most standard RAM overclocks unreliable. Of course, you mentioned that instability could occur at speeds like 3000 or 3200 MHz. Some individuals assumed their memory solution was faulty because their Ryzen 1st generation couldn't reach 3200 MHz—this was actually quite typical and stemmed from the limitations of those memory controllers.
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MegaTeamXD
08-22-2023, 10:23 PM #4

Unless you possess a high-speed memory controller such as those found in Ryzen 1st and 2nd generation chips, where technically faster RAM could be supported on the motherboard, performance was greatly restricted by the CPU. This made most standard RAM overclocks unreliable. Of course, you mentioned that instability could occur at speeds like 3000 or 3200 MHz. Some individuals assumed their memory solution was faulty because their Ryzen 1st generation couldn't reach 3200 MHz—this was actually quite typical and stemmed from the limitations of those memory controllers.

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Graser17
Member
68
08-24-2023, 02:36 PM
#5
It wasn’t that bad at all on the AMD FX side—it was actually worse. Just think about it: you had to boost the MC voltage just to get a steady OC on the CPU.
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Graser17
08-24-2023, 02:36 PM #5

It wasn’t that bad at all on the AMD FX side—it was actually worse. Just think about it: you had to boost the MC voltage just to get a steady OC on the CPU.