architecture

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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: 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: Jun 05, 2014
As new research and engineering environments are expanded to include more powerful computers to run increasingly complex computer simulations, the management of these heterogeneous computing environments continues to increase in complexity as well. Integrated solutions that include the Intel® Many Integrated Cores (MIC) architecture can dramatically boost aggregate performance for highly-parallel applications.
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     IBM
By: SGI     Published Date: Mar 03, 2015
The SGI UV system is uniquely suited for bioinformatics and genomics by providing the computational capabilities and global shared memory architecture needed for even the most demanding sequencing and analytic tasks, including post sequencing and other data intensive workflows. Because of the systems outstanding speed and throughput, genomics researchers can perform very large jobs in less time, realizing a dramatically accelerated time-to-solution. And best of all, they can explore avenues of research that were computationally beyond the reach of HPC systems lacking the power and in-memory capabilities of the SGI UV.
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     SGI
By: IBM     Published Date: May 20, 2015
The latest generation of highly scalable HPC clusters is a game changer for design optimization challenges. HPC clusters, built on a modular, multi-core x86 architecture, provide a cost effective and accessible platform on which to conduct realistic simulation compared with the “big iron” HPC systems of the past or with the latest workstation models. This paper provides 6 steps to making clusters a reality for any business.
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     IBM
By: Seagate     Published Date: Sep 30, 2015
In all things, but especially in high-performance computing (HPC), the details matter. In HPC, the most important detail is drive efficiency, especially when analyzing storage performance. This fundamental metric is easy to calculate and can have a huge impact on HPC storage performance. In this guide, we’ll look at why conventional HPC storage architectures do so poorly at drive-level throughput and what that means to an organization’s ability to realize the full potential of its HPC investments. We’ll also explain why ClusterStor™ from Seagate® excels in this arena.
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     Seagate
By: Seagate     Published Date: Sep 30, 2015
In all things, but especially in high-performance computing (HPC), the details matter. In HPC, the most important detail is drive efficiency, especially when analyzing storage performance. This fundamental metric is easy to calculate and can have a huge impact on HPC storage performance. In this guide, we’ll look at why conventional HPC storage architectures do so poorly at drive-level throughput and what that means to an organization’s ability to realize the full potential of its HPC investments. We’ll also explain why ClusterStor™ from Seagate® excels in this arena.
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     Seagate
By: InsideHPC Special Report     Published Date: Sep 04, 2013
The recently launched Mellanox Connect-IB™ InfiniBand adapter introduced a novel high-performance and scalable architecture for high-performance clusters. The architecture was designed from the ground up to provide high performance and scalability for the largest supercomputers in the world, today and in the future.
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     InsideHPC Special Report
By: IBM     Published Date: Nov 14, 2014
The latest generation of highly scalable HPC clusters is a game changer for design optimization challenges. HPC clusters, built on a modular, multi-core x86 architecture, provide a cost effective and accessible platform on which to conduct realistic simulation compared with the “big iron” HPC systems of the past or with the latest workstation models. This paper provides 6 steps to making clusters a reality for any business.
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     IBM
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: Panasas     Published Date: Oct 02, 2014
HPC and technical computing environments require the collection, storage,and transmission of large-scale datasets. To meet these demands, datacenter architects must consider how increasing storage capacity over time will affect HPC workloads, performance, and system availability. While many enterprises have looked to scale-up NAS to meet their storage needs, this approach can lead to data islands that make it difficult to share data. Distributed, scale-out storage was developed to get around the technology limitations of scale-up NAS architectures.
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     Panasas
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: Cisco     Published Date: Sep 27, 2019
The new Cisco Catalyst 9000 switching family is the next generation in the legendary family of enterprise LAN access, aggregation, and core switches. Read on to find out more about t Catalyst 9200 Series Switches.
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     Cisco
By: Cisco     Published Date: Sep 27, 2019
The StackWise-480 architecture allows stacking of up to eight switches in a ring topology to achieve 480G of stack bandwidth. The latest Cisco Catalyst 9300 Series Switches support StackWise-480. This technology is flexible, modular, and evolutionary, and it delivers Cisco IOS XE feature capabilities with hardware acceleration to every port in the stack.
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     Cisco
By: Nutanix     Published Date: Aug 22, 2019
Organizations can now fully automate hybrid cloud architecture deployments, scaling both multitiered and distributed applications across different cloud environments, including Amazon Web Services (AWS) and Google Cloud Platform (GCP). Ready to learn more about hyperconverged infrastructure and the Nutanix Enterprise Cloud? Contact us at info@nutanix.com, follow us on Twitter @nutanix, or send us a request at www.nutanix.com/demo to set up your own customized briefing and demonstration to see how validated and certified solutions from Nutanix can help your organization make the most of its enterprise applications.
