Originally posted by: BigDH01
Originally posted by: RussianSensation
Originally posted by: Hulk
I don't understand why it would make you said that Conroe eclipsed X2?
I am not sad literally. Of course I want technology to superceed older tech and perform better which is why I own Conroe. I just remember how great A64 was and how slow it has become all of a sudden.
Why does everyone consider the A64 to be so great? The X2 was the clear winner over P-D but I think people are forgetting how close in performance the P4 and A64 were. When the A64 was released, the P4 3.2C was highly competitive.
http://www.anandtech.com/cpuchipsets/showdoc.aspx?i=1884&p=1
While the A64 generally performed better in gaming, the P4 and A64 exchanged wins in everything else. The A64 was certainly not the jump over P4 that the Core 2 was over the X2.
Here is Anandtech's final hardcore single core review before the Pentium D and X2 was released.
http://www.anandtech.com/cpuchipsets/showdoc.aspx?i=2353
Here you'll see that the 3.8 GHz P4 was a pretty decent chip and was certainly competitive with the 3800+. If you were doing encoding, the P4 was the chip to have. That is, if you could live with the heat and power problems. And let's not forget that back in the early days, you could easily buy a 2.8C and overclock it to 3.5+. That's one fast and cheap Northwood. Bottom Line: A64 didn't come into its own until X2. The X2 was the only chip that could make me upgrade my Northwood and I loved the 3800+ X2. But let's face it, this A64 nostalgia is somewhat blown out of proportion. It was a cool, low power, fast running chip but certainly wasn't revolutionary when released and didn't really spread its wings until X2. Keep in mind, I'm referring purely to desktop performance and not discussing how AMD performaned in the server market.
Now the Core 2 has just destroyed the X2. That's right, destroyed. I don't see why we would feel sad or miss the A64. It simply wasn't *THAT* great. In the grand scheme of the things, the Core 2 has been much more revolutionary.