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Intel CPU overclocking

Intel CPU overclocking

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DIPPY91
Member
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216
05-03-2023, 05:39 AM
#1
Hello!
I’m considering boosting my E2200 Dual Core 2.2Ghz CPU.
What adjustments should I make?
How long can it last before needing a replacement?
I’d prefer to extend its lifespan, especially since I’m planning to get a new one in about three months.
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D
DIPPY91
05-03-2023, 05:39 AM #1

Hello!
I’m considering boosting my E2200 Dual Core 2.2Ghz CPU.
What adjustments should I make?
How long can it last before needing a replacement?
I’d prefer to extend its lifespan, especially since I’m planning to get a new one in about three months.

Reply
Reply
D
DRV111
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147
05-08-2023, 04:11 AM
#2
When the multiplier is fixed, there isn't much room for further overclocking. You might only manage a few MHz from the BLK, but if the multiplier stays locked, it remains restricted.
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D
DRV111
05-08-2023, 04:11 AM #2

When the multiplier is fixed, there isn't much room for further overclocking. You might only manage a few MHz from the BLK, but if the multiplier stays locked, it remains restricted.

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1
111edna134
Junior Member
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33
05-08-2023, 12:29 PM
#3
You can't instantly change the settings during overclocking. You need to gradually adjust. Start at 1.1v with the base clock, check if it boots and runs smoothly. If so, raise the multiplier by 01. Keep repeating this process. When the processor becomes unstable, boost the voltage by 0.025v and test again. If it stabilizes, increase the multiplier. Continue this while keeping an eye on temperatures.
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111edna134
05-08-2023, 12:29 PM #3

You can't instantly change the settings during overclocking. You need to gradually adjust. Start at 1.1v with the base clock, check if it boots and runs smoothly. If so, raise the multiplier by 01. Keep repeating this process. When the processor becomes unstable, boost the voltage by 0.025v and test again. If it stabilizes, increase the multiplier. Continue this while keeping an eye on temperatures.

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Volerty
Junior Member
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18
05-20-2023, 12:15 PM
#4
You can't simply adjust it during overclocking. You need to gradually increase it. Start at 1.1v and its base clock, check for stability. If it works, raise the multiplier by 01. Keep repeating until it's stable. When it becomes unstable, boost the voltage by 0.025v and test again. If it stabilizes, increase the multiplier. Continue this process while keeping an eye on temperatures.
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V
Volerty
05-20-2023, 12:15 PM #4

You can't simply adjust it during overclocking. You need to gradually increase it. Start at 1.1v and its base clock, check for stability. If it works, raise the multiplier by 01. Keep repeating until it's stable. When it becomes unstable, boost the voltage by 0.025v and test again. If it stabilizes, increase the multiplier. Continue this process while keeping an eye on temperatures.

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Frinex10
Posting Freak
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806
05-20-2023, 07:04 PM
#5
When the multiplier is fixed, there isn't much room for further overclocking. You might only manage a few MHz from the BLK, but if the multiplier stays locked, it remains restricted.
Reply
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F
Frinex10
05-20-2023, 07:04 PM #5

When the multiplier is fixed, there isn't much room for further overclocking. You might only manage a few MHz from the BLK, but if the multiplier stays locked, it remains restricted.

Reply
Reply