The document discusses EMC's Storage Resource Management Suite, which includes tools to optimize storage resources, monitor storage performance and configurations, and assure storage service levels. It provides overviews of the tools' capabilities for visualizing storage relationships, analyzing capacity and performance, validating configurations, monitoring applications and storage, and reporting on service levels. Screenshots demonstrate using the tools to analyze specific applications, storage environments, issues, and optimize resources.
EMC VIPR SRM Advanced monitoring & reporting for vplex environmentssolarisyougood
This document discusses how ViPR SRM can provide advanced monitoring and reporting for VPLEX environments. It highlights key capabilities like application to infrastructure mapping, performance trending and reporting, utilization optimization, storage configuration management, application chargeback, storage and capacity trending, and SLA achievement reporting. ViPR SRM provides visibility that leads to insights and optimization of VPLEX environments.
EMC SRM vs. Sentinel Navigator - Deep divesansentinel
The document compares two storage resource management (SRM) products: Sentinel Navigator and SRM Suite. It outlines 10 key considerations for choosing between the products, such as reporting speed, centralized reporting across sites, ability to deploy server-side agents, support for heterogeneous infrastructures, and budget. Sentinel Navigator provides reports within 1 hour without server-side agents, supports a single cloud repository across sites, and has an all-inclusive annual fee. In contrast, SRM Suite can take 18 months to provide initial reports, requires deploying over 80 VMs across sites, and has separate licenses and repositories per site.
In our tests, ViPR Controller and ViPR SRM saved administrative time and effort. Based on our analysis, these savings can translate into significant OPEX savings.
Furthermore, the ability to integrate with orchestration applications and cloud stacks and to leverage officially unsupported storage via a third-party block provider means that ViPR Controller can benefit your organization across your service portfolio. When coupled with the additional OPEX savings found through reductions in change control and improved site management, ViPR Controller and ViPR SRM can improve your organization’s bottom line, providing millions of dollars in OPEX savings.
The document discusses EMC ViPR SRM, a software solution for optimizing storage and laying the foundation for software-defined data centers. It provides automated insight and action to help reduce costs, increase agility, and provide a path to the cloud. ViPR SRM provides policy-based storage services, application-to-infrastructure mapping, performance and capacity trend reporting, storage configuration management, SLA reporting, application chargeback, data protection compliance, and utilization optimization.
The document discusses EMC's ViPR software-defined storage platform. ViPR abstracts physical storage into a single virtual storage pool that automates storage provisioning. It provides a unified platform to manage multiple storage arrays from different vendors through a single API. ViPR also includes object and HDFS data services to enable cloud-like capabilities and expand big data analytics. The goal of ViPR is to provide flexibility, choice and a path to the future for customers' evolving storage and data management needs.
This white paper provides a detailed overview of the EMC ViPR Services architecture, a geo-scale cloud storage platform that delivers cloud-scale storage services, global access, and operational efficiency at scale.
EMC VPLEX Continuous availability and non disruptivesolarisyougood
- 64% of organizations suffered data loss or downtime in the last 12 months, costing on average $870,000 for 3 days of downtime. The more data protection vendors used, the higher the costs.
- Only 9% use active-active data protection as a key strategy, while 41% rely primarily on backup. Those using active-active saw less data loss.
- Solutions like VPLEX and RecoverPoint are presented as providing continuous availability across sites with no planned downtime, fast recovery from failures, and protection of data across different locations.
This document provides an overview of the EMC Atmos object storage architecture. It describes the key design principles of Atmos including its massively scalable infrastructure that can store multiple petabytes of data across hundreds of sites with a unified namespace. The document outlines Atmos' multi-tenant architecture that allows flexible policy-based management of data at scale through the use of tenants, subtenants, and users. It also discusses how data is stored and accessed in Atmos through the use of metadata and policies to determine data placement across globally distributed resource management groups.
EMC VIPR SRM Advanced monitoring & reporting for vplex environmentssolarisyougood
This document discusses how ViPR SRM can provide advanced monitoring and reporting for VPLEX environments. It highlights key capabilities like application to infrastructure mapping, performance trending and reporting, utilization optimization, storage configuration management, application chargeback, storage and capacity trending, and SLA achievement reporting. ViPR SRM provides visibility that leads to insights and optimization of VPLEX environments.
