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The CEOAS Environmental Computing Center contains modern, high-throughput computing-class infrastructure in order to facilitate, deliver and meet the challenges of next-generation scientific workflows.
CEOAS has deployed throughout the Environmental Computing Center an end-to-end, low-latency 10GbE network crossbar switching fabric, protected and backed up by 24x7 uninterruptible power distribution and generator. At the core of this fabric we have over 1 Tbps switching capacity, enabling new edge services with excellent levels of scale as emerging richer data types take hold in the scientific community. In addition to providing this high-bandwidth intra-Data Center connectivity, CEOAS has designed, architected and extended the same infrastructure connectivity throughout all our buildings as well as into offices and labs.
The CEOAS network domain has 12 buildings that are all connected together via high-capacity, single-mode optical-fiber cabling (10G) with high-speed, non blocked switching to the desktop. More than 2,000 devices are connected to this CEOAS network. From this local network domain, CEOAS is connected to the OSU campus network, which in turn is connected to the commodity Internet as well as Internet-2.
At the heart of the Environmental Data Center are supercomputer-class machines ranging from large shared memory systems to tightly coupled clusters with and without GPU-enabled acceleration providing a wide range of services, including compute, storage, application, print, project and scratch services. Our Digital Media Laboratory (DML) and Student facilities contain a heterogeneous mix of workstations specifically tuned for more demanding scientific needs. These include, Linux/Unix based systems from Dell, Apple, Oracle/Sun. In addition, throughout the complex are high-end color printers, plotters, and scanners as well as digital post production tools for analyzing and creating visualizations targeted at streaming or DVD/Blu Ray distribution. A purpose-built visualization laboratory contains exceptional computing and video gear to produce high-definition 4k data visualizations and complete video presentations of research projects. An advanced geographic information system (GIS) Lab running on dedicated equipment is also available.
All these facilities feed a state-of-the-art seminar and presentation faculty enabling "one-touch" control of systems and data routing. These facilities are capable of delivering high-definition scientific workflow experiences at a full 2 and 4K resolution.