F5F Stay Refreshed Power Users Overclocking i5-4690k Overclock on H81 Mobo

i5-4690k Overclock on H81 Mobo

i5-4690k Overclock on H81 Mobo

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DuhPowChicken
Junior Member
17
01-17-2016, 02:35 AM
#1
You're looking at an MSI H81M-P33 board, originally intended without overclocking features. You upgraded from an i3-4160 to an i5-4690k for better performance, but encountered stability issues when running Windows at 4.4GHz after a short game session. The system crashes during Battlefield 1, with temperatures reaching around 65-68°C before the crash. Are there any factors limiting your H81 board's capability, or would a more powerful motherboard help achieve higher stability? Also, are there 4690k models that only reach 4.3GHz stable?
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DuhPowChicken
01-17-2016, 02:35 AM #1

You're looking at an MSI H81M-P33 board, originally intended without overclocking features. You upgraded from an i3-4160 to an i5-4690k for better performance, but encountered stability issues when running Windows at 4.4GHz after a short game session. The system crashes during Battlefield 1, with temperatures reaching around 65-68°C before the crash. Are there any factors limiting your H81 board's capability, or would a more powerful motherboard help achieve higher stability? Also, are there 4690k models that only reach 4.3GHz stable?

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i3z___
Senior Member
559
01-17-2016, 05:59 AM
#2
The board clearly sets the constraint. With just a 2+1 phase structure (two for the CPU, one for memory), it seems it can't supply adequate power at increased clock speeds.
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i3z___
01-17-2016, 05:59 AM #2

The board clearly sets the constraint. With just a 2+1 phase structure (two for the CPU, one for memory), it seems it can't supply adequate power at increased clock speeds.

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SlowTeK_Fr
Junior Member
5
01-17-2016, 09:53 AM
#3
The board clearly sets the constraint. With just a 2+1 phase structure (two for the CPU, one for memory), it seems it can't supply adequate power at increased clock speeds.
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SlowTeK_Fr
01-17-2016, 09:53 AM #3

The board clearly sets the constraint. With just a 2+1 phase structure (two for the CPU, one for memory), it seems it can't supply adequate power at increased clock speeds.

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sunemoonsong
Senior Member
380
01-24-2016, 02:30 PM
#4
The board is likely the main constraint. It only supports a 2+1 phase system (2 for CPU, 1 for memory), which may prevent it from delivering adequate power at higher clock speeds.
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sunemoonsong
01-24-2016, 02:30 PM #4

The board is likely the main constraint. It only supports a 2+1 phase system (2 for CPU, 1 for memory), which may prevent it from delivering adequate power at higher clock speeds.

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xman75
Member
186
01-31-2016, 07:03 AM
#5
The board is likely the main constraint. It only supports a 2+1 phase system (2 for CPU, 1 for memory), which may prevent it from delivering adequate power at higher clock speeds. What power phase should I consider when choosing a motherboard? *Edit: I came across an article that clarifies more about motherboard power phases
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xman75
01-31-2016, 07:03 AM #5

The board is likely the main constraint. It only supports a 2+1 phase system (2 for CPU, 1 for memory), which may prevent it from delivering adequate power at higher clock speeds. What power phase should I consider when choosing a motherboard? *Edit: I came across an article that clarifies more about motherboard power phases

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chiefjumbo
Member
183
01-31-2016, 07:36 AM
#6
Sorry, it's not advisable to run the CPU at 4.2-4.3GHz with daily gaming on this motherboard.
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chiefjumbo
01-31-2016, 07:36 AM #6

Sorry, it's not advisable to run the CPU at 4.2-4.3GHz with daily gaming on this motherboard.

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Morphire
Member
244
01-31-2016, 06:09 PM
#7
You should consider getting a Z97/Z87 board, especially a Z97, since most of them offer significantly higher phases and are built for overclocking the K series CPUs. Do you have a budget in mind?
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Morphire
01-31-2016, 06:09 PM #7

You should consider getting a Z97/Z87 board, especially a Z97, since most of them offer significantly higher phases and are built for overclocking the K series CPUs. Do you have a budget in mind?

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itsTiqs
Member
54
02-01-2016, 07:38 PM
#8
You should likely choose a Z97/Z87 board, especially a Z97, since most of them offer higher phases and are built for overclocking the K series CPUs. Do you have a budget? $100 would be ideal if I were planning an upgrade, with a slight flexibility of $10.
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itsTiqs
02-01-2016, 07:38 PM #8

You should likely choose a Z97/Z87 board, especially a Z97, since most of them offer higher phases and are built for overclocking the K series CPUs. Do you have a budget? $100 would be ideal if I were planning an upgrade, with a slight flexibility of $10.

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xXSuperNovaXx
Posting Freak
811
02-01-2016, 11:49 PM
#9
These are the sole options that fit the price range for the Z97.
The Z97 Fatality includes 8 stages, whereas the Z97 Extreme4 has 12. Both would significantly improve overclocking potential.
I didn’t mention the cooling solution you’re using.
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xXSuperNovaXx
02-01-2016, 11:49 PM #9

These are the sole options that fit the price range for the Z97.
The Z97 Fatality includes 8 stages, whereas the Z97 Extreme4 has 12. Both would significantly improve overclocking potential.
I didn’t mention the cooling solution you’re using.

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tralcher
Junior Member
16
02-02-2016, 12:52 AM
#10
I was considering getting a Hyper 212 Evo. The Arctic Freezer is quite affordable, but the plastic has already cracked in a few places. I had to apply some adhesive to fix it. :/
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tralcher
02-02-2016, 12:52 AM #10

I was considering getting a Hyper 212 Evo. The Arctic Freezer is quite affordable, but the plastic has already cracked in a few places. I had to apply some adhesive to fix it. :/

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