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Overclocking intel i5 4670k and evga gtx 770 sc 4gb on asus z97m-plus bios

Overclocking intel i5 4670k and evga gtx 770 sc 4gb on asus z97m-plus bios

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amb2004
Junior Member
19
12-22-2016, 07:44 PM
#1
Hey there, I'm not sure how to increase the overclock of your Intel i5 4670K right now. It's running at 3.4gh with temps around 33°C on the CPU, 28°C on the motherboard, and 32°C for the GPU. I just need a little extra boost in performance.
A
amb2004
12-22-2016, 07:44 PM #1

Hey there, I'm not sure how to increase the overclock of your Intel i5 4670K right now. It's running at 3.4gh with temps around 33°C on the CPU, 28°C on the motherboard, and 32°C for the GPU. I just need a little extra boost in performance.

T
toonchagirl
Member
53
12-23-2016, 12:26 AM
#2
Begin with the CPU and gradually increase the multiplier, adjusting the vCore (CPU) voltage as required to ensure stability. Once satisfied with the CPU settings, proceed to the GPU.
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toonchagirl
12-23-2016, 12:26 AM #2

Begin with the CPU and gradually increase the multiplier, adjusting the vCore (CPU) voltage as required to ensure stability. Once satisfied with the CPU settings, proceed to the GPU.

S
SayNoToNWO
Posting Freak
879
12-23-2016, 06:07 AM
#3
Begin with the CPU and gradually increase the multiplier, adjusting the vCore (CPU) voltage as required to ensure stability. Once satisfied with the CPU settings, proceed to the GPU.
S
SayNoToNWO
12-23-2016, 06:07 AM #3

Begin with the CPU and gradually increase the multiplier, adjusting the vCore (CPU) voltage as required to ensure stability. Once satisfied with the CPU settings, proceed to the GPU.

M
Mahra_
Junior Member
4
12-24-2016, 08:06 PM
#4
Check for temperature increases or shutdown signs to gauge if your CPU or GPU struggles with the voltage you applied.
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Mahra_
12-24-2016, 08:06 PM #4

Check for temperature increases or shutdown signs to gauge if your CPU or GPU struggles with the voltage you applied.

W
WasianNinja
Member
174
01-01-2017, 10:20 AM
#5
Begin at the standard voltage level, then when it fails to boot, increment by 0.05 and attempt recovery again—verify stability and keep an eye on temperatures throughout the process.
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WasianNinja
01-01-2017, 10:20 AM #5

Begin at the standard voltage level, then when it fails to boot, increment by 0.05 and attempt recovery again—verify stability and keep an eye on temperatures throughout the process.

T
techiseasy
Senior Member
688
01-01-2017, 05:30 PM
#6
Deleted by User
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techiseasy
01-01-2017, 05:30 PM #6

Deleted by User

O
Okunino
Posting Freak
845
01-01-2017, 08:16 PM
#7
Take the Multiplier up to its maximum, then adjust the MHz tab from 200 to around 210. Use prime95 to check stability; if it works, increase slightly more. If it remains unstable but you wish to optimize further, add some VCORE and retry until you achieve the desired outcome on the OC.

Note: Perform prime95 testing for about an hour each session (30 minutes suffices), but avoid doing it for 10–15 minutes as the OC might succeed then. For clarity, some people run prime95 for 2 hours or more at a time. Always keep an eye on temperatures, ensuring they stay between 58–62°C.

Hello, thanks for the reply. Can you suggest other software options where I can adjust voltage instead of using BIOS and various benchmark programs? I’m new to OC procedures since this is my first build in 2012, with components added over the years.
O
Okunino
01-01-2017, 08:16 PM #7

Take the Multiplier up to its maximum, then adjust the MHz tab from 200 to around 210. Use prime95 to check stability; if it works, increase slightly more. If it remains unstable but you wish to optimize further, add some VCORE and retry until you achieve the desired outcome on the OC.

Note: Perform prime95 testing for about an hour each session (30 minutes suffices), but avoid doing it for 10–15 minutes as the OC might succeed then. For clarity, some people run prime95 for 2 hours or more at a time. Always keep an eye on temperatures, ensuring they stay between 58–62°C.

Hello, thanks for the reply. Can you suggest other software options where I can adjust voltage instead of using BIOS and various benchmark programs? I’m new to OC procedures since this is my first build in 2012, with components added over the years.

D
DanielQMC
Member
103
01-01-2017, 08:55 PM
#8
Deleted by User
D
DanielQMC
01-01-2017, 08:55 PM #8

Deleted by User

M
MR_SYKE
Junior Member
41
01-03-2017, 12:14 AM
#9
Sure, I'm ready to help. Just let me know if you need anything.
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MR_SYKE
01-03-2017, 12:14 AM #9

Sure, I'm ready to help. Just let me know if you need anything.

V
vattenslang
Junior Member
36
01-03-2017, 01:07 AM
#10
Here’s the rewritten version at the same length and structure:

The process involves increasing the Multiplier fully, then adjusting the MHz tab from 200 up to around 210. After that, run prime95 for stability testing; if it works, slightly increase it further. If instability persists but you wish to optimize more, add some VCORE and retry until you achieve the desired outcome.

Note: Perform prime95 for roughly an hour each session—about 30 minutes is sufficient—but avoid doing it for 10–15 minutes as the OC might not be reliable then. For longer tests (2 hours or more), some users test for extended periods to confirm success. Always keep an eye on temperatures, ensuring they stay between 58–62°C.

Thanks for the advice. Would you like to know about other software options for adjusting voltage instead of using BIOS? Also, I’m new to OC procedures since this is my first build in 2012 and I’ve added components over the years.
V
vattenslang
01-03-2017, 01:07 AM #10

Here’s the rewritten version at the same length and structure:

The process involves increasing the Multiplier fully, then adjusting the MHz tab from 200 up to around 210. After that, run prime95 for stability testing; if it works, slightly increase it further. If instability persists but you wish to optimize more, add some VCORE and retry until you achieve the desired outcome.

Note: Perform prime95 for roughly an hour each session—about 30 minutes is sufficient—but avoid doing it for 10–15 minutes as the OC might not be reliable then. For longer tests (2 hours or more), some users test for extended periods to confirm success. Always keep an eye on temperatures, ensuring they stay between 58–62°C.

Thanks for the advice. Would you like to know about other software options for adjusting voltage instead of using BIOS? Also, I’m new to OC procedures since this is my first build in 2012 and I’ve added components over the years.

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