To: Elmer who wrote (135477 ) 5/18/2001 10:22:36 PM From: THE WATSONYOUTH Read Replies (2) | Respond to of 186894 Well, of all my questions to you, you only really answered one. You don't consider it an issue. My first question was: Do you think Intel intended TO HAVE to use clock throttling. In other words, do you think Intel during the design phase knew that the ALU (or whatever causes it) might cause enough localized heating to necessitate clock throttling and in spite of this, they went ahead with the design anyway? Or, was this clock throttling an "Oops" response to a non optimal design? Regarding the data sheet, are you saying that the P4 would not clock throttle if the system designers chose optimal thermal solutions and that the P4 clock throttles only because the system designers chose non optimal thermal solutions?? So, it's really their fault... not Intels???? Could you tell me what the optimal thermal solutions would be that would totally prevent clock throttling? What are the system guys doing wrong?? Regarding .13um, we are talking about .18um 1.7GHz systems. The schmucks who bought these really won't really care how fast the .13um systems are or whether or not they clock throttle. Regarding Athlons burning up, my take is there are real issues when non qualified people try to attach heat sinks to Athlons. I believe AMD incorporated a thermal diode on Palominos to prevent just such catastrophes. This is hardly the same issue as clock throttling although it will be interesting to see if AMD has to implement it at higher freq. on Palominos. Regarding Dell, Compaq, HP, IBM, Gateway, who knows what they think? Plus, what might they think if this thing really blows up in Intel's face? Might they complain then? Please review my earlier post and answer the specific questions I directed to you. I'd like to find out if you are just an Intel hack or a concerned Intel investor. THE WATSONYOUTH