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Overclocking a I5 2500k

Overclocking a I5 2500k

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Buns_of_Steel
Member
217
06-15-2016, 04:03 AM
#1
Alright guys, I am calling for you help overclocking my i5 2500k. I just changed my PSU and want to see if I can do another overclock for my chip. Last time I had it at 4.4ghz with 1.35v and I believe that it was stable, but I think I can get some more performance out of it. I am currently running stock and have a 212 evo as a cooler. Could you guys help?
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Buns_of_Steel
06-15-2016, 04:03 AM #1

Alright guys, I am calling for you help overclocking my i5 2500k. I just changed my PSU and want to see if I can do another overclock for my chip. Last time I had it at 4.4ghz with 1.35v and I believe that it was stable, but I think I can get some more performance out of it. I am currently running stock and have a 212 evo as a cooler. Could you guys help?

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master_scope
Posting Freak
794
06-16-2016, 12:30 AM
#2
No? Only you have the answer. It's not complicated – you already understand what to do. Adjust the multiplier and voltage until you achieve a steady and quicker result.
Your reasoning about why the PSU might assist is unclear; an overclocked CPU shouldn't exceed around 200W – it depends on base TDP, OC speed, and OC voltage squared divided by the product of base speed and base voltage squared. With a 4.4GHz clock on a 3.3GHz core part and a TDP rating of 95W (likely not reaching that at stock), you're already at 126W. Adding a bit more voltage brings it to about 160W max TDP.
At that level, you're likely hitting the limits of your cooler's capacity rather than focusing on stable voltage draw. Still, pushing to 45x100 at 1.38V is definitely worth a try.
M
master_scope
06-16-2016, 12:30 AM #2

No? Only you have the answer. It's not complicated – you already understand what to do. Adjust the multiplier and voltage until you achieve a steady and quicker result.
Your reasoning about why the PSU might assist is unclear; an overclocked CPU shouldn't exceed around 200W – it depends on base TDP, OC speed, and OC voltage squared divided by the product of base speed and base voltage squared. With a 4.4GHz clock on a 3.3GHz core part and a TDP rating of 95W (likely not reaching that at stock), you're already at 126W. Adding a bit more voltage brings it to about 160W max TDP.
At that level, you're likely hitting the limits of your cooler's capacity rather than focusing on stable voltage draw. Still, pushing to 45x100 at 1.38V is definitely worth a try.

T
TheJKLM
Member
110
06-17-2016, 03:20 PM
#3
Here are the details of my system specifications:
T
TheJKLM
06-17-2016, 03:20 PM #3

Here are the details of my system specifications:

C
Crohnsy
Member
58
06-17-2016, 10:00 PM
#4
System specifications to be provided.
C
Crohnsy
06-17-2016, 10:00 PM #4

System specifications to be provided.

S
Sopanda59
Member
115
06-17-2016, 10:08 PM
#5
No? Only you have the answer. It's not complicated – you already understand what you're doing. Adjust the multiplier and voltage until stability and speed improve.
Your reasoning about the PSU helping seems unclear; an overclocked CPU shouldn't exceed around 200W – it depends on TDP, speed, and voltage squared divided by base values.
With a 4.4GHz CPU on a 3.3GHz base part and a 95W TDP, the calculation pushes you to about 126W.
At that level, you'd likely hit cooling limits more than anything else.
Still, I thought it might help to try 45x100 at 1.38V, just give it a shot tomorrow.
S
Sopanda59
06-17-2016, 10:08 PM #5

No? Only you have the answer. It's not complicated – you already understand what you're doing. Adjust the multiplier and voltage until stability and speed improve.
Your reasoning about the PSU helping seems unclear; an overclocked CPU shouldn't exceed around 200W – it depends on TDP, speed, and voltage squared divided by base values.
With a 4.4GHz CPU on a 3.3GHz base part and a 95W TDP, the calculation pushes you to about 126W.
At that level, you'd likely hit cooling limits more than anything else.
Still, I thought it might help to try 45x100 at 1.38V, just give it a shot tomorrow.

V
VIPfighter
Member
62
06-18-2016, 04:59 AM
#6
Wait. You changed your PSU and now you want to try and get more out with the same hardware? That's probably not going to happen. While better PSUs can deliver cleaner power, there's more emphasis on the motherboard and CPU.
I misread your post. I thought this was a first time overclocking question. Joe said all that really needs to be said. Here's a link to a OC guide. Don't focus on the hardware differences.
http://www.overclock.net/t/1198504/compl...ck-edition
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VIPfighter
06-18-2016, 04:59 AM #6

Wait. You changed your PSU and now you want to try and get more out with the same hardware? That's probably not going to happen. While better PSUs can deliver cleaner power, there's more emphasis on the motherboard and CPU.
I misread your post. I thought this was a first time overclocking question. Joe said all that really needs to be said. Here's a link to a OC guide. Don't focus on the hardware differences.
http://www.overclock.net/t/1198504/compl...ck-edition

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pokemon34
Junior Member
22
06-19-2016, 10:16 AM
#7
I attempted a 4.5ghz overclock but needed 1.36 volts to function. At idle it stays near 40°, gaming hits 60° and full load reaches 70-80°. I’m sticking with stock now because I plan to buy a dual tower heatsink.
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pokemon34
06-19-2016, 10:16 AM #7

I attempted a 4.5ghz overclock but needed 1.36 volts to function. At idle it stays near 40°, gaming hits 60° and full load reaches 70-80°. I’m sticking with stock now because I plan to buy a dual tower heatsink.