EMC SRM vs. Sentinel Navigator - Deep divesansentinel
The document compares two storage resource management (SRM) products: Sentinel Navigator and SRM Suite. It outlines 10 key considerations for choosing between the products, such as reporting speed, centralized reporting across sites, ability to deploy server-side agents, support for heterogeneous infrastructures, and budget. Sentinel Navigator provides reports within 1 hour without server-side agents, supports a single cloud repository across sites, and has an all-inclusive annual fee. In contrast, SRM Suite can take 18 months to provide initial reports, requires deploying over 80 VMs across sites, and has separate licenses and repositories per site.
In our tests, ViPR Controller and ViPR SRM saved administrative time and effort. Based on our analysis, these savings can translate into significant OPEX savings.
Furthermore, the ability to integrate with orchestration applications and cloud stacks and to leverage officially unsupported storage via a third-party block provider means that ViPR Controller can benefit your organization across your service portfolio. When coupled with the additional OPEX savings found through reductions in change control and improved site management, ViPR Controller and ViPR SRM can improve your organization’s bottom line, providing millions of dollars in OPEX savings.
The document discusses EMC ViPR SRM, a software solution for optimizing storage and laying the foundation for software-defined data centers. It provides automated insight and action to help reduce costs, increase agility, and provide a path to the cloud. ViPR SRM provides policy-based storage services, application-to-infrastructure mapping, performance and capacity trend reporting, storage configuration management, SLA reporting, application chargeback, data protection compliance, and utilization optimization.
The document discusses EMC's ViPR software-defined storage platform. ViPR abstracts physical storage into a single virtual storage pool that automates storage provisioning. It provides a unified platform to manage multiple storage arrays from different vendors through a single API. ViPR also includes object and HDFS data services to enable cloud-like capabilities and expand big data analytics. The goal of ViPR is to provide flexibility, choice and a path to the future for customers' evolving storage and data management needs.
This white paper provides a detailed overview of the EMC ViPR Services architecture, a geo-scale cloud storage platform that delivers cloud-scale storage services, global access, and operational efficiency at scale.
EMC VPLEX Continuous availability and non disruptivesolarisyougood
- 64% of organizations suffered data loss or downtime in the last 12 months, costing on average $870,000 for 3 days of downtime. The more data protection vendors used, the higher the costs.
- Only 9% use active-active data protection as a key strategy, while 41% rely primarily on backup. Those using active-active saw less data loss.
- Solutions like VPLEX and RecoverPoint are presented as providing continuous availability across sites with no planned downtime, fast recovery from failures, and protection of data across different locations.
This document provides an overview of the EMC Atmos object storage architecture. It describes the key design principles of Atmos including its massively scalable infrastructure that can store multiple petabytes of data across hundreds of sites with a unified namespace. The document outlines Atmos' multi-tenant architecture that allows flexible policy-based management of data at scale through the use of tenants, subtenants, and users. It also discusses how data is stored and accessed in Atmos through the use of metadata and policies to determine data placement across globally distributed resource management groups.
This document discusses EMC RecoverPoint for Virtual Machines, a software-only solution that provides continuous data protection for VMs with VM-level granularity. It protects VMs running on VMware ESXi, supports various storage types, and integrates with VMware vCenter. RecoverPoint for VMs allows admins to optimize RPO and RTO to meet SLAs, streamline recovery workflows, and lower TCO. It provides automated VM discovery, protection, and orchestrated disaster recovery failover/failback to any point in time.
This document discusses continuous availability and data mobility solutions from EMC, including VPLEX and RecoverPoint. It provides an overview of these solutions, describing how they enable active-active configurations across data centers for always-on application access, automated disaster recovery without downtime, and non-disruptive data migration. It also shares statistics on VPLEX and RecoverPoint deployments and discusses how these solutions provide benefits like zero RPO/RTO recovery and removing restrictions of data centers and storage arrays.
