We created our yearly pilgrimage to Intel Developer Forum this recent year and upon coming in sunny San Francisco, we were recognizeds with the common IDF fanfare in a silkys, moderns environment. Presentmentss and demonstrations of Intel's new dilutings-edge technologies awaited us in the lobby as we noshed a bit on the continental breakfast buffet, but the glitz of table high demonstratess were not what we actually were later.


During the opening keynote, Otellini assumed the chance to bends Intel's producing muscles, maintaining up an Intel produced 22nm SRAM try wafer. 32nm is in mass production now but 22nm technology is living try piloted just and is looked to become a production vehicle for 2H 2011. Incidentally, the wafer is created up of 364Mb SRAM machines comprising few 2.9 billion transistors.


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Intel then assumed us down the path we had been drooling for; a fresh generation client electronic machines construct on follow-generation Intel processor technology. First up was a live presentation on a follow genesis Intel "Core i" founded core architecture code-known Sandy Bridge. Sandy Bridge is the 32nm-founded next-on to Intel's Westmere core mobile processor technology that is requireds to ship in q4 this year. And Sandy Bridge has a some method its sleeve outsides now the high level of combinations that Westmere contributed to the table.


As we have listeneds antecedentlys, Intel's follow generation core architectures will not just support incorporated graphics but too come outfitted with an AES encryption processing engine to permit for hardware hasteneds offload of encryption and decryption algorithms so as not to load the central processing unit for these workloads. Paul and company then did a live demonstrate of a Sandy Bridge-founded notebook working HD video in a timed presentation.