The NCCS is home to multiple complex computing systems that provide high performance computing, managed virtual environments, data analytics/services, remote visualization, and storage. This section includes system descriptions, specifications, and links to specialized support and instructionals. For a deeper look at the services these systems offer, click here.
// EXPLORE OUR SYSTEMS
The centerpiece of the NCCS is the 108,000 -core “Discover” supercomputing cluster, an assembly of multiple Linux scalable units capable of over 5 petaflops, or 5,000 trillion floating-point operations per second.
Discover is particularly suited for large, complex, communications-intensive problems employing large matrices and science applications, which benefit from its ecosystem of system software and tools.
The Remote Visualization system provides users with simplified access to visualization software. The system allows users to run numerous visualization packages, visualize data from their desktops/laptops quickly and efficiently, and download the rendered images without having to download large data files.
The NCCS is developing a centralized storage system to share curated datasets, thereby reducing duplication and freeing up storage for new data products.
Historically, the NCCS has provided longer term storage of data products on tape. Changes to this system are in progress, however, and users are encouraged to develop a data management plan in preparation for these changes.
ADAPT Science Cloud
ADAPT combines high performance computing and virtualization technologies to create an on-site private cloud. This managed virtual machine (VM) environment is specifically designed for large-scale data analytics.
The system allows scientists and engineers to bring their applications to the data and define the environment in which those applications run. The science results can then be stored for future analysis or shared with other users.
The Dataportal empowers NCCS users to share data produced on NCCS computing systems with the scientific community and public. User datasets include weather forecasts, climate projections and reanalyses, and land information systems.
This system hosts a variety of data services, ranging from FTP to geographic information systems. In many cases, this virtual environment can be expanded to meet user needs.
The hyperwall is a flexible environment for displaying high-definition movies of simulation results, data visualizations, animations, and other imagery. They system showcases data and simulation results that are much higher than traditional high-definition resolution, up to 9600x3240.
The NCCS hyperwall also offers a scalable amplified group environment for data interaction and collaboration.