White Paper: Deploying and Implementing RecoverPoint in a Virtual Machine for...EMC
This White Paper explains the best practices for deploying EMC RecoverPoint for demonstration purposes as a virtual machine under ESX server 4.01 or later using the VMware DirectPath feature.
HCLT Whitepaper: Multi- Tenancy on Private CloudHCL Technologies
http://www.hcltech.com/engineering-rd-services/overview~ More on Engineering and R&D
Advances in cloud computing technology and changes in business models create major paradigm shifts in the way software applications are designed, built, and delivered to end users. The concept of multi-tenancy is one of the key and direct derivatives of cloud computing. Multi-tenancy is an architectural model that optimizes resource sharing. The applications will be deployed and delivered from a shared environment while providing sufficient levels of isolation to the tenants and Quality of Service (QoS) throughout the environment. Like any other paradigm shift, a cloud-based delivery (SaaS) model also comes with a new set of technical challenges.
This paper provides a technical overview on how to convert an application traditionally hosted on-premise to a multi-tenant environment and deliver through an SaaS model. This paper also covers the challenges and benefits of moving this to a cloud infrastructure.
Excerpts from the Paper
The advent of cloud computing boosted a new business model for delivering software, which is generally termed SaaS (Software as a Service). ISVs started realizing the necessity of transforming their traditional on-premise products to the new ―cloud business model. Multi-tenancy is the fundamental design approach that essentially improves the acceptability of SaaS applications. The idea of multi-tenancy, or many tenants sharing resources, is fundamental to cloud computing. Isolation and service assurance are the key elements to be addressed. Isolation ensures that the resources of existing tenants remain untouched, and the integrity of the applications, workloads, and data remain uncompromised when the service provider provisions new tenants. Each tenant may have access to different amounts of network, computing, and storage resources in the shared virtual environment. Tenants see only those resources allocated to them.
Healthcare and emc vplex v.4 slidesharecharliechocho
The document discusses how EMC VPLEX can help healthcare organizations overcome IT challenges by providing 100% uptime, seamlessly moving data and applications across storage arrays, accelerating consolidation efforts, and reducing costs. VPLEX virtualizes storage, enables transparent data movement, and provides access to data across sites for high availability, application mobility, data mobility, ongoing migrations and tech refreshes, and simplified provisioning. It was implemented at Indiana University Health to support online data migrations without downtime.
ScaleIO : capitalisez sur vos infrastructures existantes avec une solution so...RSD
This document discusses EMC ScaleIO software-defined storage. It begins by outlining challenges with traditional SAN storage including dependency on SAN infrastructure and storage silos. It then introduces ScaleIO as addressing these challenges by utilizing commodity hardware and a scale-out architecture to provide flexibility, performance, scalability and elasticity. Key concepts of ScaleIO architecture are then covered including its use of ScaleIO Data Servers and Clients to distribute data across nodes, protection domains, storage pools and fault sets. Features such as snapshots, quality of service controls and data protection are also summarized.
The document discusses EMC's Elastic Cloud Storage (ECS) product. It provides examples of how ECS has been used by customers for applications such as global content repositories, modern application platforms, geo-scale big data analytics, cold archives, internet of things storage platforms, and analytics requiring data in place. It also outlines new features and integrations for ECS around monitoring, availability, performance, and deployment simplicity.
This document provides information about EMC's ViPR software-defined storage platform, including:
1. ViPR SRM and ViPR Controller help reduce storage costs and increase flexibility by automating storage management and providing a self-service portal.
2. ViPR abstracts physical storage arrays, pools resources, and provides REST APIs and storage services to simplify management of heterogeneous infrastructure.
3. Case studies show how ViPR SRM provides visibility into storage utilization and performance, enabling optimization of resources and ensuring service levels are met.
UK Spectrum Policy Forum - Jade McCready, BAE Systems -Defence Sector Briefin...techUK
UK Spectrum Policy Forum
Cluster 1 Meeting (Defence) – 30 September 2014
Jade McCready, Head of Electromagnetics, Military Air & Information, BAE Systems
Defence Sector Briefing on Behalf of BAE Systems
More information at: http://www.techuk.org/about/uk-spectrum-policy-forum
All rights reserved
This document provides information about using EMC Atmos cloud storage to offer storage services. It discusses how Atmos addresses data, application, and access challenges through its simple, scalable, and monetizable architecture. Examples are given of solutions built on Atmos, including cloud archiving, tiered storage, and sync and share applications.
