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Vista Home (www.vista123.com): Intel senior professional: Moore's Law after the 32-nm
the industry is well-known Moore's Law Intel (Intel) co-founder Gordon Moore (Gordon Moore) place forward.





Following Bowen asked:
which reads: integrated circuit can accommodate the number of transistors, about every single 18 months will likely be doubled, the overall performance will also be doubling, when costs unchanged; or each and every U.S. dollars can obtain a personal computer overall performance each eighteen months to much more than double. The Law reveals the speed of advances in information and facts technologies. (The date later amended through the prior to the quick improvement of science and technology how need to recognize this law?

by merely decreasing the vertical dimensions and horizontal dimension of transistor technologies to produce next-generation time is lengthy outdated. Replace the

sponsored by Intel global IT sector high amount of technical forum - 2010 IDF (Intel Developer Forum, IDF), is going to be held April thirteen to 14 at the Beijing Nationwide Convention Center held. This will be the IDF four years straight beginning in China. IDF for the present Technologies and Production Group of Intel Senior Fellow, Process Architecture and Integration Director, Mabo (Mark T. Bohr) at the summit, the author of this blog, visitors to share with China after the 32-nanometer method Moore's Law developments.

2009 年 eleven months,Microsoft Office 2010 Home And Student, Intel announced that a new generation of 32-nm logic according to Intel microprocessor technology is fully place into mass manufacturing. For method development and chip design engineers, this can be an thrilling milestone. From the analysis stage to mass manufacturing, this progressive, difficult technology permits them to pay out lots of a long time of effort and power. Yet, Moore's Law can be a ruthless Just inside the newest technology into creation, it is easy to briefly stop and think an excellent relaxation, you will uncover the next era of technology is going to be launched on time in two years, another two a long time immediately after generation of new technologies ... ...

Moore's Law and transistor dimensions shrink not displaying any telltale indicators of slowing down, but showed some indicators of alter, which for the consumer and for huge data centers is a good thing. Intel has released a new era of method technologies promptly, and is published as soon as every two a long time, once more and again. The very first 32-nm Intel delivered the first time, the first 45 nm through the introduction of the complete two decades, and previously than another vendor within the business. We're prepared to step by step into production of 22 nanometer technology are anticipated within the second fifty percent of 2011 connected items creation prepared. Intel Study has various new innovative solutions transistor and interconnect technologies, such as the group III-V supplies, multi-gate transistors, 3D stack and so forth. Soon after all, the concept that not all of the research phase to the creation phase can be, but good suggestions will get implemented. Goal of upgrading the transistor is adjusted to better meet today's marketplace need. The main goal of a new era of microprocessors no lengthier would be to achieve substantial operating frequency, but to present higher performance and decrease power consumption. Regardless of whether for modest handheld products, or chips for massive information centers, the principal path is to upgrade the chip to attain Thus, the path of some adjustments have taken location,Office Professional Plus, and technology choice is also highly several, but to advertise the development of Moore's Law has introduced ahead the worth and exhilaration has never been much less.
at 130 nm era,Office 2007 Pro Key, copper interconnect materials instead of the aluminum interconnect materials,Office Ultimate 2007 Key, considerably reducing the resistance. In the 90-nanometer era,Office 2010 Activation Key, we invented the strained silicon transistors that significantly enhances the overall performance. 45 nanometer era, now we have introduced a revolutionary high-k metal gate transistors, not merely improve performance but in addition lessens the leakage energy consumption. 32 nanometer era, we released the 2nd era of high-k metal gate transistors, when it comes to efficiency and very low power consumption along with a main stage forward. Quickly, we'll celebrate the 22 nm era. This trend will continue on? We can continue to invent new supplies and new structures continue on to shrink transistor size? Or Moore's Law will change or even the development fee will progressively sluggish up?