F5F Stay Refreshed Hardware Desktop Consider using liquid metal for high-frequency applications like 5.0Ghz 4790k.

Consider using liquid metal for high-frequency applications like 5.0Ghz 4790k.

Consider using liquid metal for high-frequency applications like 5.0Ghz 4790k.

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BillyJoelMan
Member
140
08-26-2016, 09:56 PM
#1
You're considering a shift from your current build to a different configuration. It sounds like you're weighing stability against performance gains. The 4790k setup you mentioned runs reliably at lower voltages, which seems to be working well for you. On the other hand, the 5.0GHz all-core OC is pushing thermal limits and causing instability. If you're looking for a more stable path, exploring liquid metal or other advanced cooling solutions might be worth investigating. Since you're new to this, it's wise to test changes gradually and monitor temperatures closely.
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BillyJoelMan
08-26-2016, 09:56 PM #1

You're considering a shift from your current build to a different configuration. It sounds like you're weighing stability against performance gains. The 4790k setup you mentioned runs reliably at lower voltages, which seems to be working well for you. On the other hand, the 5.0GHz all-core OC is pushing thermal limits and causing instability. If you're looking for a more stable path, exploring liquid metal or other advanced cooling solutions might be worth investigating. Since you're new to this, it's wise to test changes gradually and monitor temperatures closely.

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Atomic_Spray
Member
50
08-28-2016, 09:18 AM
#2
Feel free to ignore the details completely. If it fails, it's not a big issue.
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Atomic_Spray
08-28-2016, 09:18 AM #2

Feel free to ignore the details completely. If it fails, it's not a big issue.

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EmmaRosie629
Senior Member
459
08-29-2016, 06:39 PM
#3
I'd start by touching the heatsink and CPU heat spreader first. A solid contact matters more than just moving heat to a less stable surface. Delaying this step could reduce effectiveness if stability isn't maintained.
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EmmaRosie629
08-29-2016, 06:39 PM #3

I'd start by touching the heatsink and CPU heat spreader first. A solid contact matters more than just moving heat to a less stable surface. Delaying this step could reduce effectiveness if stability isn't maintained.

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SpiritColors
Junior Member
3
08-29-2016, 10:51 PM
#4
I wouldn't invest the time given the minimal improvement compared to the effort required.
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SpiritColors
08-29-2016, 10:51 PM #4

I wouldn't invest the time given the minimal improvement compared to the effort required.

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Hurlf
Junior Member
12
08-31-2016, 03:02 PM
#5
After completing the operation, the 4790k appears less constrained, so using liquid metal seems unnecessary since it eliminates a major thermal barrier.
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Hurlf
08-31-2016, 03:02 PM #5

After completing the operation, the 4790k appears less constrained, so using liquid metal seems unnecessary since it eliminates a major thermal barrier.