The Massachusetts Green High Performance Computing Center (MGHPCC) provides state-of-the-art infrastructure for computationally intensive research.
The Massachusetts Green High Performance Computing Center (MGHPCC) provides state-of-the-art infrastructure for computationally intensive research.
The Massachusetts Green High Performance Computing Center (MGHPCC) provides state-of-the-art infrastructure for computationally intensive research.
MGHPCC is a collaboration among research-intensive universities - Boston University, Harvard University, the Massachusetts Institute of Technology, Northeastern University, and the University of Massachusetts.
MGHPCC is a collaboration among some of the most research-intensive universities in Massachusetts - Boston University, Harvard University, the Massachusetts Institute of Technology, Northeastern University, and the University of Massachusetts.
MGHPCC is a collaboration among research-intensive universities - Boston University, Harvard University, the Massachusetts Institute of Technology, Northeastern University, and the University of Massachusetts.
Computers at the MGHPCC run millions of virtual experiments every month supporting thousands of researchers in Massachusetts and around the world.
Computers at the MGHPCC run millions of virtual experiments every month supporting thousands of researchers in Massachusetts and around the world.
Computers at the MGHPCC run millions of virtual experiments every month supporting thousands of researchers in Massachusetts and around the world.
The Center provides space, power, cooling, and high-speed connectivity, as well as contributing to a virtual commons for regional academic research computing.
The Center provides space, power, cooling, and high-speed connectivity, as well as contributing to a virtual commons for regional academic research computing.
The Center provides space, power, cooling, and high-speed connectivity, as well as contributing to a virtual commons for regional academic research computing.
The facility hosts 100s of 1000s of CPUs, millions of GPU cores, over 50PB of storage and 2 TB per sec of network access with connections to numerous campus, regional, and national networks (including Internet2 and ESNET, and high-speed links to cloud providers) with access speeds ranging from 10 to 100 gbps.
The facility hosts 100s of 1000s of CPUs, millions of GPU cores, over 50PB of storage and 2 TB per sec of network access with connections to numerous campus, regional, and national networks (including Internet2 and ESNET, and high-speed links to cloud providers) with access speeds ranging from 10 to 100 gbps.
The facility hosts 100s of 1000s of CPUs, millions of GPU cores, over 50PB of storage and 2 TB per sec of network access with connections to numerous campus, regional, and national networks (including Internet2 and ESNET, and high-speed links to cloud providers) with access speeds ranging from 10 to 100 gbps.
Since its inception in 2013, MGHPCC has been the home of many TOP500 machines, most recently Satori and TX-GAIA at MIT, and Cannon at Harvard.
Since its inception in 2013, MGHPCC has been the home of many TOP500 machines, most recently Satori and TX-GAIA at MIT, and Cannon at Harvard.
Since its inception in 2013, MGHPCC has been the home of many TOP500 machines, most recently Satori and TX-GAIA at MIT, and Cannon at Harvard.
The facility received LEED Platinum Certification from the Green Building Council. The local municipal utility supplies energy more than 90% carbon-free, with more than 70% from local hydroelectric and solar sources.
The facility received LEED Platinum Certification, the highest level awarded by the Green Building Council. It is served by a municipal utility that derives more than 90% of its energy from carbon-free sources, with more than 70% from local hydroelectric and solar generation.
The facility received LEED Platinum Certification, the highest level awarded by the Green Building Council. It is served by a municipal utility that derives more than 90% of its energy from carbon-free sources, with more than 70% from local hydroelectric and solar generation.
Multiple collaborative projects have emerged from the research computing ecosystem with activities focussing variously around computing, storage, and data center and network infrastructure, but also the people who both use and facilitate the use of the various resources.
Multiple collaborative projects have emerged from the research computing ecosystem with activities focussing variously around computing, storage, and data center and network infrastructure, but also the people who both use and facilitate the use of the various resources.
Multiple collaborative projects have emerged from the research computing ecosystem with activities focussing variously around computing, storage, and data center and network infrastructure, but also the people who both use and facilitate the use of the various resources.
Consistent with the broadening participation goals of its founding members, the MGHPCC is an active participant in multiple local, regional, and national education and outreach initiatives.
Consistent with the broadening participation goals of its founding members, the MGHPCC is an active participant in multiple local, regional, and national education and outreach initiatives.
Consistent with the broadening participation goals of its founding members, the MGHPCC is an active participant in multiple local, regional, and national education and outreach initiatives.
Mindful of the importance of workforce development to the long-term economic future of the region, the MGHPCC and its founding universities work with local public schools, institutions of higher education, and community organizations to promote STEM and computer science literacy.
Mindful of the importance of workforce development to the long-term economic future of the region, the MGHPCC and its founding universities work with local public schools, institutions of higher education, and community organizations to promote STEM and computer science literacy.
Mindful of the importance of workforce development to the long-term economic future of the region, the MGHPCC and its founding universities work with local public schools, institutions of higher education, and community organizations to promote STEM and computer science literacy.
Universities make major investments in Unity Cluster
Cosmological informed neural networks to solve the background dynamics of the Universe? Neural Scaling of Deep Chemical Models? This month's selection of publications featuring research using the MGHPCC.
A nearly $1 million award to build new cyberinfrastructure will expand UMS access to scientific data, expertise, and learning opportunities across New England and beyond.
New body will grow and enhance computing infrastructure and services for MIT’s research community.
The new facility builds on a long-standing collaboration between BU and the commonwealth, that includes the construction in Holyoke, with several other partners, of the Massachusetts Green High Performance Computing Center.
