F5F Stay Refreshed Hardware Desktop No, don't lap your Ryzen and cooler.

No, don't lap your Ryzen and cooler.

No, don't lap your Ryzen and cooler.

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stephanie2005
Member
233
07-13-2023, 02:48 PM
#1
Consider running your Ryzen and cooler in a lap for better cooling. Check the surface for evenness visually—compare to the reference image. The impact on performance is likely minimal, but safety depends on proper installation. Reassembling without a new heatsink may be riskier than replacing it.
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stephanie2005
07-13-2023, 02:48 PM #1

Consider running your Ryzen and cooler in a lap for better cooling. Check the surface for evenness visually—compare to the reference image. The impact on performance is likely minimal, but safety depends on proper installation. Reassembling without a new heatsink may be riskier than replacing it.

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mans0203
Member
64
07-13-2023, 04:17 PM
#2
Reject outright. All the videos I've watched about someone trying to lapping a Ryzen end up with the same result—don't bother. You might gain a little, but usually it doesn't matter and can even hurt things. The die is fixed onto the IHS, so you can't really improve heat transfer beyond that.
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mans0203
07-13-2023, 04:17 PM #2

Reject outright. All the videos I've watched about someone trying to lapping a Ryzen end up with the same result—don't bother. You might gain a little, but usually it doesn't matter and can even hurt things. The die is fixed onto the IHS, so you can't really improve heat transfer beyond that.

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Chiller9592
Senior Member
670
07-14-2023, 08:07 PM
#3
End result is total loss.
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Chiller9592
07-14-2023, 08:07 PM #3

End result is total loss.

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Extremo02
Junior Member
32
07-21-2023, 03:36 AM
#4
Avoid doing that since Ryzen chips are bonded to the heat spreader
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Extremo02
07-21-2023, 03:36 AM #4

Avoid doing that since Ryzen chips are bonded to the heat spreader

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kingsauron
Member
126
07-21-2023, 05:21 AM
#5
No.
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kingsauron
07-21-2023, 05:21 AM #5

No.

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Kramble921
Member
230
07-28-2023, 10:34 PM
#6
Are you asking about sanding the IHS or the die? Sanding the IHS would reduce its thickness, which might improve heat transfer, but since it's thinner, the cooler's pressure will be lower, potentially causing less effective cooling or even damaging the CPU die. Not worth the risk.
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Kramble921
07-28-2023, 10:34 PM #6

Are you asking about sanding the IHS or the die? Sanding the IHS would reduce its thickness, which might improve heat transfer, but since it's thinner, the cooler's pressure will be lower, potentially causing less effective cooling or even damaging the CPU die. Not worth the risk.

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PsychoFel
Member
69
08-14-2023, 03:12 PM
#7
It's feasible, I've observed Der8auer using a Threadripper. Even without damaging the CPU, the temperatures remain nearly unchanged.
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PsychoFel
08-14-2023, 03:12 PM #7

It's feasible, I've observed Der8auer using a Threadripper. Even without damaging the CPU, the temperatures remain nearly unchanged.

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2useablock
Junior Member
38
08-27-2023, 03:20 AM
#8
I understand you’re considering disabling your Ryzen CPU for maximum overclocking, but I don’t recommend doing that unless you’re certain it’s faulty. Delidding it could cause more harm than benefit.
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2useablock
08-27-2023, 03:20 AM #8

I understand you’re considering disabling your Ryzen CPU for maximum overclocking, but I don’t recommend doing that unless you’re certain it’s faulty. Delidding it could cause more harm than benefit.

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DareDevu
Member
56
08-27-2023, 11:39 AM
#9
Seems like a cautious move—probably just for amusement with your Core 2 Duo, with the best case being a small loss.
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DareDevu
08-27-2023, 11:39 AM #9

Seems like a cautious move—probably just for amusement with your Core 2 Duo, with the best case being a small loss.

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iMakeDadJokes
Junior Member
16
08-29-2023, 07:05 AM
#10
Honestly, smoothing isn't beneficial when there aren't enough heat spreaders. For powerful chips like big Xeons or ThreadRippers, it could help slightly, but only a small improvement.
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iMakeDadJokes
08-29-2023, 07:05 AM #10

Honestly, smoothing isn't beneficial when there aren't enough heat spreaders. For powerful chips like big Xeons or ThreadRippers, it could help slightly, but only a small improvement.

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