In this podcast from the Swinburne University of Technology Astrophysics and Supercomputing series, Katherine Mack from the University of Melbourne presents: A Tour of the Universe and Selected Cosmic Mysteries.
The ClusterStor SDA is built on Seagate’s successful ClusterStor family of high performance storage solutions for HPC and Big Data, providing unmatched file system performance, optimized productivity and the HPC industry’s highest levels of efficiency, reliability, availability and serviceability. Taking full advantage of the Lustre file system, Seagate ClusterStor is designed for massive scale-out performance and capacity, with the ability to support from hundreds to tens-of-thousands of client compute nodes delivering data intensive workload throughput from several GB/sec to over 1TB/sec.
For about 40 years, developers and users could count on an increase in CPU performance that would make applications run faster. However, with the slowdown in constant clock rate increases being replaced by additional core counts and even more new instructions, rethinking algorithms, their use of the latest APIs, and using the latest compilers has become critical for the next generation of application performance enhancements.
Today GCS in Germany announced that their new Hornet supercomputer at HLRS is ready for extreme-scale computing challenges. “To test its mettle, Hornet successfully completed six “XXL-projects” from computationally demanding scientific fields such as planetary research, climatology, environmental chemistry, and aerospace. All six XXL Projects utilized all of Hornet’s available 94,646 compute cores–results that more than satisfied the HLRS HPC experts and scientific users.”