Mellanox Technologies a supplier of interconnect solutions for servers and storage systems, has announced that its end-to-end 10 and 40 Gigabit Ethernet interconnect solutions support the recently announced IBTA RoCEv2 specification. The RoCEv2 standard enables routing RDMA traffic across Layer 3 Ethernet networks to address the needs of today’s evolving hyperscale Web 2.0 and cloud deployments.
Researchers have shown that information stored in quantum bits can be exponentially compressed...
Electricity and magnetism rule our digital world. Semiconductors process electrical information...
IBM announced that Caris Life Sciences is using IBM technical computing and storage technology...
For centuries, scientific research has been about data, and as data in research continues to grow exponentially, so does the importance of how it’s stored. A key example of how the scientific field can tackle Big Data storage is DESY, a scientific research organization dedicated to providing scientists worldwide faster access to insights into samples, making optimal data management in a high-volume environment extremely critical.
FUJITSU Storage ETERNUS TR series is a storage system designed especially for use in large-scale virtualization environments. It is specially designed for the virtual integration of large-scale servers compatible with VMware, and for desktop-virtualization systems.
The National Science Foundation has awarded the University of Arkansas at Little Rock a $291,908 grant for the purchase of a high-performance data storage system that will be a first at this scale for higher education and research in Arkansas.
Silicon Mechanics, Inc. has launched four storage servers featuring end-to-end SAS3, including SAS3 controllers, backplanes, and drives, which allow for up to 12 gigabits per second (Gb/s) of throughput per port. Also available are two new SAS3 JBODs.
Cloud computing is not only the latest revolution in the Information and Communication Technology (ICT) world, but a key enhancer of innovation and economic development. Within the framework of the project CLOUDS, Madrid-based researchers have made crucial scientific advances in the state-of-the-art of cloud computing.
IBM announced it is collaborating with DESY, a national research center in Germany, to speed up management and storage of massive volumes of x-ray data. The planned Big Data and Analytics architecture can handle more than 20 gigabyte per second of data at peak performance and help scientists worldwide gain faster insights into the atomic structure of novel semiconductors, catalysts, biological cells and other samples.
Enabling Innovation and Discovery through Data-Intensive High Performance Cloud and Big Data InfrastructureJuly 29, 2014 2:34 pm | by George Vacek, DataDirect Networks | Blogs | Comments
As the size and scale of life sciences datasets increases — think large-cohort longitudinal studies with multiple samples and multiple protocols — so does the challenge of storing, interpreting and analyzing this data. Researchers and data scientists are under increasing pressure to identify the most relevant and critical information within massive and messy data sets, so they can quickly make the next discovery.
Interest in magnetic random access memory (MRAM) is escalating, thanks to demand for fast, low-cost, nonvolatile, low-consumption, secure memory devices. MRAM, which relies on manipulating the magnetization of materials for data storage rather than electronic charges, boasts all of these advantages as an emerging technology, but so far it hasn't been able to match flash memory in terms of storage density.
IBM is announcing a new software defined storage-as-a-service on IBM SoftLayer, code named Elastic Storage on Cloud, that gives organizations access to a fully-supported, ready-to-run storage environment, which includes SoftLayer bare metal resources and high performance data management and allows organizations to move data between their on-premise infrastructure and the cloud.
The storage capacity of hard drives is increasing explosively, but the speed with which all that data can be written has reached its limits. Researchers presented a promising new technology which potentially allows data to be stored 1,000 times as fast in Nature Communications. The technology, in which ultra-short laser pulses generate a ‘spin current,’ also opens the way to future optical computer chips.
Cellphone metadata has been in the news quite a bit lately, but the National Security Agency isn’t the only organization that collects information about people’s online behavior. Newly downloaded cellphone apps routinely ask to access your location information, your address book or other apps and, of course, Web sites like Amazon or Netflix track your browsing history in the interest of making personalized recommendations.