The document provides information to help salespeople position and sell the new EMC VMAX3 storage array. It highlights key capabilities of VMAX3 such as simplified management, improved performance and density, support for hybrid cloud environments, and data reduction features. Configuration examples are given to demonstrate how VMAX3 compares favorably to competitors' solutions in terms of price and performance.
ProSphere is a storage management solution from EMC that provides:
- End-to-end visibility of storage performance and capacity across sites
- Monitoring and alerting on capacity utilization and storage infrastructure
- Reports and dashboards on capacity, configuration, and performance to improve planning and reduce costs
Designing your xen desktop 7.5 environment with training guidesolarisyougood
The document provides an overview and guidance on designing a XenDesktop 7.5 environment. It discusses key design decisions across five layers - user layer, access layer, resource layer, control layer, and hardware layer. Specific topics covered include endpoint requirements, bandwidth planning, StoreFront sizing, provisioning methods, database options, monitoring solutions, storage approaches, and expected IOPS and users per server.
Power systems virtualization with power kvmsolarisyougood
1. PowerKVM provides an open source virtualization option for Power Systems running Linux workloads that is managed like other KVM systems using open source tools or OpenStack.
2. PowerKVM exploits features of Power8 like micro-threading to improve workload consolidation compared to traditional PowerVM or PowerKVM.
3. PowerKVM is best suited for customers running Linux-only workloads who prefer open technologies and are familiar with KVM or VMware.
The document discusses EMC's SRDF and TimeFinder technologies for remote data replication and recovery. It provides an overview of SRDF/S synchronous replication which allows zero data loss recovery, and SRDF/A asynchronous replication which provides recovery with minimal data loss. It describes the key capabilities and benefits of both technologies for disaster recovery and business continuity.
This document provides an overview of the architecture of the VMAX storage system. It includes a diagram showing that the system contains multiple engines that connect to global caches and directors, with the directors managing connections to storage resources through virtual matrices and interconnects.
This document provides an overview and roadmap for EMC's ViPR Data Services. It discusses how the growth of data and need for analytics is driving the need for software-defined storage that can span heterogeneous infrastructure and support different data types. It introduces EMC's Advanced Software Division and ViPR platform, which provides a software-defined approach and data services like the ViPR Object Data Service and HDFS Data Service. These services provide a unified platform to define data services in software that can execute across traditional and new storage devices. The document also discusses EMC's object strategy and provides details on the ViPR Object Data Service, including its architecture and capabilities like Object on File. It concludes with a roadmap slide noting upcoming features
Are you deploying Hadoop and want enterprise infrastructure manageability, reliability, and availability? The new EMC Hadoop Starter Kit shows you how to this without building HDFS data silo's.
This document analyzes weaknesses in EMC's VPLEX storage virtualization solution that could be exploited by NetApp. It notes VPLEX has a complex installation process, introduces management silos, and has limitations for single-writer workloads, non-disruptive operations, and disaster recovery. The document provides examples of how NetApp's clustered Data ONTAP architecture addresses these issues better by standardizing storage and eliminating extra components. It concludes VPLEX increases operational expenses while NetApp simplifies management and lowers costs.
This document discusses EMC RecoverPoint for Virtual Machines, a software-only solution that provides continuous data protection for VMs with VM-level granularity. It protects VMs running on VMware ESXi, supports various storage types, and integrates with VMware vCenter. RecoverPoint for VMs allows admins to optimize RPO and RTO to meet SLAs, streamline recovery workflows, and lower TCO. It provides automated VM discovery, protection, and orchestrated disaster recovery failover/failback to any point in time.
This document discusses continuous availability and data mobility solutions from EMC, including VPLEX and RecoverPoint. It provides an overview of these solutions, describing how they enable active-active configurations across data centers for always-on application access, automated disaster recovery without downtime, and non-disruptive data migration. It also shares statistics on VPLEX and RecoverPoint deployments and discusses how these solutions provide benefits like zero RPO/RTO recovery and removing restrictions of data centers and storage arrays.
