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Video: DSSD Scalable High Performance FLASH Systems

Jeff Bonwick from EMC DSSD presented this talk at the MSST conference. “Jeff Bonwick is co-founder and CTO of DSSD, where he co-invented both the system hardware architecture and the Flood software stack. His talk will focus on extracting maximum performance from flash at scale. Jeff has a long history of developing at-scale storage starting with leading the team that developed the ZFS filesystem, which powers Oracle’s ZFS storage line as well as numerous startups including Nexenta, Delphix, Joyent, and Datto.”

Video: SGI Production Supercomputing

Mark Seamans from SGI presented this talk at the HPC User Forum in Tucson. “As the trusted leader in high performance computing, SGI helps companies find answers to the world’s biggest challenges. Our commitment to innovation is unwavering and focused on delivering market leading solutions in Technical Computing, Big Data Analytics, and Petascale Storage. Our solutions provide unmatched performance, scalability and efficiency for a broad range of customers.”

Building Efficient HPC Clouds with MVAPICH2 and OpenStack over SR-IOV Enabled InfiniBand Clusters

“Single Root I/O Virtualization (SR-IOV) technology has been steadily gaining momentum for high-performance interconnects such as InfiniBand. SR-IOV can deliver near native performance but lacks locality-aware communication support. This talk presents an efficient approach to build HPC clouds based on MVAPICH2 over OpenStack with SR-IOV. We discuss the high-performance design of virtual machine-aware MVAPICH2 library over OpenStack-based HPC Clouds with SR-IOV. A comprehensive performance evaluation with micro-benchmarks and HPC applications has been conducted on an experimental OpenStack-based HPC cloud and Amazon EC2. The evaluation results show that our design can deliver near bare-metal performance.”

Interview: Jeff Bonwick on the Secret Sauce behind DSSD

We caught up Jeff Bonwick from DSSD to learn more about their exciting storage technology for HPC. “Our mission statement was four words: fastest storage on earth. That was our singular goal from day one, which gave the team incredible focus and clarity. Whenever we had to make a tradeoff between performance and something else, performance always won. Always. And it just so happens that when you aim for performance, density comes along for the ride because the more flash chips you have working in parallel, the faster it goes.”

Panasas Joins IRODS Consortium to Bolster Life Sciences

Today Panasas announced that it has joined the iRODS Consortium as a contributing member. The iRODS Consortium leads development and support of the Integrated Rule-Oriented Data System (iRODS), free open source software for data discovery, workflow automation, secure collaboration, and data virtualization.

Interview: Moving Beyond POSIX with the new MarFS Object Storage Project

“We wanted to get away from the complexity of POSIX for data, yet retain the parts of POSIX that people are used to (metadata manipulation). By divorcing ourselves from the complications of ensuring a completely POSIX data flow, we can massively simplify the data movement and storage mechanisms. MarFS lets us retain the parts of POSIX that users appreciate for data management (chown, chmod, rename, mv, etc) without inheriting the complexity of managing POSIX semantics for data manipulation. By treating the data as essentially immutable, we can leverage the very simple PUT/GET/DELETE semantics of “cloudy” data storage systems to scale out storage with ease.”

Video: HPC Trends from the Trenches at Bio-IT World

In this video, Chris Dagdigian from Bioteam delivers his annual assessment of the best, the worthwhile, and the most overhyped information technologies for life sciences at the 2016 Bio-IT World Conference & Expo in Boston. “The presentation tries to recap the prior year by discussing what has changed (or not) around infrastructure, storage, computing, and networks. This presentation will help scientists, leadership and IT professionals understand the basic topics involved in supporting data intensive science.”

University of Iceland Unveils Lenovo Supercomputer

Today the University of Iceland unveiled a new supercomputer that will boost research in a range of scientific areas. Manufactured by Lenovo, the cluster was funded by the Research Infrastructure Fund Iceland with matching funds from the University of Iceland, Reykjavik University.

Ohio Supercomputer Center Names New Cluster after Jesse Owens

The Ohio Supercomputer Center has named its newest HPC cluster after Olympic champion Jesse Owens. The new Owens Cluster will be powered by Dell PowerEdge servers featuring the new Intel Xeon processor E5-2600 v4 product family, include storage components manufactured by DDN, and utilize interconnects provided by Mellanox. “Our newest supercomputer system is the most powerful that the Center has ever run,” ODHE Chancellor John Carey said in a recent letter to Owens’ daughters. “As such, I thought it fitting to name it for your father, who symbolizes speed, integrity and, most significantly for me, compassion as embodied by his tireless work to help youths overcome obstacles to their future success. As a first-generation college graduate, I can relate personally to the value of mentors in the lives of those students.”

Call for Papers: New York Scientific Data Summit

The New York Scientific Data Summit (NYSDS) has issued its Call for Papers. The event takes place August 14-17 in New York City.