Intel has told software developers, to begin to think that the future will be available at thousands of microprocessor core. Intel secarang already offers four-core microprocessors and Nehalem processors with eight cores. But the chip developers have to think far beyond the traditional processor in a PC or server. Jerry Bautista, deputy director of the research program-Tera-scale computing on Intel, has said that the graphics-intensive environment, the more developed core, then it will get better. 'The more we have the core, it will get better. But only if we can provide the memory bandwidth on CPU '. Intel engineers have gone even further. In writing on a blog, Anwar Ghulom, principal engineer at Intel Microprosesor Technology Laboratory, said: 'In the end, I offer advice to developers is, that they think about the availability of tens, hundreds, even thousands of current core'. He said that Intel is facing the challenge of 'how to enter the area performance' it. He insisted: 'Sometimes, developers are also trying to do minimal work to optimize the performance of dual core microprocessors or quartet. This is a discussion that took several years ago '. But, after all, Intel is now being 'discussing how to do performas scale for core calculations that have not been marketed at all ... dozens, hundreds, even thousands of core, is a major discussion on the research of multi-core Intel's Tera Scale', said Anwar. He said that the more radical step programming to include as many processor cores' provides an opportunity for refactoring of the code base, changes in language, literature, engineering methodology and a discussion of most of the existing software. 'In the end, developers will realize that innovation in the' mountain of silicon 'is the core program as much as possible, although it was more than the already marketed products.

Now, with the microprocessor technology two and four core course, now we have enjoyed the 'miracle' virtual worlds, such as social networking, online gaming, video call, real time transaction, and so on. As if the 'miracle' that we enjoy, if the microprocessor core with thousands attending? Please give your feedback!