blckgrffn
Diamond Member
Let's start anticipating something else, which is more fun than talking about what we have in hand... 😉
Really, when Phenom came out, I was griping to a coworker that "what most people needed was the Phenom IPC/Core improvements in the Athlon X2's and double the L2 on the new process. It should clock pretty well and not use a lot of power." A few weeks/months later Athlon II came out and, well, I was close and it actually fit the bill as a very workable CPU for quite some time in the Sub-$100 space. Of course, this was a conversation in passing and without any written proof, I can't take any credit for guiding AMD 😉
If/when there is a Bulldozer/Piledriver based Athlon 3, I predict the initial model will be:
A 2M/4T part with no L3 cache.
It's tiny die size will let it live @ or below 65W, it's base frequency on the high end will be north of 4Ghz with Turbo into the 5Ghz range.
~100mm die size will make it smaller/cheaper than SB Core i3 parts.
Throw in your wild speculation here! 🙂
Really, when Phenom came out, I was griping to a coworker that "what most people needed was the Phenom IPC/Core improvements in the Athlon X2's and double the L2 on the new process. It should clock pretty well and not use a lot of power." A few weeks/months later Athlon II came out and, well, I was close and it actually fit the bill as a very workable CPU for quite some time in the Sub-$100 space. Of course, this was a conversation in passing and without any written proof, I can't take any credit for guiding AMD 😉
If/when there is a Bulldozer/Piledriver based Athlon 3, I predict the initial model will be:
A 2M/4T part with no L3 cache.
It's tiny die size will let it live @ or below 65W, it's base frequency on the high end will be north of 4Ghz with Turbo into the 5Ghz range.
~100mm die size will make it smaller/cheaper than SB Core i3 parts.
Throw in your wild speculation here! 🙂