NEC SX-9
Mitchell Fanning — October 27, 2007 — Tech
References: electronista
Japan's NEC introduced the SX-9 this week, the world's most powerful and fastest supercomputer.
Just one core is capable of over 102 gigaflops; a single node of 16 CPUs generates up to 1.6 teraflops (trillion operations) while a full cluster of nodes produces 839 teraflops, NEC claims. The SZ-9 is also able to handle especially large data sets with a shared memory of 1TB as well as 128GB per second transfers all processors in the system.
Although faster than previous SX systems, the technology is also considerably smaller and easier to run. NEC expects the supercomputer to be used for large institutions and companies for tasks that can also help the environment, such as modeling weather patterns or engineering nanotechnology.
Just one core is capable of over 102 gigaflops; a single node of 16 CPUs generates up to 1.6 teraflops (trillion operations) while a full cluster of nodes produces 839 teraflops, NEC claims. The SZ-9 is also able to handle especially large data sets with a shared memory of 1TB as well as 128GB per second transfers all processors in the system.
Although faster than previous SX systems, the technology is also considerably smaller and easier to run. NEC expects the supercomputer to be used for large institutions and companies for tasks that can also help the environment, such as modeling weather patterns or engineering nanotechnology.
Trend Themes
1. Increased Computing Power - The introduction of the NEC SX-9 showcases the trend of increased computing power, enabling faster and more efficient data processing.
2. Big Data Handling - The SX-9's ability to handle large data sets highlights the trend of developing technology to efficiently process and analyze big data.
3. Compact Supercomputers - The smaller size and ease of use of the SX-9 exemplify the trend of developing more compact and user-friendly supercomputers.
Industry Implications
1. Scientific Research - The powerful computing capabilities of the SX-9 offer opportunities for scientific research institutions to accelerate their data analysis and findings.
2. Climate Modeling - The SX-9's supercomputing power can be utilized by climate modeling industry to enhance weather pattern prediction and climate change research.
3. Nanotechnology Engineering - The SX-9's computing power can revolutionize the field of nanotechnology engineering by enabling faster simulation and optimization of nanoscale systems.
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