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     Nutanix
By: Gigamon     Published Date: Sep 03, 2019
The IT pendulum is swinging to distributed computing environments, network perimeters are dissolving, and compute is being distributed across various parts of organizations’ infrastructure—including, at times, their extended ecosystem. As a result, organizations need to ensure the appropriate levels of visibility and security at these remote locations, without dramatically increasing staff or tools. They need to invest in solutions that can scale to provide increased coverage and visibility, but that also ensure efficient use of resources. By implementing a common distributed data services layer as part of a comprehensive security operations and analytics platform architecture (SOAPA) and network operations architecture, organizations can reduce costs, mitigate risks, and improve operational efficiency.
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     Gigamon
By: Gigamon     Published Date: Sep 03, 2019
Network operations teams can no longer ignore the application layer. Application experience can make or break a digital enterprise, and today most enterprises are digital. To deliver optimal performance, network operations tools must be application-aware. However, application-awareness in the network and security tool layer is expensive and difficult to scale. Enterprises can mitigate these challenges with a network visibility architecture that includes application-aware network packet brokers (NPBs). EMA recommends that today’s network operations teams modernize their approach with full application visibility. EMA research has found that network teams are increasingly focused on directly addressing security risk reduction, service quality, end-user experience, and application performance. All of these new network operations benchmarks will require deeper application-level visibility. For instance, a network team focused on service quality will want to take a top-down approach to perfo
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     Gigamon
By: Gigamon     Published Date: Sep 03, 2019
Network performance and security are vital elements of any business. Organisations are increasingly adopting virtualisation and cloud technologies to boost productivity, cost savings and market reach. With the added complexity of distributed network architectures, full visibility is necessary to ensure continued high performance and security. Greater volumes of data, rapidlyevolving threats and stricter regulations have forced organisations to deploy new categories of security tools, e.g. Web Access Firewalls (WAFs) or Intrusion Prevention Systems (IPS). Yet, simply adding more security tools may not always be the most efficient solution.
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     Gigamon
By: Intel     Published Date: Sep 25, 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: Sep 25, 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: Juniper Networks     Published Date: Sep 26, 2019
"Enterprises throughout the world are rapidly digitizing their operations and adopting a multicloud environment. Unfortunately, legacy WAN architecture models often do not provide the scale, flexibility or agility required to support this transition. Enter SD-WAN. No single platform will be able to deliver every piece in the jigsaw for every type of enterprise and every application-specific set of requirements. The key is to select vendor partners whose platforms are sufficiently open, modular and comprehensive in their functionality and components that they will be able to adapt to enterprises’ increasingly varied, flexible and exacting networking and compute requirements going forward. Only by doing so will they secure the ability to stay ahead in a multicloud future."
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     Juniper Networks
By: Cisco Umbrella EMEA     Published Date: Aug 08, 2019
“We ruled out Zscaler due to its overly complex architecture and PAC file requirements. The ongoing management would have been a nightmare.” - Marc Tournier, Information Security and Compliance Manager (CISO), Avril Group
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     Cisco Umbrella EMEA
By: Tricentis     Published Date: Aug 19, 2019
The way that we develop and deliver software has changed dramatically in the past 5 years—but the metrics we use to measure quality remain largely the same. Despite seismic shifts in business expectations, development methodologies, system architectures, and team structures, most organizations still rely on quality metrics that were designed for a much different era. Every other aspect of application delivery has been scrutinized and optimized as we transform our processes for DevOps. Why not put quality metrics under the microscope as well? Are metrics like number of automated tests, test case coverage, and pass/fail rate important in the context of DevOps, where the goal is immediate insight into whether a given release candidate has an acceptable level of risk? What other metrics can help us ensure that the steady stream of updates don’t undermine the very user experience that we’re working so hard to enhance? To provide the DevOps community an objective perspective on what quality
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     Tricentis
By: Intel     Published Date: Sep 27, 2019
The stakes are high in today's data centers. Organisations have access to massive quantities of data promising valuable insights and new opportunities for business. But data center architects need to rethink and redesign their system architectures to ingest, store and process all that information. Similarly, application owners need to assess how they can process data more effectively. Those who don't re-architect might find themselves scrambling just to keep from being drowned in a data deluge.
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     Intel
By: Intel     Published Date: Sep 30, 2019
Mountains of data promise valuable insights and innovation for businesses that rethink and redesign their system architectures. But companies that don’t re-architect might find themselves scrambling just to keep from being buried in the avalanche of data. The problem is not just in storing raw data, though. For businesses to stay competitive, they need to quickly and cost-effectively access and process all that data for business insights, research, artificial intelligence (AI), and other uses. Both memory and storage are required to enable this level of processing, and companies struggle to balance high costs against limited capacities and performance constraints. The challenge is even more daunting because different types of memory and storage are required for different workloads. Furthermore, multiple technologies might be used together to achieve the optimal tradeoff in cost versus performance. Intel is addressing these challenges with new memory and storage technologies that emp
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     Intel
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