High-performance computing provides an invaluable role in research, product development and education. Over the past decade, HPC has migrated from supercomputers to commodity clusters. More than eighty percent of the TOP500 HPC installations in November 2009 were clusters. The driver for this move is a combination of Moore's Law (enabling higher performance systems at lower costs) and achieving best cost/performance and power/performance.
Once the domain of scientists and researchers, HPC has moved deeper into the enterprise and cloud computing marketplaces due to its unparallel performance, productivity, efficiency and ROI. HPC components enable faster database queries and data management, faster and more scalable cloud provisioning and maximize the overall systems efficiency.
The HPC Advisory Council has formed special interest subgroups to review, explore and experience future potential trends and solutions that include commodity HPC components and solutions.
This group's mission is to explore usage of commodity HPC as a replacement for multi-million dollar mainframes and proprietary based supercomputers with networks and clusters of microcomputers acting in unison to deliver high-end computing services.
This group's mission is to explore usage of HPC components as part of the creation of external/public/internal/private cloud computing environments.
This group's mission is to provide best practices for building balanced and scalable HPC systems, performance tuning and application guidelines.
This group's mission is to demonstrate how to build high-performance storage solutions and their affect on application performance and productivity. One of the main interests of the HPC|Storage subgroup is to explore Lustre based solutions, and to expose more users to the potential of Lustre over high-speed networks.
This group's mission is to explore usage models of GPU components as part of next generation compute environments and potential optimizations for GPU based computing.
This group's mission is to explore the usage of high-performance computing solutions for low latency trading, more productive simulations (such as Monte Carlo) and overall more efficient financial services.
HPCmusic is an advanced research project about High Performance Computing and Music Production dedicated to enable HPC in music creation. It's goal is to develop HPC cluster solutions that further enable the future of music production.