But you're ignoring the simple fact that heat issues will not allow this to be feasible... Think of it this way... Do you honestly expect a Pentium-M chip to be as powerful as the absolute top of the line CPU for desktops? (The correct answer is no, and if you argue this then I'm going to stop trying to convince you otherwise). The PS3, which has had even more time spent on R&D for its CELL than Nintendo has had on its "Hollywood" (Again, I hope you don't argue this), is about twice as powerful as the XBOX 360 in terms of CPU performance for rated GFLOP/s, but most people agree that in reality they are probably even closer in performance. The thing is, Sony/IBM/Toshiba spent Millions (or was it a couple billion?) on this project, something which Nintendo would not do. The CELL and RSX are going into a larger box, with what we can assume will be a good cooling system. Also, when you look at Laptops (the same place you find Pentium-M's), they have nowhere near as powerful of a graphics solution as a Desktop. The Gamecube is in fact larger than the Revolution, but more importantly it was deeper which allowed for a decent cooling solution. If the Revolution is indeed only 3 DVD cases tall/wide (whatever you wanna call it), there won't be space to implement a cooling system akin to the 360 or PS3. Now, with the extra R&D time they have had, I'm sure that they can create something more powerful than what is currently available than today, but I don't see how you think that the Revolution can stack up against systems that will require some pretty serious cooling. It may come somewhat close, but not on par with. Also, 65 nm fabrication will be started next year but the real question is, will it have high enough yields for Nintendo to go with that technology initially? Sony decided not to use it for this reason.