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By: Cray     Published Date: Jul 02, 2015
The Cray XC series is a distributed memory system developed as part of Cray’s participation in the Defense Advanced Research Projects Agency’s (DARPA) High Productivity Computing System (HPCS) program. Previously codenamed “Cascade,” the Cray XC system is capable of sustained multi-petaflops performance and features a hybrid architecture combining multiple processor technologies, a high performance network and a high performance operating system and programming environment.
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     Cray
By: Intel     Published Date: Aug 06, 2014
Powering Big Data Workloads with Intel® Enterprise Edition for Lustre* software The Intel® portfolio for high-performance computing provides the following technology solutions: • Compute - The Intel® Xeon processor E7 family provides a leap forward for every discipline that depends on HPC, with industry-leading performance and improved performance per watt. Add Intel® Xeon Phi coprocessors to your clusters and workstations to increase performance for highly parallel applications and code segments. Each coprocessor can add over a teraflop of performance and is compatible with software written for the Intel® Xeon processor E7 family. You don’t need to rewrite code or master new development tools. • Storage - High performance, highly scalable storage solutions with Intel® Enterprise Edition for Lustre* software and Intel® Xeon Processor E7 based storage systems for centralized storage. Reliable and responsive local storage with Intel® Solid State Drives. • Networking - Intel® True Scale Fabric and Networking technologies – Built for HPC to deliver fast message rates and low latency. • Software and Tools: A broad range of software and tools to optimize and parallelize your software and clusters.
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     Intel
By: InsideHPC Special Report     Published Date: Aug 17, 2016
A single issue has always defined the history of HPC systems: performance. While offloading and co-design may seem like new approaches to computing, they actually have been used, to a lesser degree, in the past as a way to enhance performance. Current co-design methods are now going deeper into cluster components than was previously possible. These new capabilities extend from the local cluster nodes into the “computing network.”
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     InsideHPC Special Report
By: IBM     Published Date: Sep 02, 2014
This brief webcast will cover the new and enhanced capabilities of Elastic Storage 4.1, including native encryption and secure erase, flash-accelerated performance, network performance monitoring, global data sharing, NFS data migration and more. IBM GPFS (Elastic storage) may be the key to improving your organization's effectiveness and can help define a clear data management strategy for future data growth and support.
Tags : ibm, elastic storage
     IBM
By: IBM     Published Date: Sep 16, 2015
6 criteria for evaluating a high-performance cloud services providers Engineering, scientific, analytics, big data and research workloads place extraordinary demands on technical and high-performance computing (HPC) infrastructure. Supporting these workloads can be especially challenging for organizations that have unpredictable spikes in resource demand, or need access to additional compute or storage resources for a project or to support a growing business. Software Defined Infrastructure (SDI) enables organizations to deliver HPC services in the most efficient way possible, optimizing resource utilization to accelerate time to results and reduce costs. SDI is the foundation for a fully integrated environment, optimizing compute, storage and networking infrastructure to quickly adapt to changing business requirements, and dynamically managing workloads and data, transforming a s
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     IBM
By: IBM     Published Date: Sep 16, 2015
Learn how organizations in cancer research, speech recognition, financial services, automotive design and more are using IBM solutions to improve business results. IBM Software Defined Infrastructure enables organizations to deliver IT services in the most efficient way possible, leveraging resource utilization to accelerate time to results and reduce costs. It is the foundation for a fully integrated software defined environment, optimizing compute, storage and networking infrastructure so organizations can quickly adapt to changing business requirements.
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     IBM
By: Seagate     Published Date: Sep 30, 2015
Although high-performance computing (HPC) often stands apart from a typical IT infrastructure—it uses highly specialized scale-out compute, networking and storage resources—it shares with mainstream IT the ability to push data center capacity to the breaking point. Much of this is due to data center inefficiencies caused by HPC storage growth. The Seagate® ClusterStor™ approach to scale-out HPC storage can significantly improve data center efficiency. No other vendor solution offers the same advantages.
