Paul said:It's you vs Toshiba.
Toshiba: 1
You: 0
Look ma! I can make a scorecard too!
Common sense: 1
You: 0
Did I accomplish anything? No. Did you?
Either way your comparason is off the mark as they are mass producing something using 65 nm transis starting late 2004, with obviously limited production until then.
So... why again would you see one of PS3's fabs built, ready to go, and then have the product out 2 years later? We're talking about a console here remember.
Simply because you "have" it, doesn't mean you should use it. It could everything from implementation limitations, low clockspeeds, overheating, or heck, high rate of defects. *points to graphs* How am I "off the mark" on this? IMO you're "off the mark." Just because a process is in "mass production" has no meaning. 65nm actually producing a commercial product in 2004 is simply insane. IBM will just start, I repeat just start, producing something in 90nm in late 2004. Same with just about everyone else except Intel. So are you saying that Sony will just "skip" 90nm, beating everybody by a year or more. That's "off the mark." A lot of other things have to be right before you would ever produce something. My graph shows that this can take years. I suspect the same for Toshiba/Sony, given I'm talking about Intel, not some lowly foundry, taking 2 years of wait time before producing on a new process. Being a console makes even worse since you absolutely need a large quantity at launch. This will delays things even more. You can speculate a 2005 launch all you want, I won't say your dead wrong but I will say its unlikely and I believe it won't happen. But if you're going to say they're going to mass produce these things in 2004 I will say you're dead wrong, cause you are .