Overview
Do you have a need for speed? Then you need Panasas!
Is your team responsible for finding fast, accurate answers to complex problems? Like identifying the location of future oil exploration? Or creating a part for the next generation of automobiles or airplanes? Perhaps your team is helping to find a cure for a deadly disease or determining how to manufacture
things more efficiently? Chances are Panasas can help. Panasas storage will enable your organization to innovate faster, more effectively, and at a lower cost than it is today.
Panasas is the high-performance storage of choice for leading organizations in a wide variety of sectors including manufacturing, research and development, energy, life sciences, finance, and government. Panasas
storage systems significantly accelerate overall application throughput and ultimately accelerate time-to-market or “time-to-answer” for complex simulations that enable innovations in research and industry. The company is renowned for its technological innovation and parallel storage architecture patents, and is leading an industry-wide initiative to standardize an approach (parallel NFS or pNFS) for next-generation
storage systems.
The Panasas ActivStor Parallel Storage Cluster accelerates time to results with storage solutions for HPC in Government R&D, Oil & Gas, Manufacturing, Higher Education & Research, Life Sciences, Media & Entertainment, and emerging Commercial markets.
HPC and large datasets are at the core of many nation's most pressing technology challenges, including climate modeling, energy research, bio-medical advances, national defense, and homeland security.
The ability to leverage HPC and storage for rapid analysis of large, complex seismic surveys influences capital decisions for oil and gas exploration in today's energy markets.
Current development of automobiles, aircraft, and other manufactured products are increasingly engineering-driven with leverage of CAE simulations and data management with HPC systems and storage.
Cost-effective Linux computing is fueling new developments in e-business, financial management, and related data-intense HPC applications with demanding storage requirements.
Analysis of growing genomic and proteomic datasets and data-intensive HPC and storage demands of molecular modeling and simulation drive new approaches for future medical advances.
The digital media revolution is driven by advances in HPC-driven content acquisition, management, and distribution systems of large datasets that are changing the entertainment industry landscape.
The combination of scalable HPC clusters with Panasas parallel storage has demonstrated new and significant performance advantages for applications in financial modeling and simulation.