White Paper: Deploying and Implementing RecoverPoint in a Virtual Machine for...EMC
This White Paper explains the best practices for deploying EMC RecoverPoint for demonstration purposes as a virtual machine under ESX server 4.01 or later using the VMware DirectPath feature.
HCLT Whitepaper: Multi- Tenancy on Private CloudHCL Technologies
http://www.hcltech.com/engineering-rd-services/overview~ More on Engineering and R&D
Advances in cloud computing technology and changes in business models create major paradigm shifts in the way software applications are designed, built, and delivered to end users. The concept of multi-tenancy is one of the key and direct derivatives of cloud computing. Multi-tenancy is an architectural model that optimizes resource sharing. The applications will be deployed and delivered from a shared environment while providing sufficient levels of isolation to the tenants and Quality of Service (QoS) throughout the environment. Like any other paradigm shift, a cloud-based delivery (SaaS) model also comes with a new set of technical challenges.
This paper provides a technical overview on how to convert an application traditionally hosted on-premise to a multi-tenant environment and deliver through an SaaS model. This paper also covers the challenges and benefits of moving this to a cloud infrastructure.
Excerpts from the Paper
The advent of cloud computing boosted a new business model for delivering software, which is generally termed SaaS (Software as a Service). ISVs started realizing the necessity of transforming their traditional on-premise products to the new ―cloud business model. Multi-tenancy is the fundamental design approach that essentially improves the acceptability of SaaS applications. The idea of multi-tenancy, or many tenants sharing resources, is fundamental to cloud computing. Isolation and service assurance are the key elements to be addressed. Isolation ensures that the resources of existing tenants remain untouched, and the integrity of the applications, workloads, and data remain uncompromised when the service provider provisions new tenants. Each tenant may have access to different amounts of network, computing, and storage resources in the shared virtual environment. Tenants see only those resources allocated to them.
Healthcare and emc vplex v.4 slidesharecharliechocho
The document discusses how EMC VPLEX can help healthcare organizations overcome IT challenges by providing 100% uptime, seamlessly moving data and applications across storage arrays, accelerating consolidation efforts, and reducing costs. VPLEX virtualizes storage, enables transparent data movement, and provides access to data across sites for high availability, application mobility, data mobility, ongoing migrations and tech refreshes, and simplified provisioning. It was implemented at Indiana University Health to support online data migrations without downtime.
ScaleIO : capitalisez sur vos infrastructures existantes avec une solution so...RSD
This document discusses EMC ScaleIO software-defined storage. It begins by outlining challenges with traditional SAN storage including dependency on SAN infrastructure and storage silos. It then introduces ScaleIO as addressing these challenges by utilizing commodity hardware and a scale-out architecture to provide flexibility, performance, scalability and elasticity. Key concepts of ScaleIO architecture are then covered including its use of ScaleIO Data Servers and Clients to distribute data across nodes, protection domains, storage pools and fault sets. Features such as snapshots, quality of service controls and data protection are also summarized.
The document discusses EMC's Elastic Cloud Storage (ECS) product. It provides examples of how ECS has been used by customers for applications such as global content repositories, modern application platforms, geo-scale big data analytics, cold archives, internet of things storage platforms, and analytics requiring data in place. It also outlines new features and integrations for ECS around monitoring, availability, performance, and deployment simplicity.
This document provides information about EMC's ViPR software-defined storage platform, including:
1. ViPR SRM and ViPR Controller help reduce storage costs and increase flexibility by automating storage management and providing a self-service portal.
2. ViPR abstracts physical storage arrays, pools resources, and provides REST APIs and storage services to simplify management of heterogeneous infrastructure.
3. Case studies show how ViPR SRM provides visibility into storage utilization and performance, enabling optimization of resources and ensuring service levels are met.
