C
ChaosControl
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Old-Skool :mrgreen:No little one, before socket 478 there was a socket 423... :roll:
Never knew about that one, thought 370 (Pentium 3 coppermine etc..) came before 478
Old-Skool :mrgreen:No little one, before socket 478 there was a socket 423... :roll:
Which is bit of a shame, RDRAM was decent enough memory, just very expensive.Isnt XDR from Rambus? If it is I know Intel will have a hard time shifting that.
It's mainly there so people who want to run a 64bit app, they can.Core Duo (yonah) aren't 64bit combitable, but Core 2 Duo, is combitable
it's not quite 64bit thou, but it is "emulated". There will be "Real" 64 bit when they er shifting core arcitecture, (neahalem)
Also it's no performance loss with that "emulated" type off 64bit!
You sure are right, not now at least. Developers needs to implantate, Multi-Threading and 64bit support to their programms (games, apps, etc.)Desktop procs arent something to do real 64bit things on anyway.
You have a point but those days they didn't really need the technology of it at all.Chaos..
Bill Gates in 1985 said he didn't see desktop PCs ever needing more than 640 KB of memory. In 1989, Computer Gaming World (CGW) announced that Video Expansion Cards were "expensive, ineffective, and doubtlessly a doomed technology". Everytime somebody predicts that PCs will "never need/do" something, they're almost invariably wrong. Right now a top of the line PC can actually outperform (per clock cycle) a Cray YMP/2 supercomputer from 1990.
All the Core 2 Duo's actually use 2 X 64-bit ALUs per core. This allows EACH core to perform one 128 bit calc per clock. However, they still use 32bit instructions and addressing.