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asingh
Aspiring Novelist
Then please do.
1. Use a good TIM
2. Clean both contact surfaces with isopropyl alcohol
3. Clean the HSF -- removing all dust residue.
OP
Nithu
I'm in 3D Grafix world!!!
aytus
The Boss
Hi, can we know if those temps are idle temps or temps after load? 80 degree on load is not something i,d be comfortable with. And afaik throttling starts much before tjmax ,, not too sure bout that tho.
And as for the suggestion for a aftermarket hsf . i think you should go with the Cooler master HYPER 212 PLUS its a newer ver. of hyper 212 and suits ur budget at around 1800 rupees...
And as for the suggestion for a aftermarket hsf . i think you should go with the Cooler master HYPER 212 PLUS its a newer ver. of hyper 212 and suits ur budget at around 1800 rupees...
asingh
Aspiring Novelist
You can know the temperatures, because the stressing application tells so, if its putting load or idling the CPU. (Example RealTemp+Prime95)
It is a standard specificiation -- throttling to start at TjMax. What is the definition of 'much before'. If throttling would start 'much' before Tjmax then most Intel CPUs would be throttling more than spinning at the highest frequencies...!
Hyper 212 Plus:
I had the choice to buy this too, but did not go for it. It has a basic design flaw. The copper pipes are made to make direct contact with the CPU. But due to this, there are gaps in the overall surface. So the overall HSF surface is not in contact with the CPU block. Though that area can be filled with TIM.
*img39.imageshack.us/img39/50/closeupsurfaceexplained.jpg
Though apart from this small trivial matter, this is a good HSF for the money.
royal
Padawan
That is not a design flaw but rather an innovative design
Do some googling and you will find out why...
asingh
Aspiring Novelist
That is not a design flaw but rather an innovative design
Do some googling and you will find out why...
yes it is. I meant the part where the copper pipes do not make direct contact with the CPU head.The innovation is the part that the copper piper are going to touch the CPU directly, but there will be gaps. That is what the design flaw is.
Of course I googled it a lot...!
royal
Padawan
The innovation is the part that the copper piper are going to touch the CPU directly, but there will be gaps. That is what the design flaw is.
Had it been a conventional one, even then there would have been gaps...that is why TIMs are there
Offcourse this can be minimised to an extent with lapping but then it would still be there...anyways no offence meant by my opinion
asingh
Aspiring Novelist
Had it been a conventional one, even then there would have been gaps...that is why TIMs are there
Offcourse this can be minimised to an extent with lapping but then it would still be there...anyways no offence meant by my opinion
Absolutely no offense taken...!
Basically Coolermaster could have engineered the fabrication better, and kept the copper pipe and aluminum spacing (at the bottom) absolutely zero. Yes..as you mentioned, that space can be filled with TIM. I was not comfortable with too much TIM on my contact surfaces so never bought the Hyper 212+ version.
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