Microarchitecture Videos
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The Intel Developer Forum has become a major event on the technology industry calendar with keynotes that make international headlines. But at the heart of IDF are the sessions where developers get access to the details of new products and science from the world s biggest chipmaker. This podcast is an excerpt from IDF Shanghai 2008. It s an example from the session Inside Intel Next Generation Nehalem Microarchitecture. Tags: IDF, Intel, Intel Developer Forum, Shanghai, Microarchitecture , Nehalem

The Intel Developer Forum has evolved into one of the most important technology events of the year. For anyone making hardware and software, IDF provides a way to learn about critical advances in chip design, and it gives Intel the opportunity to get feedback from developers. For the rest of the world, IDF is where Intel s latest thinking comes to light about the way people use computers and how to design better chips. At the upcoming IDF, Intel will give insights into next generation microarchitecture, mobile Internet devices, nettops and netbooks, consumer electronics, and embedded computing. In this video podcast, we take a brief look back at past IDFs leading up to this August 19-21 in San Francisco s Moscone Center West. Tags: Intel Developer Forum, IDF, Intel, microarchitecture, mobile Internet devices

In this audio podcast, Nehalem lead architect Ronak Singhal discusses the significant performance and power improvements of Intel s latest leap in microarchitectural design. The technology has significant implications for dynamic scalability, design and performance scalability, simultaneous multi-threading, scalable shared memory and multi-level shared caching. The ground-up design takes advantage of the hafnium-based Intel 45nm hi-k metal gate silicon technology, and is the first to introduce Intel QuickPath technology. Tags: Nehalem, Ronak Singhal, multi-threading, scalable, hafnium, 45nm, QuickPath, microarchitecture

Intel's next-generation 45nm Hi-k microarchitecture (code named "Nehalem") is a dynamically scalable microarchitecture that delivers breakthrough energy-efficient performance. Related Stories: IntelIDF, IntelMooresLaw Tags: Intel, 45nm, Hi-k, microarchitecture, Nehalem, energy-efficient, IntelIDF, IntelMooresLaw

In his keynote today at the Intel Developer Forum in San Francisco, Patrick Gelsinger, senior vice president and general manager of Intel's Digital Enterprise Group, gave a broad update on Intel's efforts this year. In this podcast, Gelsinger covers what he calls the company's "relentless pursuit of Moore's Law," spotlighting Nehalem (that's the codename for "the first-ever Intel 45 nanometer High-k metal gate next-generation microarchitecture dual processor server," according to company statements). He also revealed Intel's plans to build on the latest roll-out of Intel vPro processor technology with a 2008 release called "McCreary," which will include new halogen and lead-free 45nm dual and quad-core processors. Encryption and decryption technology is addressed with Danbury technology (one reaction to which can be found here). Underscoring the current momentum around virtualization, Gelsinger was joined onstage at one point by John Fowler, executive vice president of Sun Microsystems. A demonstration of Intel Virtualization Technology and Intel Trusted Execution Technology shed some light on how Intel will provide protection for virtual environments in the workstations and desktop PCs of the future. Check out Pat Gelsinger's blog for more thoughts from (and after) IDF. Tags: Intel Developer Forum, Patrick Gelsinger, Digital Enterprise Group, Moore's Law, Nehalem, 45 nanometer, microarchitecture, dual processor, vPro, McCreary, lead-free, Encryption, decryption, Danbury technology, virtualization, John Fowler

45nm Program Manager Kaizad Mistry takes you inside the groundbreaking 45nm Hi-k metal gate process technology used in the next generation of Intel Core microarchitecture. Related stories: Intel, IntelMooresLaw Tags: 45nm, Kaizad Mistry, Intel, microarchitecture, Intel, IntelMooresLaw