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Results 176 - 200 of 492Sort Results By: Published Date | Title | Company Name
Published By: Rackspace     Published Date: Mar 28, 2018
Before moving workloads to Google Cloud, every company needs to consider its own unique set of business, IT and institutional circumstances
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Rackspace
Published By: Rackspace     Published Date: Apr 05, 2018
Before moving workloads to Google Cloud Platform, you need to consider your own unique set of business and IT needs
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Rackspace
Published By: Hewlett Packard Enterprise     Published Date: Sep 25, 2017
Solid state storage is increasingly deployed in all sizes of datacenters, from the small and medium business to the large enterprise. It comes in many forms including hybrid arrays, direct attached drives, PCIe flash and accelerators that fit somewhere in between servers and storage. With the price of flash continuing to drop, hybrid storage is becoming more compelling to the small and medium business for critical computing applications such as databases and day-to-day operational computing.
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Hewlett Packard Enterprise
Published By: Carbonite     Published Date: Oct 10, 2018
Not long ago, the biggest concern for IT decision makers considering moving workloads to the cloud was security. That’s no longer the case. Today, the main obstacle to cloud adoption is different but familiar: the pain of migrating data.
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Carbonite
Published By: Cohesity     Published Date: Apr 24, 2018
As organizational needs change and workloads become increasingly distributed, a key realization is emerging: traditional approaches to backup and recovery may no longer be sufficient for many organizations. These companies may have discovered that their existing tools are not keeping pace with other advancements in their computing environments, such as scale-out storage systems and hyperconverged systems, which seek to reduce data center complexity and help manage surging storage costs.
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Cohesity
Published By: Cohesity     Published Date: Oct 02, 2018
Public cloud expansion will continue to see double digit growth over the next five years according to IDC. Making the public cloud interoperable with on-premises solutions needs to be part of your hybrid cloud strategy for secondary data workloads. Legacy solutions, however weren’t architected with the cloud in mind. They require use of cloud gateways and don’t scale well in the cloud. Cohesity integrates with Amazon Web Services, Microsoft Azure, and Google Cloud Platform to extend your on-premises data protection solution to these public cloud services. Our built-in cloud capabilities give you flexibility to use the cloud for multiple use cases. Download the solution brief for more details.
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solution, brief, enterprise, grade, capabilities, public, cloud, data
    
Cohesity
Published By: Turbonomic     Published Date: Oct 02, 2018
Microsoft Azure is a public cloud platform featuring powerful on-demand infrastructure and solutions for building and deploying applications workloads as well as a wide variety of IT and application services. You can use Azure as a public cloud provider and as a hybrid extension to existing on-premises infrastructure. Organizations that use Microsoft solutions on-premises are able to extend their infrastructure and operational processes to Azure. With the growing popularity of Azure, today’s systems administrators need to acquire and strengthen their skills on this fast-growing public cloud platform. In this guide we explore the Azure public cloud platform with a focus on the Infrastructure-as-a-Service (IaaS) features. We cover general architectural features of the Azure cloud including geographic regions, availability zones, and Service Level Agreements (SLAs) attached to the core Azure IaaS infrastructure.
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Turbonomic
Published By: Amazon Web Services     Published Date: Oct 09, 2017
Amazon Web Services has a long history of successfully supporting Microsoft workloads, with hundreds of thousands of customers across a wide variety of industries running their Microsoft workloads on AWS. Customers have successfully deployed virtually every Microsoft application available on the AWS Cloud, including (but not limited to) Microsoft Office, Microsoft Windows Server, Microsoft SQL Server, Microsoft Exchange Server, Microsoft SharePoint Server, Microsoft Skype for Business, Microsoft Dynamics products, and Microsoft Remote Desktop Services. This guide covers the benefits of moving Microsoft workloads to the Cloud and how to get started.
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cloud, amazon, web services, microsoft, security, customer success
    
