The April issue of Maximum PC has an interesting article on "How to prepare for your new Pentium 4 computer".
Of note, the following paragraph on heatsinks:
<font color=blue>"The Pentium 4's massive power consumption translates into increased heat. To dissipate the excess heat, Intel is pushing larger, copper-based heatsinks. Because copper is heavier then the aluminum used in traditional heatsinks, Intel recommends bolting the heatsink to the case itself. This keeps the heatsink from tugging on the proc--and bending the mobo--or falling off, </font color=blue><font color=red>leaving the Pentium 4 to burn to a crisp.</font color=red>
Later in the article they say:
<font color=red>"LESSON:</font color=red><font color=blue> It's hot! Damn hot! Even the mightiest of Pentium III and Athlon heatsinks can't stand up to the sizzling capabilities of the Pentium 4".</font color=blue>
Sounds like Intel copied something from AMD after all....
Of note, the following paragraph on heatsinks:
<font color=blue>"The Pentium 4's massive power consumption translates into increased heat. To dissipate the excess heat, Intel is pushing larger, copper-based heatsinks. Because copper is heavier then the aluminum used in traditional heatsinks, Intel recommends bolting the heatsink to the case itself. This keeps the heatsink from tugging on the proc--and bending the mobo--or falling off, </font color=blue><font color=red>leaving the Pentium 4 to burn to a crisp.</font color=red>
Later in the article they say:
<font color=red>"LESSON:</font color=red><font color=blue> It's hot! Damn hot! Even the mightiest of Pentium III and Athlon heatsinks can't stand up to the sizzling capabilities of the Pentium 4".</font color=blue>
Sounds like Intel copied something from AMD after all....