F5F Stay Refreshed Power Users Overclocking 7700k 5.2ghz 24/7 ?

7700k 5.2ghz 24/7 ?

7700k 5.2ghz 24/7 ?

M
master_scope
Posting Freak
794
09-07-2017, 11:08 PM
#1
the changes you made seem to be within safe limits, but the voltage is close to the maximum of 1.44v. It’s important to monitor stability after overclocking. Regarding the test results, the increase in clock speed from 5ghz to 5.1ghz caused a noticeable jump in output, but the gain wasn’t as significant as you expected. Keep an eye on temperature and system behavior.
M
master_scope
09-07-2017, 11:08 PM #1

the changes you made seem to be within safe limits, but the voltage is close to the maximum of 1.44v. It’s important to monitor stability after overclocking. Regarding the test results, the increase in clock speed from 5ghz to 5.1ghz caused a noticeable jump in output, but the gain wasn’t as significant as you expected. Keep an eye on temperature and system behavior.

A
Athame_
Senior Member
734
09-08-2017, 05:40 AM
#2
Scored a golden chip.
According to the data from 1/13/17, what percentage can achieve an overclock with a reasonable 1.4v Vcore?
I7-7700K
4.9 74%
5.0 56%
5.1 26%
5.2 5%
Believe Intel limits it to 1.5v.
You're fine.
Try implementing speedstep and adaptive voltage so your Vcore and multiplier adjust when not under load.
A
Athame_
09-08-2017, 05:40 AM #2

Scored a golden chip.
According to the data from 1/13/17, what percentage can achieve an overclock with a reasonable 1.4v Vcore?
I7-7700K
4.9 74%
5.0 56%
5.1 26%
5.2 5%
Believe Intel limits it to 1.5v.
You're fine.
Try implementing speedstep and adaptive voltage so your Vcore and multiplier adjust when not under load.

U
ULTRAGE
Member
137
09-08-2017, 11:52 AM
#3
Scored a golden chip.
According to the data from 1/13/17, what percentage can achieve an overclock with a reasonable 1.4v Vcore?
I7-7700K
4.9 74%
5.0 56%
5.1 26%
5.2 5%
Believe Intel limits it to 1.5v.
You're fine.
Try implementing speedstep and adaptive voltage so your Vcore and multiplier adjust when not under load.
U
ULTRAGE
09-08-2017, 11:52 AM #3

Scored a golden chip.
According to the data from 1/13/17, what percentage can achieve an overclock with a reasonable 1.4v Vcore?
I7-7700K
4.9 74%
5.0 56%
5.1 26%
5.2 5%
Believe Intel limits it to 1.5v.
You're fine.
Try implementing speedstep and adaptive voltage so your Vcore and multiplier adjust when not under load.

Z
ZombieWookiee
Junior Member
24
09-08-2017, 01:02 PM
#4
Sure, you can try pushing your vcore to 1.5 for a target of 5.3ghz, as long as your temperatures stay below 90°C.
Z
ZombieWookiee
09-08-2017, 01:02 PM #4

Sure, you can try pushing your vcore to 1.5 for a target of 5.3ghz, as long as your temperatures stay below 90°C.

L
lulugdb
Member
174
09-10-2017, 08:29 AM
#5
Own_1 :
Hey, can I try pushing my vcore up to 1.5 for a 5.3ghz? As long as temps stay below 90c, I think it's okay.
But no, I wouldn't. The vcore is the main risk. If temps hit around 100c, the chip might slow down or even shut off.
L
lulugdb
09-10-2017, 08:29 AM #5

Own_1 :
Hey, can I try pushing my vcore up to 1.5 for a 5.3ghz? As long as temps stay below 90c, I think it's okay.
But no, I wouldn't. The vcore is the main risk. If temps hit around 100c, the chip might slow down or even shut off.

_
_SamGladiator_
Junior Member
30
09-11-2017, 06:27 AM
#6
geofelt :
Hey everyone, I was wondering if I could increase my vcore to 1.5 for a 5.3ghz and be fine as long as temperatures stay below 90°C? I really don’t want to risk it. The vcore is the main concern here. If things get too hot—around 100°C—the chip might slow down or even shut down. That’s a big no-no for me. Thanks a lot! 😊
_
_SamGladiator_
09-11-2017, 06:27 AM #6

geofelt :
Hey everyone, I was wondering if I could increase my vcore to 1.5 for a 5.3ghz and be fine as long as temperatures stay below 90°C? I really don’t want to risk it. The vcore is the main concern here. If things get too hot—around 100°C—the chip might slow down or even shut down. That’s a big no-no for me. Thanks a lot! 😊