Amazon Web Services
Published By: Amazon Web Services     Published Date: Oct 09, 2017
Enterprise customers can take advantage of the many benefits provided by Amazon Web Services (AWS) to achieve business agility, cost savings, and high availability by running their SAP environments on the AWS Cloud. Many Enterprise customers run SAP production workloads on AWS today; including those that run on NON-SAP DBs (Oracle, MS SQL, DB2) or on SAP DBs (SAP HANA, SAP ASE). To support the demand of high memory instances, AWS have disclosed their SAP HANA instance roadmap (8TB and 16TB in 2018) and just made 4TB x1e instances available. A few examples of how AWS helped SAP customers cut costs, improve performance and agility include BP reducing 1/3 of their SAP infrastructure cost, Zappos successfully migrating to SAP HANA on AWS in less than 48 hours and enabling a major Healthcare and Life Science company to run BW on HANA with 30% better performance vs. on premise. This guide is intended for SAP customers and partners who want to learn about the benefits and options for running SAP solutions on AWS, or who want to know how to implement and operate their SAP environment effectively on AWS.
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storage, networking, management, aws, sap, infrastructure, lower tco, capex, opex
    
Amazon Web Services
Published By: Amazon Web Services     Published Date: Nov 28, 2017
Unternehmenskunden können mit den zahlreichen Vorteilen von Amazon Web Services (AWS) ihre geschäftliche Flexibilität steigern, Kosten einsparen und eine hohe Verfügbarkeit realisieren, indem sie ihre SAP-Umgebungen in die AWS Cloud verlagern. Viele Enterprise-Kunden führen heute SAP-Produktions-Workloads auf AWS aus, einschließlich solcher, die auf anderen als SAP DBs (Oracle, MS SQL, DB2) oder auf SAP DBs (SAP HANA, SAP ASE) laufen. Um die Nachfrage nach Instances mit hoher Speicherkapazität zu erfüllen, hat AWS seine SAP HANA Instance-Roadmap (8TB und 16TB im Jahr 2018) veröffentlicht und gerade 4TB x1e-Instances zur Verfügung gestellt. Einige Beispiele dafür, wie AWS SAP-Kunden dabei geholfen hat, ihre Kosten zu senken, die Leistung und Flexibilität zu verbessern, sind unter anderem BP, das 1/3 seiner SAP-Infrastrukturkosten reduzierte, Zappos, das eine erfolgreiche Migration auf SAP HANA bei AWS innerhalb von weniger als 48 Stunden durchführen konnte, und die Befähigung eines g
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Amazon Web Services
Published By: Pure Storage     Published Date: Jul 18, 2017
OTS' experiences with all-flash technology mirror what many customers have experienced over the past several years. Hesitatingly optimistic, OTS deployed its first AFA in a limited environment to prove the system out, and when it performed and/or exceeded the company's expectations, it quickly started moving more workloads to it over time. Like OTS, many customers do not immediately retire their legacy storage, but in moving the more demanding workloads off of their existing environments, they provide better application performance both for those applications on the AFA and for those that stay on the legacy storage. And like OTS, the majority of AFA customers have in the past year in particular come to the conclusion that all-flash technology is the future of primary storage for performance, reliability, ease of management and expansion, and economic (as measured by total cost of ownership) reasons.
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external storage systems, flash arrays, scale-up, scale-out, managing it infrastructure, data center, idc, market intelligence
    
Pure Storage
Published By: Pure Storage     Published Date: Jul 26, 2017
OTS' experiences with all-flash technology mirror what many customers have experienced over the past several years. Hesitatingly optimistic, OTS deployed its first AFA in a limited environment to prove the system out, and when it performed and/or exceeded the company's expectations, it quickly started moving more workloads to it over time. Like OTS, many customers do not immediately retire their legacy storage, but in moving the more demanding workloads off of their existing environments, they provide better application performance both for those applications on the AFA and for those that stay on the legacy storage. And like OTS, the majority of AFA customers have in the past year in particular come to the conclusion that all-flash technology is the future of primary storage for performance, reliability, ease of management and expansion, and economic (as measured by total cost of ownership) reasons.
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external storage systems, flash arrays, scale-up, scale-out, managing it infrastructure, data center, idc, market intelligence
    
