Xcellis Scale-out NAS Delivers Performance Advantage for HPC Workflows
Quantum offerings featured at booth #C-1111 include high-performance Xcellis scale-out storage appliances to support data-intensive processing workflows, and StorNext HSM for automated migration of extremely large data sets to cost-effective storage tiers such as tape, object storage and the cloud. The company will also feature new technology alliances to expand the number of environments and use cases that can take advantage of Quantum’s storage solutions. In addition, Quantum speakers Laura Shepard and Jason Coari will present at two sessions addressing storage solutions to the challenges facing HPC environments.
“As storage requirements for sensor generated data, scientific research and advanced supercomputing resources evolve, Quantum continues to invest in a solution stack and technology ecosystem to manage the largest file counts and most demanding storage environments on the globe,” said Molly Presley, vice president, product management and global marketing at Quantum. “By providing advanced data management for cost-effective archiving, as well as low-latency, high-performance storage in one end-to-end global namespace, Quantum offers significant value to customers seeking a unified and balanced storage solution.”
Quantum will demonstrate how StorNext-powered Xcellis Scale-out NAS storage solutions provide integrated data protection and policy-driven tiering for large data sets, as well as industry-leading high performance for data intensive workflows. Recent testing shows Xcellis can deliver streaming performance to a single NFS client at 2.1 GB/s, and up to 4.8GB/s to a single distributed LAN client over a 40GbE network. For a client accessing a single Xcellis Scale-out NAS appliance over two 100-GbE connections — where the data path between client and storage is direct to NVMe storage presented by NVMesh as block-level devices — peak performance through the file system was recorded at 17 GB/s, outperforming enterprise-class NAS providers and NAS-focused startups for HPC projects.