In nearly every field of science, experiments, instruments, observations, sensors, simulations, and surveys are generating massive data volumes that grow at exponential rates. Discoverable, shareable data enables collaboration and supports repurposing for new discoveries — and for cross-disciplinary research enabled by exchange across communities that include both scientists and citizens.
ThinkParQ and Q-Leap Networks have announced a close partnership to deliver scalable storage solutions to their customers that are easy to deploy and operate. Based on the parallel filesystem BeeGFS and the cluster OS Qlustar, this will enable customers to build extremely fast storage for a wide range of workloads.
At the 2014 International Supercomputing Conference in Leipzig, Germany, global supercomputer leader Cray Inc. has announced the launch of a new data management and protection solution for Lustre file systems. This new capability is designed to simplify the management and preservation of data stored on Lustre, using Cray Tiered Adaptive Storage (TAS).
The recent PRACE Days conference in Barcelona provided powerful reminders that massive data doesn't always become big data — mainly because moving and storing massive data can cost massive money. PRACE is the Partnership for Advanced Computing in Europe, and the 2014 conference was the first to bring together scientific and industrial users of PRACE supercomputers located in major European nations.
It is the breakthrough that physicists and chemists around the world have long anticipated, and it will play a pivotal role in information technology in coming years. Researchers have managed, for the first time, to directly observe the 100-percent spin polarization of a Heusler compound. The physicists at Mainz University have demonstrated that the Heusler compound Co2MnSi has the necessary electronic properties.
The University of California, Santa Cruz, (UCSC) is advancing astrophysics research using a high-performance storage solution — Dell | Terascala HPC Storage Solution (DT-HSS) — part of Hyades, the university’s powerful astrophysics supercomputer installed in 2013.
The SSG-5018A-A(R/S)12L SuperStorage Server is a compact specialized storage server designed to minimize power consumption and reduce cooling requirements by spinning down or powering off idle drives and managing data streams via Supermicro’s compact, low-power Intel Atom C2750-based serverboard for cold storage.
IBM researchers announced they have demonstrated a new record of 85.9 billion bits of data per square inch in areal data density on low-cost linear magnetic particulate tape — a significant update to one of the computer industry's most resilient data storage technologies for Big Data.
Elastic Storage is capable of reducing storage costs up to 90 percent by automatically moving data onto the most economical storage device. The technology allows enterprises to exploit the exploding growth of data in a variety of forms generated by devices, sensors, business processes and social networks.
Icebreaker HPC is a family of highly scalable, high performance file-system solutions based on EMC VNX and EMC Isilon storage. Currently available with either Lustre or NFS file-systems, the family integrates EMC VNX and Isilon platforms with Penguin standard rack infrastructure in a form factor that allows the easy addition of other HPC solutions.
Supermicro 42U rack object-based storage clusters feature end-to-end 10GbE interconnectivity across triple redundant 1U Monitor nodes and compute/capacity balanced 3.5” HDD/SSD storage servers in 2U 12x bay, 4U 36x bay and 4U 72x bay configurations.
Chris Catherasoo has broad expertise in state-of-the-art supercomputers, high-end visualization systems, high-performance storage and networking, including hardware, software, scheduling and operations. Technical expertise in numerical methods and algorithm development, and in software design and development, including programming (Fortran and C), code testing and validation, configuration control and documentation.
Silicon Mechanics announces their adoption of NexentaStor 4.0, the next generation of Software Defined Storage (SDS) solution from partner Nexenta. Nexenta's SDS solution is a key building block of the Software Defined Data Center and one that is helping companies' transition away from massively expensive storage systems.
Technology Academy Finland (TAF) has declared innovator Prof. Stuart Parkin as winner of the 2014 Millennium Technology Prize, the prominent award for technological innovation. Parkin receives the Prize in recognition of his discoveries, which have enabled a thousand-fold increase in the storage capacity of magnetic disk drives. Parkin’s innovations have led to a huge expansion of data acquisition and storage capacities
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