Pure Storage
Published By: Cloud Direct     Published Date: Jan 17, 2018
Azure Site Recovery replicates your on-premises physical servers and virtual machines to Azure. If an outage occurs in your primary location, you failover to the DRaaS platform within minutes and your applications and workloads will be available. When normal operations resume, you can failback to your primary location. For added reassurance, Cloud Direct is a Microsoft Gold Partner. This means in addition to our own 24/7 support, we also benefit from direct access to Microsoft support for a range of hosting scenarios – including SQL Server, Exchange and SharePoint.
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business, cloud solutions, data centre, smb, systems, technical
    
Cloud Direct
Published By: NetApp     Published Date: Feb 19, 2015
The NetApp EF550 all-flash array provides a robust platform for delivering exceptional performance to mission-critical applications. The EF550 flash array leverages the latest in solid-state disk technologies along with a strong heritage of handling diverse workloads and providing superior business value through the acceleration of latency-sensitive and high-I/O applications. This technical report provides an overview of workload characterizations performed on NetApp EF-series all-flash arrays across a wide variety of I/O types - with best practices and observations based on extensive test data. Characterizations include IOPS, throughput, and latency under varying block loads and RAID levels, SSD rebuild times, EF540 and EF550 performance comparison, and usable capacity sizing guidelines for various protection levels. If you are considering deploying an EF-series flash storage array in your environment, this is an essential technical resource to insure proper configuration and maxim
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NetApp
Published By: NetApp     Published Date: Feb 19, 2015
VMware Horizon View is an enterprise-class desktop virtualization solution that delivers virtualized or remote desktops and applications to end users through a single platform. Horizon View is a tightly integrated, end-to-end solution built on the industry-leading virtualization platform, VMware vSphere. Although Horizon View enables levels of availability and agility of desktop services unmatched by traditional PCs, the complexity of deploying and managing thousands of virtual desktops in a VMware environment can be daunting without the right tools. Storage is often the leading cause of end-user performance problems. The NetApp all-flash FAS solution with the FAS8000 platform solves the performance problems commonly found in VDI deployments. In this reference architecture, NetApp tested VMware Horizon View user and administrator workloads to demonstrate how the NetApp all-flash FAS solution eliminates the most common barriers to virtual desktop adoption. The testing covered common
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NetApp
Published By: IBM     Published Date: Jul 21, 2016
IBM's recently released DB2 version 11.1 for Linux, Unix and Windows (LUW) is a hybrid database that IBM says can handle transactional and analytic workloads thanks to its BLU Acceleration technology, which features an in-memory column store for analytical workloads that can scale across a massively parallel cluster.
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ibm, db2. analytics, mpp, data wharehousing
    
IBM
Published By: IBM     Published Date: Jul 06, 2017
DB2 is a proven database for handling the most demanding transactional workloads. But the trend as of late is to enable relational databases to handle analytic queries more efficiently by adding an inmemory column store alongside to aggregate data and provide faster results. IBM's BLU Acceleration technology does exactly that. While BLU isn't brand new, the ability to spread the column store across a massively parallel processing (MPP) cluster of up to 1,000 nodes is a new addition to the technology. That, along with simpler monthly pricing options and integration with dashDB data warehousing in the cloud, makes DB2 for LUW, a very versatile database.
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memory analytics, database, efficiency, acceleration technology, aggregate data
    
IBM
Published By: IBM     Published Date: Sep 28, 2017
For increasing numbers of organizations, the new reality for development, deployment and delivery of applications and services is hybrid cloud. Few, if any, organizations are going to move all their strategic workloads to the cloud, but virtually every enterprise is embracing cloud for a wide variety of requirements. This paper outlines what readers should consider when making a strategic commitment to a database platform that will act as a bridge from legacy environments to the cloud.
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bridging the cloud, database, hybrid cloud, cloud organization, strategic commitment
    
IBM
Published By: Group M_IBM Q1'18     Published Date: Dec 19, 2017
For increasing numbers of organizations, the new reality for development, deployment and delivery of applications and services is hybrid cloud. Few, if any, organizations are going to move all their strategic workloads to the cloud, but virtually every enterprise is embracing cloud for a wide variety of requirements. To accelerate innovation, improve the IT delivery economic model and reduce risk, organizations need to combine data and experience in a cognitive model that yields deeper and more meaningful insights for smarter decisionmaking. Whether the user needs a data set maintained in house for customer analytics or access to a cloud-based data store for assessing marketing program results — or any other business need — a high-performance, highly available, mixed-load database platform is required.
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cloud, database, hybrid cloud, database platform
    