UK Spectrum Policy Forum - Jade McCready, BAE Systems -Defence Sector Briefin...techUK
UK Spectrum Policy Forum
Cluster 1 Meeting (Defence) – 30 September 2014
Jade McCready, Head of Electromagnetics, Military Air & Information, BAE Systems
Defence Sector Briefing on Behalf of BAE Systems
More information at: http://www.techuk.org/about/uk-spectrum-policy-forum
All rights reserved
This document provides information about using EMC Atmos cloud storage to offer storage services. It discusses how Atmos addresses data, application, and access challenges through its simple, scalable, and monetizable architecture. Examples are given of solutions built on Atmos, including cloud archiving, tiered storage, and sync and share applications.
The document provides information to help salespeople position and sell the new EMC VMAX3 storage array. It highlights key capabilities of VMAX3 such as simplified management, improved performance and density, support for hybrid cloud environments, and data reduction features. Configuration examples are given to demonstrate how VMAX3 compares favorably to competitors' solutions in terms of price and performance.
ProSphere is a storage management solution from EMC that provides:
- End-to-end visibility of storage performance and capacity across sites
- Monitoring and alerting on capacity utilization and storage infrastructure
- Reports and dashboards on capacity, configuration, and performance to improve planning and reduce costs
Designing your xen desktop 7.5 environment with training guidesolarisyougood
The document provides an overview and guidance on designing a XenDesktop 7.5 environment. It discusses key design decisions across five layers - user layer, access layer, resource layer, control layer, and hardware layer. Specific topics covered include endpoint requirements, bandwidth planning, StoreFront sizing, provisioning methods, database options, monitoring solutions, storage approaches, and expected IOPS and users per server.
Power systems virtualization with power kvmsolarisyougood
1. PowerKVM provides an open source virtualization option for Power Systems running Linux workloads that is managed like other KVM systems using open source tools or OpenStack.
2. PowerKVM exploits features of Power8 like micro-threading to improve workload consolidation compared to traditional PowerVM or PowerKVM.
3. PowerKVM is best suited for customers running Linux-only workloads who prefer open technologies and are familiar with KVM or VMware.
The document discusses EMC's SRDF and TimeFinder technologies for remote data replication and recovery. It provides an overview of SRDF/S synchronous replication which allows zero data loss recovery, and SRDF/A asynchronous replication which provides recovery with minimal data loss. It describes the key capabilities and benefits of both technologies for disaster recovery and business continuity.
This document provides an overview of the architecture of the VMAX storage system. It includes a diagram showing that the system contains multiple engines that connect to global caches and directors, with the directors managing connections to storage resources through virtual matrices and interconnects.
This document provides an overview and roadmap for EMC's ViPR Data Services. It discusses how the growth of data and need for analytics is driving the need for software-defined storage that can span heterogeneous infrastructure and support different data types. It introduces EMC's Advanced Software Division and ViPR platform, which provides a software-defined approach and data services like the ViPR Object Data Service and HDFS Data Service. These services provide a unified platform to define data services in software that can execute across traditional and new storage devices. The document also discusses EMC's object strategy and provides details on the ViPR Object Data Service, including its architecture and capabilities like Object on File. It concludes with a roadmap slide noting upcoming features
Are you deploying Hadoop and want enterprise infrastructure manageability, reliability, and availability? The new EMC Hadoop Starter Kit shows you how to this without building HDFS data silo's.
This document analyzes weaknesses in EMC's VPLEX storage virtualization solution that could be exploited by NetApp. It notes VPLEX has a complex installation process, introduces management silos, and has limitations for single-writer workloads, non-disruptive operations, and disaster recovery. The document provides examples of how NetApp's clustered Data ONTAP architecture addresses these issues better by standardizing storage and eliminating extra components. It concludes VPLEX increases operational expenses while NetApp simplifies management and lowers costs.
This document provides an overview and roadmap for EMC's ViPR Global Data Services, which provide storage services at cloud scale across heterogeneous storage infrastructure. It discusses how ViPR uses software-defined storage to abstract and pool storage resources. Key points covered include ViPR's object and HDFS data services, its architecture and object storage capabilities like object on file. The presentation also reviews EMC's object strategy evolution and how ViPR meets new demands of big data through a unified platform that can define multiple data services on the same data.
