Modern supercomputer applications require powerful storage resources in addition to fast computing resources. Accordingly, NeSI aims to support the next generation of science challenges, including new use cases and new IO patterns. As part of the procurement and benchmarking process, NeSI worked with Cray and IBM to ensure that solution met performance, scalability, agility, resilience and cost requirements. The presentation will review the final architecture in detail, the choices made and reports IO performance results. The life cycle of data will generally include three phases: generation, analysis, archive and/or deletion. Tiered storage solutions as implemented on the NeSI Platforms provide the performance and capacity needed on the pr...
The rapid growth in the size of datasets has caused a serious imbalance in I/O and storage system pe...
Increasingly data-centric workloads have challenged and stressed each component of the modern tiered...
Data center storage systems of the future in Petabyte and Exabyte scale require very high performanc...
As the cost of data storage continues to decline (currently about one-millionth of its cost four dec...
Summary: This paper examines the fundamentals of SMI-S by providing a definition of SMI-S, an overvi...
Choosing to move to new technologies is a complex process, and many decisions must be made when choo...
Effective high-level data management is becoming an important issue with more and more scientific a...
While mass storage systems have been used for several decades to store large quantities of scientifi...
Rapid advances in digital sensors, networks, storage, and computation along with their availability ...
Archive Manager to manage data on the Oracle ZFS Storage Appliance, the Pillar Axiom 600 storage sys...
This document will cover the basics of the purchasing decisions in the acquisition of data storage i...
This paper describes the Object Storage Architecture solution for cost-effective, high bandwidth sto...
For most large commercial organisations the ability to store and manipulate massive volumes of data ...
For the better or for the worse the amount of data generated in the world grows exponentially. The y...
Today's high-end storage user is one that requires rapid access to a reliable terabyte-capacity stor...
The rapid growth in the size of datasets has caused a serious imbalance in I/O and storage system pe...
Increasingly data-centric workloads have challenged and stressed each component of the modern tiered...
Data center storage systems of the future in Petabyte and Exabyte scale require very high performanc...
As the cost of data storage continues to decline (currently about one-millionth of its cost four dec...
Summary: This paper examines the fundamentals of SMI-S by providing a definition of SMI-S, an overvi...
Choosing to move to new technologies is a complex process, and many decisions must be made when choo...
Effective high-level data management is becoming an important issue with more and more scientific a...
While mass storage systems have been used for several decades to store large quantities of scientifi...
Rapid advances in digital sensors, networks, storage, and computation along with their availability ...
Archive Manager to manage data on the Oracle ZFS Storage Appliance, the Pillar Axiom 600 storage sys...
This document will cover the basics of the purchasing decisions in the acquisition of data storage i...
This paper describes the Object Storage Architecture solution for cost-effective, high bandwidth sto...
For most large commercial organisations the ability to store and manipulate massive volumes of data ...
For the better or for the worse the amount of data generated in the world grows exponentially. The y...
Today's high-end storage user is one that requires rapid access to a reliable terabyte-capacity stor...
The rapid growth in the size of datasets has caused a serious imbalance in I/O and storage system pe...
Increasingly data-centric workloads have challenged and stressed each component of the modern tiered...
Data center storage systems of the future in Petabyte and Exabyte scale require very high performanc...