Seagate Announces New ClusterStorTM Engineered Solution for Lustre and ClusterStor Secure Data Appliances
Seagate Technology plc (NASDAQ:STX) , a world leader in storage solutions, today announced the next generation of its ClusterStorTM Engineered Solution for Lustre(R), offering up to 700% metadata performance improvements.
The benefits of this new solution begin with improved metadata performance and scalability by implementing the Distributed Namespace (DNE) features in the Lustre 2.5 parallel file system. In addition to the Base Metadata Management Server capability, ClusterStor customers will now have the option to add up to sixteen Lustre Distributed Namespace metadata servers per single file system, providing client metadata performance improvement of up to 700% and expanded scalability support for up to 16 billion files per file system. This next generation Seagate ClusterStor Engineered Solution for Lustre is the only fully engineered solution integrating all aspects of hardware, software and full Lustre support for the latest 2.5 version of the Lustre parallel file system.
Seagate ClusterStor Engineered Solutions for Lustre adds important new features to the Lustre parallel data storage file system used in high performance computing (HPC) environments, scaling from small workgroup clusters to large-scale computing clusters requiring storage support of up to 1TB/sec performance and up to 100s of PB storage capacity from a single file system. Updated features include scalability advancements to support larger computing clusters, improved security capabilities including government security compliance and ease of deployment for upcoming Lustre releases.
“We’re excited to implement Seagate’s latest version of the ClusterStor Engineered Solution for Lustre as part of our Cray Sonexion 2000 offering. We believe this will build upon and expand our already successful and productive partnership,” said Barry C. Bolding, Vice President, Marketing and Business Development, Cray Inc. “The emphasis Seagate is placing on HPC solutions means continued innovation for customers requiring data intensive computing and provides a solid framework for Cray’s Lustre parallel file system storage offering.”
Supporting a new Hierarchical Storage Management (HSM) framework, Seagate ClusterStor OEM, reseller partners and end users will be able to create and manage multi-tier disk-to-disk and disk-to-tape data migration solutions, which aid in reducing capital and operating expenditures, associated with prior labor-intensive data management procedure. By leveraging Seagate’s proven ClusterStor solution, partners will benefit through reduced investment risk, integration and support costs associated with new, major releases of the Lustre file system.
“Engineered for high-performance computing, Seagate’s HPC solution combines high-density storage enclosures, the operating system, hardware controllers, and the Lustre file system in a consolidated, scale-out high performance-computing storage platform. The award-winning Seagate HPC solution removes the complexities associated with deploying and maintaining traditional high-performance systems yielding faster time to results, ease of use, and world-class performance to meet mission-critical needs,” said Ken Claffey, Vice President of ClusterStor, Seagate Cloud Systems and Solutions. “The increased scalability, ease-of-management and improvements to Seagate ClusterStor Engineered Solutions for Lustre will be welcomed by our OEM partners and end users. We look forward to sharing these advancements with Seagate’s partners as well as our public and private sector communities during the Super Computing (SC14) conference in New Orleans.”
Seagate ClusterStorTM Secure Data Appliance Now Available
Today Seagate also announced the availability of the Seagate ClusterStor Secure Data Appliance (SDA). As part of this news, Seagate is announcing the ClusterStor SDA now includes Kerberos network authentication protocol as a foundation to enable symmetric-key cryptography. This provides the file system framework to enable encryption key management solutions based upon Kerberos to encrypt network data traffic between the compute client and storage system, ensuring an incremental level of security against insider threats. Specific attributes of SDA with Kerberos enablement include:
- ICD 503 Multi Level Security for Geospatial Imagery Data Capture and analytics
- Performance capability to capture and analyze large image file sizes providing faster time to results with increased decision support accuracy.
- Framework to enable customized compute client to disk encryption and key management solutions
Seagate ClusterStor SDA is the industry’s first compliant and secure scale-out parallel file system solution, providing the means to implement all the necessary Mandatory Access Control (MAC), explicit audit logging / tracking, encryption and support capabilities to enforce “least privilege” access control. Seagate ClusterStor SDA meets US government Intelligence Community Directive (ICD) 503 policies and related Director of Central Intelligence Directives (DCID 6/3 PL4) cross domain solution requirements. Seagate is exhibiting at SC14, November 16-21 in New Orleans during which it will demonstrate the next generation of Seagate ClusterStor Engineered Solutions for Lustre at booth 3239. Those interested in a meeting should contact a member of the Seagate team or stop by the booth during the event.
Seagate’s ClusterStor Engineered Solution for Lustre is currently available. Seagate ClusterStor SDA with Kerberos enablement is scheduled to be available in December 2014. For more information about availability or pricing visit Seagate Cloud Systems and Solutions www.seagate.com/css or contact an authorized OEM or reseller partner.
(c)2014 Seagate Technology LLC. All rights reserved. Printed in the United States of America. Seagate, Seagate Technology, Lustre, ClusterStor and the Wave logo are trademarks or registered trademarks of Seagate Technology LLC in t he United States and/or other countries. When referring to drive capacity, one terabyte, or TB, equals one thousand billion bytes. Your computer’s operating system may use a different standard of measurement and report a lower capacity. In addition, some of the listed capacity is used for formatting and other functions and will not be available for data storage. Actual data rates may vary depending on operating environment and other factors.
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