I couldn't post to the comments on the article, because I apparently can't pass the character recognition test. Since I spent a bit of time on that response, I decided to post it here. It is more or less a rebuttal of the idea that Intel adding graphics processing to Nehalem is a sign of them copying AMD.
I can't understand why people are so surprised that Intel is integrating a graphics processor into their microprocessor. They telegraphed this move with the announcement that they had been working on an 80 core vector processing chip. They have obviously been spending R&D dollars on this for quite a while. It is very possible that AMD caught wind of the project and realized that they needed chipset and graphics expertise. Thus, they purchased ATi.
While I don't have any inside information, the evidence doesn't suggest the assertion of this article. One doesn't just throw new processing on a chip in less than two years without having the expertise all lined up ahead of time and having run test chips with experimental blocks on them. Not even Intel.
Intel didn't just pull Core 2 out of nowhere. It was derivative of Pentium M, and it was clear that Pentium M would lead them to dominate low power processing. It is obvious when one compares Core and Core 2 to Turion.
AMDs best chance to catch up with regard to placing vector processing in the microprocessor is to leverage their high-end expertise and catch up in 2010. For Intel, this will all depend upon how much Intel is learning from projects like the 80 core project and their improving graphics processors. For AMD, it will all depend upon how well they can get ATi and AMD to work together, and how well they can take the ATi expertise and translate it into an integrated solution for their microprocessor.
I can't understand why people are so surprised that Intel is integrating a graphics processor into their microprocessor. They telegraphed this move with the announcement that they had been working on an 80 core vector processing chip. They have obviously been spending R&D dollars on this for quite a while. It is very possible that AMD caught wind of the project and realized that they needed chipset and graphics expertise. Thus, they purchased ATi.
While I don't have any inside information, the evidence doesn't suggest the assertion of this article. One doesn't just throw new processing on a chip in less than two years without having the expertise all lined up ahead of time and having run test chips with experimental blocks on them. Not even Intel.
Intel didn't just pull Core 2 out of nowhere. It was derivative of Pentium M, and it was clear that Pentium M would lead them to dominate low power processing. It is obvious when one compares Core and Core 2 to Turion.
AMDs best chance to catch up with regard to placing vector processing in the microprocessor is to leverage their high-end expertise and catch up in 2010. For Intel, this will all depend upon how much Intel is learning from projects like the 80 core project and their improving graphics processors. For AMD, it will all depend upon how well they can get ATi and AMD to work together, and how well they can take the ATi expertise and translate it into an integrated solution for their microprocessor.