The ActiveStor Ultra 100 (ASU-100) is Panasas’® hybrid mixed workload storage appliance. ASU-100 is built on industry-standard hardware chosen for its carefully balanced architecture, with emphasis on mixed media storage and is available in sets of four nodes per enclosure.
The ActiveStor® Ultra 100XL (ASU-100XL) is Panasas’® large-capacity storage appliance. ASU-100XL is built on industry-standard hardware chosen for its carefully balanced architecture, with emphasis on high-capacity storage and is available in sets of four nodes per enclosure.
The ActiveStor® Flash 100 (ASF-100) is Panasas’® all-flash storage appliance. ASF-100 is built on industry-standard hardware chosen for its high-density form factor, NVMe SSD support, and a carefully balanced hardware architecture that enables outstanding scratch and small- and random-file storage performance, enhanced support for AI/ML projects, and higher rack density than other ActiveStor storage nodes.
The ActiveStor® Director 200 (ASD-200) is Panasas’® meta-data director node and the control plane for the ActiveStor high-performance data storage solution. The ASD-200 is built on industry-standard hardware chosen for its carefully balanced hardware architecture that enables independent scaling and to meet the requirements of metadata-intensive applications in manufacturing, life sciences, energy, financial services, academia, and government.
Scientific and technical computing, mathematical modeling and software simulation, high performance data analytics, and AI/ML applications require highly robust and scalable networks to support the massive throughput demands of high-speed HPC systems. The Panasas® ActiveStor® InfiniBand Router (ASR-400) provides seamless connectivity between InfiniBand-based compute clusters and Ethernetbased Panasas ActiveStor Ultra storage solutions.
Consistent HPC uptime is critical in the Life Sciences. Architecture determines how data is accessed, how quickly and with what risk. Processing speed can literally change the rules of scientific discovery.
Read the datasheet to learn which parallel file systems deliver the greatest chance of success across these variables:
PanFS’ newly enhanced architecture consistently delivers more adaptability and performance than any major competitor. In fact, it’s all hot – all the time – no tuning or tiering required. What HPC storage system could be better than that? None.
Pressures on Life Science Researchers and Research IT are immense. When you factor in exponentially growing data demands, aging storage systems, and overworked staff, it may seem that downtime and data loss are inevitable.
Panasas systems are built with several data protection features – with less expense and more performance:
Life sciences organizations are facing an exponential increase of data prompted by advances in imaging technologies and growing use of artificial intelligence and machine learning. At the same time, you need your staff to be focus on supporting research partners and less on maintaining storage systems.
Panasas offers a superior solution for seamless data management and scaling:
PanFS delivers the highest performance, most dynamic optimization, and easiest to manage file system for scientific workloads – at the lowest total cost of ownership of any HPC storage solution. Say goodbye to compromise and experience unparalleled performance, scalability, and reliability with our HPC storage solution. Say yes to more compute, more data, and more innovation with Panasas – HPC without compromise. Download the datasheet now to learn more about how we can help you achieve your high-performance computing goals.
