dferrara said:Me too.
Me three..
It is not so much the 64 bit that I'm waiting for really, but 4MB cache on those processors??? God.. that'd make a huge difference in performance I suppose.
dferrara said:Me too.
92GTA said:WTF?![]()
I'll just ignore those last 2 posts, lol...
Maxiseller said:2Gig is more than enough - and after all, is there really guarantee that we will see the boundary push up to 4Gig with the introduction of true 64 bit processors?
Since...always, hotshot. Soldered processors aren't "packaged"--in other words, you can't use a retail processor that is packaged on a substrate for use with ZIF sockets. So unless you have an inside source at Intel who can intercept one for you, you can't buy them. Even getting to the processor would be extremely difficult, since the notebook cooling systems aren't meant for disassembly and getting them back together is difficult, even for trained technicians. The risk of damaging the components is extremely high. This isn't a breadboard for a home electronics project.92GTA said:Second, since when does a CPU being soldered into the mobo mean it's not upgradeable? I'm not an 80yr old grandma who needs her grandkids just to open word or turn on the machine, lol.
92GTA said:I'll just ignore those last 2 posts, lol...
matticus008 said:Since...always, hotshot. Soldered processors aren't "packaged"--in other words, you can't use a retail processor that is packaged on a substrate for use with ZIF sockets. So unless you have an inside source at Intel who can intercept one for you, you can't buy them. Even getting to the processor would be extremely difficult, since the notebook cooling systems aren't meant for disassembly and getting them back together is difficult, even for trained technicians. The risk of damaging the components is extremely high. This isn't a breadboard for a home electronics project.