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2010年6月25日星期五

Intel builds ExaCluster laboratory in Julich

Intel builds ExaCluster laboratory in Julich


In addition to the research center and the chip manufacturer Cluster ParTec specialist in building and research is involved. The laboratory is to cooperate with other Intel-Labs - that is, in Paris, which also conducts research on Exascale computing dell inspiron e1705 battery.


The Research Centre Julich, cluster specialist ParTec and Intel have signed an agreement to build a ExaCluster laboratory in Julich. It is a public-private partnership for research on computer systems with thousands of today's fastest supercomputer performance and be in the research of Intel Labs High Performance Computing (HPC) involved, particularly in the context of the Exascale Computing Research Center in Paris.



Logo Intel Labs Europe


The lab is the twentieth ExaCluster research lab of Intel Labs Europe. In the beginning there is a dozen researchers are working, their number should grow over time to approximately threefold. In ExaCluster lab will be written under other free Exascale runtime system software, software tools, lenovo thinkpad x60 battery and simulation software.


Floating point operations are flops per second, floating point calculations per second - a measure of the performance of supercomputers. The term Exaflops describes the processing of a trillion - a one with eighteen zeros - instructions per second. Systems that work with such a speed, called Exascale systems.


One challenge for Exascale systems example, it is to understand the complexity of health and biochemical phenomena better to depict organs and detail the behavior of tumors to predict. The more one can take into account dependencies supercomputer, the more meaningful are the simulation results for physicians and researchers.


The decision to Julich has given according to Intel's Toshiba PA3384U-1BRS experience in the supercomputer segment. Its computer network "JUGENE" has just fallen from fourth place on the list of world's five most powerful systems.

2010年5月7日星期五

Intel and Micron produce first 25-nanometer chips

This post via: Intel and Micron produce first 25-nanometer chips


Intel and Micron produce first 25-nanometer chips


Mass production is scheduled to start according to the company in the second quarter. The first products are expected in late 2010. The production costs fall, according to analysts of 1.26 euros to 0.36 euros per GB per GB dell inspiron b130 battery.


IM Flash Technologies, a joint venture between Intel and Micron, has started production of flash memory in 25-nanometer process. An Intel spokesman told PCWorld that the chips are sampling now. The mass production will begin according to the report in the second quarter. The first products could appear at the end of the year.


Market researcher Objective Analysis assumes that the new NAND flash chips IM Flash Technologies, a clear cost advantage over its competitors will bring. Analysts estimate the cost at $ 0.50 (0.36 euros) per gigabyte, compared to $ 1.75 (1.26 EUR) per GB for memory devices with a feature size of 45 nanometers.


The first 25-nanometer product of the joint venture is a NAND chip with 8 GB of memory. It supports the ONFI 2.2 specification (Open NAND Flash Interface), a throughput rate of up to 200 Mbit / s possible. Compared to previous generation also, the page size has been doubled from 4 KB to 8 KB.


As an operational area, that manufacturer primarily smart phones, Solid State Drives (SSD) and multimedia Playerdie can be built with this technology even more compact. It also reduces the power consumption.


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