F5F Stay Refreshed Power Users Overclocking overclocking the i7 880 using an intel dp55wb motherboard

overclocking the i7 880 using an intel dp55wb motherboard

overclocking the i7 880 using an intel dp55wb motherboard

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bob9117
Junior Member
44
10-31-2016, 11:41 AM
#11
I don’t have any experience with overclocking. I’d appreciate your assistance if I adjust the multiplier, which could bring the CPU to around 3.7 GHz with turbo boost up to 4 GHz. However, I’m unsure how to modify the voltage and whether it’s even possible. The BIOS might allow changing the multiplier, but the actual clock speed won’t change since the i7-880 isn’t unlocked. Also, increasing the voltage is only necessary if the CPU becomes unstable.
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bob9117
10-31-2016, 11:41 AM #11

I don’t have any experience with overclocking. I’d appreciate your assistance if I adjust the multiplier, which could bring the CPU to around 3.7 GHz with turbo boost up to 4 GHz. However, I’m unsure how to modify the voltage and whether it’s even possible. The BIOS might allow changing the multiplier, but the actual clock speed won’t change since the i7-880 isn’t unlocked. Also, increasing the voltage is only necessary if the CPU becomes unstable.

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beschteLars
Member
221
10-31-2016, 07:22 PM
#12
There are two main methods to boost CPU performance. You can raise the multiplier setting, which needs an unlocked processor, or boost the bus speed, which requires an unlocked motherboard. Manufacturers have different ways of preventing this.
Going faster generates more heat, and at certain speeds you might need higher voltage for stability, which adds even more heat.
Testing for stability means keeping an eye on temperature to prevent damage, since each CPU has its own limits in voltage and temperature.
Cooling, voltage, and speed are the key factors.
B
beschteLars
10-31-2016, 07:22 PM #12

There are two main methods to boost CPU performance. You can raise the multiplier setting, which needs an unlocked processor, or boost the bus speed, which requires an unlocked motherboard. Manufacturers have different ways of preventing this.
Going faster generates more heat, and at certain speeds you might need higher voltage for stability, which adds even more heat.
Testing for stability means keeping an eye on temperature to prevent damage, since each CPU has its own limits in voltage and temperature.
Cooling, voltage, and speed are the key factors.

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