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     Seagate
By: IBM     Published Date: Feb 13, 2015
Value is migrating throughout the IT industry from hardware to software and services. High Performance Computing (HPC) is no exception. IT solution providers must position themselves to maximize their delivery of business value to their clients – particularly industrial customers who often use several applications that must be integrated in a business workflow. This requires systems and hardware vendors to invest in making their infrastructure “application ready”. With its Application Ready solutions, IBM is outflanking competitors in Technical Computing and fast-tracking the delivery of client business value by providing an expertly designed, tightly integrated and performance optimized architecture for several key industrial applications. These Application Ready solutions come with a complete high-performance cluster including servers, network, storage, operating system, management software, parallel file systems and other run time libraries, all with commercial-level solution s
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     IBM
By: General Atomics     Published Date: Jan 13, 2015
The term “Big Data” has become virtually synonymous with “schema on read” (where data is applied to a plan or schema as it is ingested or pulled out of a stored location) unstructured data analysis and handling techniques like Hadoop. These “schema on read” techniques have been most famously exploited on relatively ephemeral human-readable data like retail trends, twitter sentiment, social network mining, log files, etc. But what if you have unstructured data that, on its own, is hugely valuable, enduring, and created at great expense? Data that may not immediately be human readable or indexable on search? Exactly the kind of data most commonly created and analyzed in science and HPC. Research institutions are awash with such data from large-scale experiments and extreme-scale computing that is used for high-consequence
Tags : general atomics, big data, metadata, nirvana
     General Atomics
By: HPE     Published Date: Jul 21, 2016
Deep learning is a method of creating artificial intelligence systems that combine computer-based multi-layer neural networks with intensive training techniques and large data sets to enable analysis and predictive decision making. A fundamental aspect of deep learning environments is that they transcend finite programmable constraints to the realm of extensible and trainable systems. Recent developments in technology and algorithms have enabled deep learning systems to not only equal but to exceed human capabilities in the pace of processing vast amounts of information
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     HPE
By: Data Direct Networks     Published Date: Dec 31, 2015
Using high performance parallel storage solutions, geologists and researchers can now incorporate larger data sets and execute more seismic and reservoir simulations faster than ever before, enabling higher fidelity geological analysis and significantly reduced exploration risk. With high costs of exploration, oil and gas companies are increasingly turning to high performance DDN storage solutions to eliminate I/O bottlenecks, minimize risk and costs, while delivering a larger number of higher fidelity simulations in same time as traditional storage architectures.
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     Data Direct Networks
By: Data Direct Networks     Published Date: Dec 31, 2015
Parallelism and direct memory access enable faster and more accurate SAS analytics using Remote Direct Memory Access based analytics and fast, scalable,external disk systems with massively parallel access to data, SAS analytics driven organizations can deliver timely and accurate execution for data intensive workfl ows such as risk management, while incorporating larger datasets than using traditional NAS.
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     Data Direct Networks
By: Data Direct Networks     Published Date: Dec 31, 2015
When it comes to generating increasingly larger data sets and stretching the limits of high performance computing (HPC), the fi eld of genomics and next generation sequencing (NGS) is in the forefront. The major impetus for this data explosion began in 1990 when the U.S. kicked off the Human Genome Project, an ambitious project designed to sequence the three billion base pairs that constitute the complete set of DNA in the human body. Eleven years and $3 billion later the deed was done. This breakthrough was followed by a massive upsurge in genomics research and development that included rapid advances in sequencing using the power of HPC. Today an individual’s genome can be sequenced overnight for less than $1,000.
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     Data Direct Networks
By: Cisco EMEA     Published Date: Oct 01, 2019
Small businesses are the backbone of every country’s workforce and arguably the hardest working. They create the most jobs and deliver growth – usually without the tools, resources, and support that larger enterprises take for granted – particularly in their use of technology
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     Cisco EMEA
By: Cisco     Published Date: Sep 27, 2019
Check out this infographic that illustrates how Cisco’s subscription-based software is designed to make networking simple.
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     Cisco
By: F5 Networks Singapore Pte Ltd     Published Date: Sep 09, 2019
Tech advances like the cloud, mobile technology, and the app-based software model have changed the way today’s modern business operates. They’ve also changed the way criminals attack and steal from businesses. Criminals strive to be agile in much the same way that companies do. Spreading malware is a favorite technique among attackers. According to the 2019 Data Breach Investigations Report, 28% of data breaches included malware.¹ While malware’s pervasiveness may not come as a surprise to many people, what’s not always so well understood is that automating app attacks—by means of malicious bots —is the most common way cybercriminals commit their crimes and spread malware. It helps them achieve scale.
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     F5 Networks Singapore Pte Ltd
By: F5 Networks Singapore Pte Ltd     Published Date: Sep 09, 2019
Have you ever wished for an army of clones to do all your thankless tasks and chores? Well, that fantasy is becoming a reality—at least on the Internet. And while they may not be actual clones, bots have begun doing lots of digital dirty work. Managing your relationship with bots—good and bad—has become an inherent part of doing business in a connected world. With more than half of online traffic initiated by autonomous programs, it’s clear that bots are a driving force of technological change, and they’re here to stay.¹ As bot technology, machine learning, and AI continue to evolve, so will the threats they pose. And while some bots are good, many are malicious—and the cybercriminals behind them are targeting your apps. Preparing your organization to deal with the impact of bots on your business is essential to developing a sustainable strategy that will enable you to grow as you adapt to the new bot-enabled world.
