High Wattage CPUs: Engineering Plausibility?

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The discussion revolves around the feasibility of designing a CPU that operates at high wattage while maintaining compactness and low cost, specifically for applications that can utilize the heat generated. Theoretical examples, such as a CPU consuming 482W with enhanced processing power, are presented to explore engineering possibilities. Participants express skepticism about the practicality of such designs, emphasizing that heat is typically a detrimental byproduct of CPU operation, potentially harming components. Concerns about thermal management and efficiency are raised, suggesting that using efficient processors with dedicated heating elements may be more effective. Ultimately, the conversation highlights the challenges and misconceptions surrounding high-wattage CPU design in practical applications.
  • #51
DaveE said:
Plus, they probably don't even know how to do it.
Sure they do. They'd add some resistors to the chip, same as we've been saying. :wink:
 
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  • #52
I'm wondering if OP has looked up a bunch of processors to see what the cost per watt can be? That should tell the story on the economics.
 
  • #53
@russ_watters it seems to me that this horse has been beaten to death over and over. Isn't it time to end this?
 
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  • #54
What am I, chopped_liver? Sheesh.

Thread is done. A warm celebration of life for @Flika is being arranged... :wink:
 
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