Santiago06 Noviembre 2018

El Poder de la Convergencia:Portafolio de infraestructura convergente e hiperconvergente

de Dell EMC

Benjamín Rodríguez C.MDC Territory Manager, Dell EMC

4-

En Chile…. Sentido de Urgencia

5-

Transformación de IT

Orchestration

Virtualization

Servers, storage & network

Applications

IaaS / PaaS

Infraestructura

Modernice su

Infraestructura

Automatice

La entrega de

serviciosTransforme

su operación

• Modernizar

• Automatizar

• Transformar

6-

6%

45% 43%

6%

Stage 1 - Legacy Stage 2 - Emerging Stage 3 - Evolving Stage 4 - Transformed

Adopción de

tecnología de centro de

datos moderno

Adopción de procesos

de TI modernos

Concentración en la

alineación entre el

negocio y TI

Patrocinado por Dell EMC e Intel, abril de 2018 Estudio de madurez de la transformación de la TI realizado a 4,000 tomadores de decisiones de TI

81 % está de acuerdo en que si no adopta la

TRANSFORMACIÓN DE LA TI, sus empresas ya no

serán COMPETITIVAS en el mercado

(aumento del 10 % respecto de 2017)

7-

Organizaciones transformadas…

“El 98 % de las empresas transformadas usa infraestructura convergente

o hiperconvergente, y el 86 % informa que utiliza ambas”1.

8 vecesmás probabilidades de

competir en costos con

la nube pública

1 Informe de investigación con información valiosa de ESG: The Role of Converged and Hyperconverged Infrastructure in IT Transformation

10 vecesmás probabilidades de

implementar aplicacionesantes de lo programado

2 vecesmás probabilidades de

superar las metasde ingresos

8-

La promesa de la transformación de la TI

La CI y la HCI pueden hacerla realidad

Actualizaciones tecnológicas menos costosas y migraciones de datos menos riesgosas

Eficiencias operacionales en la administración de sistemas aislados de almacenamiento y aplicaciones

Aceleración de la ruta hacia la nube híbrida

Operaciones de monitoreo, mantenimiento y soporte más sencillas y rentables

Cronogramas de instalación e implementación más cortos

Prevención de cuellos de botella, puntos problemáticos y falta de escalabilidad

9-

Elementos fundamentales de un centro de datos moderno

Definido por software

Escalamiento horizontal

Tecnología todo flash

ConfiabilidadInteligencia

Infraestructura convergente

Infraestructura hiperconvergente

MÁS RÁPIDO | MÁS SIMPLE | MENOS RIESGO

Aplicaciones tradicionales y nativas de la nube

#1

Habilitación para la nube

Servidores

Almacenamiento

Redes

0 0 00

0 0 000

001

111

11

1

1Protección de datos

Los mejores

componentes

en su clase

10-

Modernización con los sistemas de CI y HCI

Ofrezca beneficios coherentes y valor para el cliente en todos los tamaños y todas las cargas de trabajo

RACKS

DISPOSITIVOS

BLOQUES

Un solo soporte

de punto a punto

Administración

simplificada

Garantía absoluta

del ciclo de vida

Totalmente probado

y preconfigurado

Experiencia

lista para usar

Con tecnología de los procesadores escalables

Intel® Xeon®

11-

Liderazgo de Dell EMC en el sector

N.° En infraestructura

hiperconvergente

y

convergente

Hablemos de HCI

12-

Arquitectura Tradicional vs Hiperconvergente

VXRAIL CONCEPTS AND ARCHITECTURE

10 © 2016 VCE COMPANY, LLC. ALL RIGHTS RESERVED.

management. This requires an infrastructure solution with an extremely high level of efficiency and serviceability,

such as hyper-converged infrastructure.

HYPER-CONVERGED INFRASTRUCTURE

Hyper-converged infrastructure (HCI) is the next level of converged infrastructure. HCI is a new type of CI with a

software-centric architecture based on smaller, industry-standard building-block servers that can be scaled. HCI

has a software-defined architecture with everything virtualized. Compute, storage, and networking functions are

decoupled from the underlying infrastructure and run on a common set of physical resources that are based on

industry-standard components. Hyper-converged systems do not include separate enterprise storage arrays.

