Intel: Integrated nuclear architecture Breakthrough 50 Nuclear mark

If AMD has shipped 12 cores has been a major step forward in the nuclear chip, then Intel announced the end of this year launched 32 nuclear Knights Ferry is simply a top of the nuclear technology. Like AMD, Intel is targeting the HPC sector, and the 22nm process is exclaiming by other chip makers. The Knights ferry has a floating-point performance of up to 500 billion times per second, which will be primarily for high performance computing areas such as exploration, scientific research and financial or meteorological simulations, with the Intel 22 Nano process-the integrated single transistor minimum size of 22 nm (1 NM = One-zero meters). The chip mixes the core of the X86 with high-speed cores designed for high linear scientific computing and applications, and is the fastest processor in Intel, which will be available in the second half of this year, mainly for research and development purposes. The first commercial chip code-named Knights Corner, including 50 cores.

Intel Vice president and Data Center Http://www.aliyun.com/zixun/aggregation/18229.html "> Division General manager Kirk Skaugen said:" The Intel integrated Public-core (MIC) architecture will further expand the competitive edge of our already-leading high-performance computing products and solutions-our existing products are nearing 82% per cent of the world's top high-performance computer applications. Today's investments are further proof of Intel's growing commitment to global high-performance computing. ”

• The first product (development code: Knights Corner) will use the Intel 22 Nano process technology, and use Moore's law to extend the integration of more than 50 intel cores.

• Use common development tools, software algorithms, and programming techniques for products based on the Intel Xeon processor and the Intel Integrated Core architecture.

• The product is based on Intel's many years of research experience in the nuclear field, including Intel's ' Larrabee ' project and a single chip cloud computer.

Intel's first related product (research code: Knights Corner) will be primarily for high performance computing areas such as exploration, scientific research and financial or meteorological simulations, with the Intel 22 Nano process-the integrated single transistor minimum size of 22 nm (1 NM = One-zero meters). The product will also extend the force of Moore's Law--extending the integration of the Intel computing kernel on a single chip to more than 50. Given that the vast majority of workloads continue to function well on award-winning Intel Xeon processors, the planned Intel integrated public Core (MIC) architecture is designed to help accelerate specific, highly parallelization applications.

At present, Intel has provided the matching industry design and development Kit (Development Code Knights Ferry) to the selected developer. Starting in the second half of 2010, Intel will further expand the scope of the project to build a series of development tools that support the Intel Integrated Public Core (MIC) architecture. The common software development tools and optimization technologies used by the Intel Integrated Public Core (MIC) architecture and the Intel Xeon processor will support a variety of programming patterns that will provide scientists, researchers and engineers with unprecedented computing performance to help them accelerate the pace of exploration of the World, They can also protect their existing software investments. The Intel Integrated Public Core (MIC) architecture derives from several Intel projects (including ' Larrabee ') and the UK labs research projects, such as one-chip cloud computers.

"The Intel Xeon processor and our new Intel Integrated Public Core (MIC) architecture can help speed up the process of exploring the most challenging problems for humans, such as the unknown," said Kirk Skaugen, vice president of Intel and director of Intel's Data Center division. Thus breaking the limits of design and exploration. ”

"The Intel Integrated Public Core (MIC) architecture will further expand the competitive edge of our already-leading high-performance computing products and solutions-our existing products are nearing 82% per cent of the world's top high-performance computers," said Kirk Skaugen. Today's investments are further proof of Intel's growing commitment to global high-performance computing. ”

    with the launch of the Intel Cluster Toolkit compilers version 4.0 (Intel Cluster Toolkit Compiler Edition 4.0), Intel will continue to be committed to providing a comprehensive set of tools, To support high-performance computing optimization and public core computing. This will provide more robust performance for applications running on the Intel Architecture cluster system, and will support businesses to leverage their core computing to expand their cluster systems more effectively.