[citation][nom]hyteck9[/nom]Cangelini, thank you for the reply. I think you have confirmed my interpretations. So if the CPU is the "control" in this experiment, and we know it takes 1.35V to make the CPU do what we want, then all this overclocking "buzz" is really about pushing the board's stability isn't it? (Like the SBM Gigabyte board missing a few heatsinks issue.) So how can a consumer identify a "low-push" board? Is it the chipset? the BIOS? integrated video? It sure isn't price, because I know that Gigabyte board from the SMB isn't on the cheap side. Tell us what to look for![/citation]
Well, it's almost never as easy as looking at the board, physically, and telling. That's why we try to be as thorough as possible in reviewing motherboards, categorizing them by chipset, and then building round-ups based on price ranges.
If you're not already familiar with some of the work we do in that regard, please take a look here: http://www.tomshardware.com/reviews/Components,1/Motherboards,2/
Going down the list, you can identify the stories most interesting to you, and then dig into the specifics of each board, including how well they each overclock. In many cases, Thomas will weigh in on why one platform might behave a certain way, too!
All the best,
Chris
Well, it's almost never as easy as looking at the board, physically, and telling. That's why we try to be as thorough as possible in reviewing motherboards, categorizing them by chipset, and then building round-ups based on price ranges.
If you're not already familiar with some of the work we do in that regard, please take a look here: http://www.tomshardware.com/reviews/Components,1/Motherboards,2/
Going down the list, you can identify the stories most interesting to you, and then dig into the specifics of each board, including how well they each overclock. In many cases, Thomas will weigh in on why one platform might behave a certain way, too!
All the best,
Chris