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     F5 Networks Singapore Pte Ltd
By: F5 Networks Singapore Pte Ltd     Published Date: Sep 09, 2019
Safeguarding the identity of users and managing the level of access they have to critical business applications could be the biggest security challenge organizations face in today’s assumed breach world.
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     F5 Networks Singapore Pte Ltd
By: SAP EMEA Global     Published Date: Aug 23, 2019
A network of digital twins visually communicates information about products, manufacturing, supply chain, service, and customers for program, scenario, and role-based analysis, and ultimately better collaboration across your business network.
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     SAP EMEA Global
By: Intel     Published Date: Aug 26, 2019
While NFV remains both technically and business relevant today, many communications service providers (CoSPs) have found implementation very complex. NFV implementation will require further evolution in order to fully address operational and business requirements. This white paper reviews factors currently driving the network virtualization evolution and examines the impact of adopting an innovative model based on software and hardware disaggregation.
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     Intel
By: Intel     Published Date: Aug 26, 2019
Distributed cloud architectures will play an important role in Communication Service Providers’ network transformations. The distributed cloud will be made of numerous edge locations, from the customer premises to mobile base stations to central offices, each of which has its benefits and constraints. CSPs will need to consider attributes such as performance, availability, security, integration, and data and traffic volume to optimize the infrastructure for a myriad of workloads. Learn more about Heavy Reading’s survey results on CSPs adopting a distributed cloud strategy and delivering new services in this white paper.
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     Intel
By: Intel     Published Date: Aug 26, 2019
5G services will place greater demands on the network in terms of peak data rates, connection density, and more. Learn how CoSPs are getting ready for 5G and how Intel® architecture is helping accelerate network transformation.
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     Intel
By: F5 Networks Singapore Pte Ltd     Published Date: Sep 19, 2019
"Security analysts have a tougher job than ever. New vulnerabilities and security attacks used to be a monthly occurrence, but now they make the headlines almost every day. It’s become much more difficult to effectively monitor and protect all the data passing through your systems. Automated attacks from bad bots that mimic human behavior have raised the stakes, allowing criminals to have machines do the work for them. Not only that, these bots leave an overwhelming number of alert bells, false positives, and inherent stress in their wake for security practitioners to sift through. Today, you really need a significant edge when combating automated threats launched from all parts of the world. Where to start? With spending less time investigating all that noise in your logs."
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     F5 Networks Singapore Pte Ltd
By: F5 Networks Singapore Pte Ltd     Published Date: Sep 19, 2019
"Every kind of online interaction—website visits, API calls to mobile apps, and others—is being attacked by bots. Whether it's fraud, scraping, spam, DDoS, espionage, shilling, or simply altering your SEO ranking, bots are wreaking havoc on websites as well as mobile and business applications. But that’s not all: they’re also messing with your business intelligence (BI). They can skew audience metrics, customer journeys and even ad buys, making business decisions questionable and costly. According to Forrester, ad fraud alone was set to exceed $3.3 billion in 2018. Not all bots are bad. In fact, your business depends on them. Search engine bots, for example, give your web presence visibility and authority online. Other good bots help you deliver better customer experiences—perhaps a chatbot provides instant customer assistance on your site. What’s important is enabling the good bots and blocking the bad ones."
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     F5 Networks Singapore Pte Ltd
By: F5 Networks Singapore Pte Ltd     Published Date: Sep 19, 2019
"The fast pace of innovation demanded by today’s digital businesses challenges traditional processes for the deployment and governance of application delivery and supporting infrastructure. To address the increased pace of change, many organizations are transforming by adopting DevOps: a set of practices which employs continuous integration processes, breaking down the silos between development and operations teams. As cycle times accelerate, and development teams adopt more Agile delivery methodologies, the traditional model for application security can be a drag on the speed and agility inherent in a continuous integration process. This creates a natural friction. Security teams can be perceived as slowing down or blocking delivery. At the same time, however, the apps are exposed to significant threats. The goal of continuous integration is to deliver more frequent releases with more new capabilities to market, faster. It’s all about speed."
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     F5 Networks Singapore Pte Ltd
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