Group M_IBM Q1'18
Published By: Oracle     Published Date: Jan 28, 2019
This report provides an overview of the Oracle Cloud at Customer portfolio (this includes Oracle Exadata Cloud at Customer, Oracle Big Data Cloud at Customer, Oracle SaaS at Customer and Oracle Cloud at Customer) and analyzes its capabilities to satisfy the need of enterprises for a next-generation computing platform. A next-generation computing platform allows enterprises to deploy workloads across the premises and the public cloud. For enterprises running their next-generation applications on a next-generation computing platform, Oracle Cloud at Customer does very well because of Oracle’s vision of the “chip-to-click” integrated technology stack (i.e., from the CPU silicon, across all OSI layers and all the way to the end-user mouse click). With Oracle using the same technology stack and machines both in its cloud and on premises, it has the highest degree of identicality across these offerings from all vendors that are part of Constellation Research’s Market Overview on next-genera
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Oracle
Published By: Oracle     Published Date: Jan 28, 2019
Oracle Private Cloud Appliance is a converged infrastructure system designed for rapid and simple deployment of private cloud at an industry-leading price point. Whether customers are running Linux, Microsoft Windows or Oracle Solaris applications, Oracle Private Cloud Appliance supports consolidation for a wide range of mixed workloads in medium-to-large sized data centers. High-performance, low-latency Oracle Fabric Interconnect and Oracle SDN allow automated configuration of the server and storage networks. The embedded controller software automates the installation, configuration, and management of all infrastructure components at the push of a button. Customers need to enter only basic configuration parameters and create virtual machines (VMs) manually or by using Oracle VM Templates to get a full application up and running in a few hours. With Oracle Enterprise Manager, the Oracle Private Cloud Appliance is transformed into a powerful private cloud infrastructure that integrates
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Oracle
Published By: CA WA     Published Date: May 12, 2008
All things that can be automated will be automated. Beyond the careful choreography of sophisticated workflow, managing myriad simultaneous requests puts unprecedented demand on the software that must schedule and perpetually deliver against well-defined service levels, in real time. Gone are the days of simple batch processing. Welcome to the oh-so-very-flat world that is embracing service-oriented architectures, grid architectures, expansive ecosystems, and end-to-end processing. Workload scheduling has got to grow up.
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ca wa, workload automation, soa, service oriented, scheduling, service oriented architecture
    
CA WA
Published By: BMC Control M     Published Date: Jul 16, 2009
Workload Automation (WLA) ist eine moderne Entwicklungsstufe des Job-Scheduling und dient zum Automatisieren von komplexen Verarbeitungsabläufen in der IT. Es unterstützt ereignisgesteuerte Workloads, unterschiedliche Plattformen, Webservices, komponentenbasierte Anwendungen (Composite Applications), SOAs, virtuelle Systeme, System- und Anwendungsintegration, Business Alignment (Abstimmung mit den Geschäftsprozessen) und vieles mehr.
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workload, automation, smart, bmc, wla, ema, itil, soa, bmc conrol-m
    
BMC Control M
Published By: Red Hat     Published Date: Dec 15, 2015
A truly hybrid IT infrastructure should support any and all workload types, letting applications run optimally on their own natural footprints or environments, whether bare-metal servers, scale-up virtualization, Infrastructure-as-a-Service (IaaS), or Platform-as-a-Service (PaaS), from either private or public clouds. It should not be a singular environment that (unsuccessfully) attempts to handle all types of workloads, nor should it consist of separate IT infrastructures that cannot communicate with each other. The Red Hat® portfolio provides the open hybrid IT fabric required to seamlessly enable both traditional (stateful) and new, agile, cloud-native (stateless) workloads.
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Red Hat
Published By: Red Hat     Published Date: Dec 15, 2015
Achieving a truly innovative IT architecture requires both renovating the core of your IT and adopting new deployment models that speed up the delivery of new business services. Red Hat has infrastructure solutions for both traditional and agile workloads.
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Red Hat
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