1Country Manager – ANZ, Spectra Logic, firstname.lastname@example.org
As high performance computing (HPC) environments, universities, and research organizations continually tests the limits of technology and require peak performance from their equipment, the volume of data created each day will continue to grow exponentially over time. It is essential for these organizations to consider future needs when examining storage options. Short-term fixes to store and manage data are appealing due to their low entry-point, but often worsen long-term storage challenges associated with performance, scalability, cost, and floor space. A future-looking data storage solution for HPC requires:
- A multi-tier architecture to disk, tape, and cloud
- Fully integrated clients that are easy to use and support the seamless transfer, sharing and publication of very large data sets from online, nearline and offline storage across diverse sites and systems
- The capability to plan for growth, scale incrementally, and span the entire data lifecycle
This presentation will go over the advantages of a fully integrated multi-tier HPC data storage architecture and how these types of solutions help organizations dealing with massive storage management push the boundaries of their operational objectives, providing cost-effective storage that meets all of their performance, growth, and environmental needs.
Figure 1: A multi-tier hybrid storage ecosystem
Michael Cocks is the Country Sales Manager for Spectra Logic in Australia and New Zealand. With more than 25 years of experience in the industry, Michael has held various roles within computing and data storage companies such as Silicon Graphics (SGI), Hitachi Data Systems (HDS), Olivetti and Spectra Logic. At Spectra, he manages relations with several customers in the Australia and NZ area, including Fox Sports, Foxtel, Weta Digital, Post Op Group, TVNZ, Australian Square Kilometre Array Pathfinder, Australian National University, UTAS, CSIRO and many others. Michael graduated from Southampton University in the UK where he studied Electronics Engineering.