Instead, they adopt industry-standard server platforms with local direct-attached storage (DAS), which is

virtualized using software-defined storage technology. (See Figure 2 below.) By integrating these technologies,

HCI systems are managed as a single system through a common toolset.

The ideal HCI solution integrates these building-block servers with a familiar, simple management software for

reliability and serviceability. This enables efficient and safe use of commodity-off-the-shelf (COTS) hardware.

Simple management software allows a common operational model, which drives efficiency and enables workload

mobility. Other benefits of HCI include a lower total cost of operation as well as flexible scalability—nodes, which

provide both CPU and storage, can easily be added to meet business demands. Unlike CI, the technologies in HCI

are so integrated that they cannot be broken down into separate components for independent use. HCI offers a

seamless framework of integrated, virtualized, scalable nodes with built-in management.

Figure 2: CI and HCI

HCI carries forward the benefits of CI, including a single shared resource pool, and takes them even further. By

reinventing the underlying data architecture, HCI includes full data services. Complete integration and innovation at

the software layer allows for radically simple end-to-end data management. Deploying new infrastructure, which

could take up to a week in the build-your-own model, can be up and running in under 30 minutes, because HCI

offers such high levels of task automation. Ideally, HCI is fully integrated, preconfigured, and tested. This provides

a simple, cost effective, non-disruptive scalable solution with centralized management functionality, rich data

services, and a single source of support.

HCI enables faster, better, and simpler management of consolidated workloads, virtual desktops, business-critical

applications, and remote office infrastructure.

HCI solutions have distinct features including scalability, simplicity, and data services.

Scalability. Hyper-converged infrastructures are designed to scale out by adding nodes, which provides a

predictable “pay-as-you-grow” approach. Adding nodes rather than separately adding CPUs or storage capacity, VXRAIL CONCEPTS AND ARCHITECTURE

10 © 2016 VCE COMPANY, LLC. ALL RIGHTS RESERVED.

management. This requires an infrastructure solution with an extremely high level of efficiency and serviceability,

such as hyper-converged infrastructure.

HYPER-CONVERGED INFRASTRUCTURE

Hyper-converged infrastructure (HCI) is the next level of converged infrastructure. HCI is a new type of CI with a

software-centric architecture based on smaller, industry-standard building-block servers that can be scaled. HCI

has a software-defined architecture with everything virtualized. Compute, storage, and networking functions are

decoupled from the underlying infrastructure and run on a common set of physical resources that are based on

industry-standard components. Hyper-converged systems do not include separate enterprise storage arrays.

Instead, they adopt industry-standard server platforms with local direct-attached storage (DAS), which is

virtualized using software-defined storage technology. (See Figure 2 below.) By integrating these technologies,

HCI systems are managed as a single system through a common toolset.

The ideal HCI solution integrates these building-block servers with a familiar, simple management software for

reliability and serviceability. This enables efficient and safe use of commodity-off-the-shelf (COTS) hardware.

Simple management software allows a common operational model, which drives efficiency and enables workload

mobility. Other benefits of HCI include a lower total cost of operation as well as flexible scalability—nodes, which

provide both CPU and storage, can easily be added to meet business demands. Unlike CI, the technologies in HCI

are so integrated that they cannot be broken down into separate components for independent use. HCI offers a

seamless framework of integrated, virtualized, scalable nodes with built-in management.

Figure 2: CI and HCI

HCI carries forward the benefits of CI, including a single shared resource pool, and takes them even further. By

reinventing the underlying data architecture, HCI includes full data services. Complete integration and innovation at

the software layer allows for radically simple end-to-end data management. Deploying new infrastructure, which

could take up to a week in the build-your-own model, can be up and running in under 30 minutes, because HCI

offers such high levels of task automation. Ideally, HCI is fully integrated, preconfigured, and tested. This provides

a simple, cost effective, non-disruptive scalable solution with centralized management functionality, rich data

services, and a single source of support.

HCI enables faster, better, and simpler management of consolidated workloads, virtual desktops, business-critical

applications, and remote office infrastructure.

HCI solutions have distinct features including scalability, simplicity, and data services.

