MSI has released a little heatspreader, making it possible to use Turions CPUs, which are based on Socket 754 but do not have the heatspreader. Its such a simple but beautiful device. By using this metal pad, you can use a standard CPU cooler. The heatspreader should be available now for around 10�.
MSI heatspreader for Turion 64! EDIT: AND Intel!
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MSI heatspreader for Turion 64! EDIT: AND Intel!
Found here. I guess mobile A64 and Semprons will work just fine too, but not Athlon XP/K7 since they're bigger.
Last edited by Mats on Sat May 06, 2006 1:55 am, edited 3 times in total.
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Overclockers would take the hassle to remove the heatspeaders to lower 2-5C
But I suppose someone must get this one to allow using all copper Ninja SCNJ-1000Cu on his/her Turion.
It seemed that most the article I found related to Age-Hardenable copper alloys(wire/sheet form) as Berrylium Copper(Cu-Be) and Brass(Cu-Zn).
While pure copper(C1100) used for heatspreader is not an age-hardenable one...
from the text the term 1/4 H while not pointed to exact number of hardness measurement like Rockwell,Brinnel,Vickers,Shore,etc , it's quarter tempered,so it's Hardness would reach a quarter of its full age hardened condition, ASTM temper designation for 1/4 H is TD01, as TB00 for (full?) annealed/soft, TD02 for 1/2H,TD03 for 3/4 H, H, etc (commercial link )
Why should they included that "soft" number/information on the box? maybe to push users to study metallurgy throughly
But I suppose someone must get this one to allow using all copper Ninja SCNJ-1000Cu on his/her Turion.
It seemed that most the article I found related to Age-Hardenable copper alloys(wire/sheet form) as Berrylium Copper(Cu-Be) and Brass(Cu-Zn).
While pure copper(C1100) used for heatspreader is not an age-hardenable one...
from the text the term 1/4 H while not pointed to exact number of hardness measurement like Rockwell,Brinnel,Vickers,Shore,etc , it's quarter tempered,so it's Hardness would reach a quarter of its full age hardened condition, ASTM temper designation for 1/4 H is TD01, as TB00 for (full?) annealed/soft, TD02 for 1/2H,TD03 for 3/4 H, H, etc (commercial link )
Why should they included that "soft" number/information on the box? maybe to push users to study metallurgy throughly
Yeah, that's the big question. I wonder how many consumers there are that acually know what it is. I'm a mechanical enigneer and I didn't know what it was, but then again I can't be aware of all the ways of measuring hardness that exists around the world. Anyway, thanks for the info!Weldingheart wrote:Why should they included that "soft" number/information on the box?
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