The document discusses EMC's ViPR software-defined storage platform. ViPR abstracts physical storage into a single virtual storage pool that automates storage provisioning. It provides a unified platform to manage multiple storage arrays from different vendors through a single interface. ViPR also includes data services like object storage and HDFS that enable customers to deploy cloud applications on existing infrastructure and leverage existing investments in storage.
This session provides a brief overview of the various models available for adopting cloud and their strategic considerations, ranging from providing Enterprise class service to business alignment. This session also explores the infrastructure, management, and benefits of cloud computing and cloud storage.
Objective 1: Understand the various cloud models and their associated benefits and considerations.
After this session you will be able to:
Objective 2: Gain a high-level understanding of technologies that EMC can provide to accelerate adoption of the cloud models.
Objective 3: Understand the tactical approaches to cloud consumption available to their organization based on its needs and transformation phase.
Watch the recordings via http://www.brainshark.com/emcworld/vu?pi=zGfzHnlI1zB8sLz0
Emc vi pr controller customer presentationsolarisyougood
The document discusses EMC's ViPR software-defined storage platform. ViPR abstracts physical storage into virtual pools, automates provisioning, and provides self-service access. It can manage storage from EMC and third parties in a single platform. ViPR simplifies management and empowers users with a public cloud-like experience on-premises.
Emc data domain technical deep dive workshopsolarisyougood
The document provides an overview of EMC Data Domain products and services. It discusses Data Domain systems which provide scalable and high performance protection storage for backup and archive data. The systems integrate with leading backup and archiving applications. The document also summarizes Data Domain software options such as Boost, Encryption, Replicator and Extended Retention which provide additional functionality.
Architecting and Tuning IIB/eXtreme Scale for Maximum Performance and Reliabi...Prolifics
Abstract: Recent projects have stressed the "need for speed" while handling large amounts of data, with near zero downtime. An analysis of multiple environments has identified optimizations and architectures that improve both performance and reliability. The session covers data gathering and analysis, discussing everything from the network (multiple NICs, nearby catalogs, high speed Ethernet), to the latest features of extreme scale. Performance analysis helps pinpoint where time is spent (bottlenecks) and we discuss optimization techniques (MQ tuning, IIB performance best practices) as well as helpful IBM support pacs. Log Analysis pinpoints system stress points (e.g. CPU starvation) and steps on the path to near zero downtime.
The document discusses EMC's ViPR software-defined storage platform. Some key points:
- ViPR automates, abstracts, and pools heterogeneous storage resources, providing REST-based APIs and self-service access for storage management.
- It creates virtual storage pools with data protection policies that can include various EMC and third-party storage platforms.
- ViPR simplifies storage management and reduces provisioning time by an average of 63%, integrating automation, reporting, data protection technologies, and cloud stacks.
The Future of Storage : EMC Software Defined Solution RSD
EMC provides intelligent software-defined storage solutions that help organizations drastically reduce management overhead through automation across traditional storage silos and pave the way for rapid deployment of fully integrated next generation scale-out storage architectures.
Presentation of Executive Briefing, April 2015
VNX Monitoring and Reporting provides customized dashboards and reports for VNX storage arrays. It monitors performance and capacity metrics and allows users to view historical trends. The software provides unified reporting for VNX block and file storage as well as CLARiiON and Celerra arrays. It is licensed based on the array model and supports use cases like validating storage performance, capacity planning, and troubleshooting performance problems.
The document discusses EMC's ViPR software-defined storage platform. ViPR aims to virtualize storage from multiple vendors into a single pool and automate provisioning to reduce provisioning times from hours to seconds. It also provides data services and tools to help enable hybrid cloud storage capabilities.