Scalability. Hyper-converged infrastructures are designed to scale out by adding nodes, which provides a

predictable “pay-as-you-grow” approach. Adding nodes rather than separately adding CPUs or storage capacity,

VXRAIL CONCEPTS AND ARCHITECTURE

10 © 2016 VCE COMPANY, LLC. ALL RIGHTS RESERVED.

management. This requires an infrastructure solution with an extremely high level of efficiency and serviceability,

such as hyper-converged infrastructure.

HYPER-CONVERGED INFRASTRUCTURE

Hyper-converged infrastructure (HCI) is the next level of converged infrastructure. HCI is a new type of CI with a

software-centric architecture based on smaller, industry-standard building-block servers that can be scaled. HCI

has a software-defined architecture with everything virtualized. Compute, storage, and networking functions are

decoupled from the underlying infrastructure and run on a common set of physical resources that are based on

industry-standard components. Hyper-converged systems do not include separate enterprise storage arrays.

Instead, they adopt industry-standard server platforms with local direct-attached storage (DAS), which is

virtualized using software-defined storage technology. (See Figure 2 below.) By integrating these technologies,

HCI systems are managed as a single system through a common toolset.

The ideal HCI solution integrates these building-block servers with a familiar, simple management software for

reliability and serviceability. This enables efficient and safe use of commodity-off-the-shelf (COTS) hardware.

Simple management software allows a common operational model, which drives efficiency and enables workload

mobility. Other benefits of HCI include a lower total cost of operation as well as flexible scalability—nodes, which

provide both CPU and storage, can easily be added to meet business demands. Unlike CI, the technologies in HCI

are so integrated that they cannot be broken down into separate components for independent use. HCI offers a

seamless framework of integrated, virtualized, scalable nodes with built-in management.

Figure 2: CI and HCI

HCI carries forward the benefits of CI, including a single shared resource pool, and takes them even further. By

reinventing the underlying data architecture, HCI includes full data services. Complete integration and innovation at

the software layer allows for radically simple end-to-end data management. Deploying new infrastructure, which

could take up to a week in the build-your-own model, can be up and running in under 30 minutes, because HCI

offers such high levels of task automation. Ideally, HCI is fully integrated, preconfigured, and tested. This provides

a simple, cost effective, non-disruptive scalable solution with centralized management functionality, rich data

services, and a single source of support.

HCI enables faster, better, and simpler management of consolidated workloads, virtual desktops, business-critical

applications, and remote office infrastructure.

HCI solutions have distinct features including scalability, simplicity, and data services.

Scalability. Hyper-converged infrastructures are designed to scale out by adding nodes, which provides a

predictable “pay-as-you-grow” approach. Adding nodes rather than separately adding CPUs or storage capacity,

ETH

VXRAIL CONCEPTS AND ARCHITECTURE

10 © 2016 VCE COMPANY, LLC. ALL RIGHTS RESERVED.

management. This requires an infrastructure solution with an extremely high level of efficiency and serviceability,

such as hyper-converged infrastructure.

HYPER-CONVERGED INFRASTRUCTURE

Hyper-converged infrastructure (HCI) is the next level of converged infrastructure. HCI is a new type of CI with a

software-centric architecture based on smaller, industry-standard building-block servers that can be scaled. HCI

has a software-defined architecture with everything virtualized. Compute, storage, and networking functions are

decoupled from the underlying infrastructure and run on a common set of physical resources that are based on

industry-standard components. Hyper-converged systems do not include separate enterprise storage arrays.

Instead, they adopt industry-standard server platforms with local direct-attached storage (DAS), which is

virtualized using software-defined storage technology. (See Figure 2 below.) By integrating these technologies,

HCI systems are managed as a single system through a common toolset.

The ideal HCI solution integrates these building-block servers with a familiar, simple management software for

reliability and serviceability. This enables efficient and safe use of commodity-off-the-shelf (COTS) hardware.

Simple management software allows a common operational model, which drives efficiency and enables workload

mobility. Other benefits of HCI include a lower total cost of operation as well as flexible scalability—nodes, which

provide both CPU and storage, can easily be added to meet business demands. Unlike CI, the technologies in HCI

are so integrated that they cannot be broken down into separate components for independent use. HCI offers a

seamless framework of integrated, virtualized, scalable nodes with built-in management.

