I'm currently using a P4 2.4 Northwood (512 kb 800 FSB HT), and I recently vicitimised myself by getting a brand new (sealed in boxed) 3.2 equivalent Prescott (1 mb, 800 FSB, HT) to replace that. Man, does it run hot! The high temperatures pulls down the performance of the whole system. If only I knew about the differences between Prescott and Northwood before..
So now, I'm thinking about putting this new beast up for sale and getting the (used) 3.4 Northwood instead. I'm not interested in overclocking, and even if I were, Prescott wouldn't be my choice due to high temperatures (ironically, 3.0+ Prescotts are best suited to overclocking from what I hear). Here's my dilemma: The reviews at the time when these beasts came out, stated that there was no sudden visible advantage to high-end Prescotts over high-end Northwoods unless you intend to overclock, and Northwood even outperformed Prescott in certain types of programs, however added that Prescott "would be the future" as more apps would be ready to take advantage of extra pipelines. So the question is, what is the situation today?
At one side, Prescotts can tolerate more energy instabilities (which supposedly leaded many Northwood cores to burn out) and was told to be a future-winner (which is yet to be proven I guess?). On the other hand, it's gets hot like a turbo-owen with a 3.2 Prescott within my case. With 2.4 Northwood, I get average temperatures of 30/35/45 for idle/average-load/heavy-load while with 3.2 Prescott, it's 55/60/65, and also very loud.
So what do you think? Is Prescott really finally the winner so I should stick with it with some cooling solution, or get the 3.4 Northwood already?
So now, I'm thinking about putting this new beast up for sale and getting the (used) 3.4 Northwood instead. I'm not interested in overclocking, and even if I were, Prescott wouldn't be my choice due to high temperatures (ironically, 3.0+ Prescotts are best suited to overclocking from what I hear). Here's my dilemma: The reviews at the time when these beasts came out, stated that there was no sudden visible advantage to high-end Prescotts over high-end Northwoods unless you intend to overclock, and Northwood even outperformed Prescott in certain types of programs, however added that Prescott "would be the future" as more apps would be ready to take advantage of extra pipelines. So the question is, what is the situation today?
At one side, Prescotts can tolerate more energy instabilities (which supposedly leaded many Northwood cores to burn out) and was told to be a future-winner (which is yet to be proven I guess?). On the other hand, it's gets hot like a turbo-owen with a 3.2 Prescott within my case. With 2.4 Northwood, I get average temperatures of 30/35/45 for idle/average-load/heavy-load while with 3.2 Prescott, it's 55/60/65, and also very loud.
So what do you think? Is Prescott really finally the winner so I should stick with it with some cooling solution, or get the 3.4 Northwood already?