Atea Boot Camp 2014
Break-Out Session: Back to the Future V - Evolving to a Software-Defined world and architecture with Magnus Nilsson, Senior Specialist Advanced Software Division, EMC
INDUSTRY-LEADING TECHNOLOGY FOR LONG TERM RETENTION OF BACKUPS IN THE CLOUDEMC
CloudBoost is a cloud-enabling solution from EMC
Facilitates secure, automatic, efficient data transfer to private and public clouds for Long-Term Retention (LTR) of backups. Seamlessly extends existing data protection solutions to elastic, resilient, scale-out cloud storage
Benchmark emc vnx7500, emc fast suite, emc snap sure and oracle rac on v-mwaresolarisyougood
This document describes a scalable virtualized Oracle RAC 11g database deployment using EMC VNX7500 storage with EMC FAST Suite. Testing showed that using FAST Cache improved transactions per minute by 133% and response time by over 90%, while FAST Suite improved TPM by 136% and response time by over 95%. The solution also enabled rapid provisioning of Oracle databases through SnapSure checkpoints and Oracle dNFS clonedb. It provided high availability with automatic failover during network or storage hardware failures.
SRDF is EMC's software solution that provides disaster recovery and business continuity by automatically replicating data between physically separate Symmetrix storage systems. SRDF replicates data in real-time, allowing companies to recover from disasters or planned outages within minutes. SRDF protects against business, operational, and financial losses that could result from disrupted access to critical data. It supports various host environments including mainframe, UNIX, Windows NT, and AS/400 systems.
SRDF (Symmetrix Remote Data Facility) is EMC's software solution that provides disaster recovery and business continuity capabilities. It works by duplicating production site data on a physically separate recovery site transparently. This allows fast switchover to the copied data if the primary site becomes unavailable, minimizing downtime. SRDF can operate over IP networks or Fibre Channel, and works with the Symmetrix enterprise storage system and various host platforms. Its benefits include eliminating expensive and inflexible manual backup/restore, improving cost-effectiveness, and providing high availability of critical data and applications.
Similar to Srm suite technical presentation nrm - tim piqueur (20)
Formula Innovation by Lotus F1 - EMC Forum AmsterdamEMC Nederland
Formula 1 racing team Lotus F1 Team provides a summary of their history, operations, and technology transformation. They have been competing in Formula 1 since 1981 and have achieved various championships and race victories. They currently have 550 employees from 16 nationalities working across 38 departments. The team is based in Enstone, UK and aims to transition to new IT infrastructure and cloud services to better handle the massive data volumes associated with Formula 1 racing, including over 100GB of data per hour from computational fluid dynamics simulations. They plan to leverage technologies like private clouds, data tiering, and disaster recovery services to securely manage racing data and support the design, production, and analysis needs of the team.
The document discusses VCE Vblock systems, which are converged infrastructure solutions for data centers. It notes that maintaining current IT operations accounts for 70% of IT budgets on average. VCE Vblock systems aim to address challenges in IT by providing an integrated platform that can be deployed and managed as a single system, with benefits including five times faster deployment, four times less staff resources needed, and 83 times lower costs compared to traditional infrastructure. The solutions provide tools for converged management and operations across compute, storage, networking and virtualization.
This document discusses 3FM Serious Request, an annual charity event held in the Netherlands. It summarizes the virtual data center platform used to host the event's website and applications. The platform was required to be elastic, fast, and cost-efficient. It utilized state-of-the-art hardware across three data centers and delivered extreme performance during past events, handling record traffic and transactions while maintaining response times below 1.5 seconds.
EMC's ViPR software-defined storage aims to virtualize, automate, and centralize storage management. It defines storage pools across various storage arrays and delivers storage as a self-service catalog. The ViPR controller automates provisioning and provides centralized monitoring and reporting. ViPR also integrates with VMware and supports third-party storage arrays and OpenStack through adapters. Its open APIs allow new data services to be built on top of the platform.
This document discusses Ethernet fabrics and the On-Demand Data Center (ODDC). It provides an overview of Brocade's fabric technology and how it enables automation, efficiency, and scale in data center networks. It also discusses how Brocade supports software-defined networking, network functions virtualization, and building on-demand data centers through its portfolio of networking solutions.
De wondere wereld van cloud en sddc 26 nov 2013 ht v1.1EMC Nederland
The document discusses the evolution to software-defined data centers. It describes how virtualization software can abstract, leverage, pool, and automate compute, storage, networking, and security resources. This allows the physical hardware resources to be software-defined and pooled, enabling more efficient utilization and management as a software-defined data center. It also discusses how EMC's portfolio maps to enabling the software-defined data center.