Figure 2: CI and HCI

HCI carries forward the benefits of CI, including a single shared resource pool, and takes them even further. By

reinventing the underlying data architecture, HCI includes full data services. Complete integration and innovation at

the software layer allows for radically simple end-to-end data management. Deploying new infrastructure, which

could take up to a week in the build-your-own model, can be up and running in under 30 minutes, because HCI

offers such high levels of task automation. Ideally, HCI is fully integrated, preconfigured, and tested. This provides

a simple, cost effective, non-disruptive scalable solution with centralized management functionality, rich data

services, and a single source of support.

HCI enables faster, better, and simpler management of consolidated workloads, virtual desktops, business-critical

applications, and remote office infrastructure.

HCI solutions have distinct features including scalability, simplicity, and data services.

Scalability. Hyper-converged infrastructures are designed to scale out by adding nodes, which provides a

predictable “pay-as-you-grow” approach. Adding nodes rather than separately adding CPUs or storage capacity,

VXRAIL CONCEPTS AND ARCHITECTURE

10 © 2016 VCE COMPANY, LLC. ALL RIGHTS RESERVED.

management. This requires an infrastructure solution with an extremely high level of efficiency and serviceability,

such as hyper-converged infrastructure.

HYPER-CONVERGED INFRASTRUCTURE

Hyper-converged infrastructure (HCI) is the next level of converged infrastructure. HCI is a new type of CI with a

software-centric architecture based on smaller, industry-standard building-block servers that can be scaled. HCI

has a software-defined architecture with everything virtualized. Compute, storage, and networking functions are

decoupled from the underlying infrastructure and run on a common set of physical resources that are based on

industry-standard components. Hyper-converged systems do not include separate enterprise storage arrays.

Instead, they adopt industry-standard server platforms with local direct-attached storage (DAS), which is

virtualized using software-defined storage technology. (See Figure 2 below.) By integrating these technologies,

HCI systems are managed as a single system through a common toolset.

The ideal HCI solution integrates these building-block servers with a familiar, simple management software for

reliability and serviceability. This enables efficient and safe use of commodity-off-the-shelf (COTS) hardware.

Simple management software allows a common operational model, which drives efficiency and enables workload

mobility. Other benefits of HCI include a lower total cost of operation as well as flexible scalability—nodes, which

provide both CPU and storage, can easily be added to meet business demands. Unlike CI, the technologies in HCI

are so integrated that they cannot be broken down into separate components for independent use. HCI offers a

seamless framework of integrated, virtualized, scalable nodes with built-in management.

Figure 2: CI and HCI

HCI carries forward the benefits of CI, including a single shared resource pool, and takes them even further. By

reinventing the underlying data architecture, HCI includes full data services. Complete integration and innovation at

the software layer allows for radically simple end-to-end data management. Deploying new infrastructure, which

could take up to a week in the build-your-own model, can be up and running in under 30 minutes, because HCI

offers such high levels of task automation. Ideally, HCI is fully integrated, preconfigured, and tested. This provides

a simple, cost effective, non-disruptive scalable solution with centralized management functionality, rich data

services, and a single source of support.

HCI enables faster, better, and simpler management of consolidated workloads, virtual desktops, business-critical

applications, and remote office infrastructure.

HCI solutions have distinct features including scalability, simplicity, and data services.

Scalability. Hyper-converged infrastructures are designed to scale out by adding nodes, which provides a

predictable “pay-as-you-grow” approach. Adding nodes rather than separately adding CPUs or storage capacity,

Arquitectura Tradicional

Sca

leU

p

Giga E

VXRAIL CONCEPTS AND ARCHITECTURE

10 © 2016 VCE COMPANY, LLC. ALL RIGHTS RESERVED.

management. This requires an infrastructure solution with an extremely high level of efficiency and serviceability,

such as hyper-converged infrastructure.

HYPER-CONVERGED INFRASTRUCTURE

Hyper-converged infrastructure (HCI) is the next level of converged infrastructure. HCI is a new type of CI with a

software-centric architecture based on smaller, industry-standard building-block servers that can be scaled. HCI

has a software-defined architecture with everything virtualized. Compute, storage, and networking functions are

decoupled from the underlying infrastructure and run on a common set of physical resources that are based on

industry-standard components. Hyper-converged systems do not include separate enterprise storage arrays.

Instead, they adopt industry-standard server platforms with local direct-attached storage (DAS), which is

virtualized using software-defined storage technology. (See Figure 2 below.) By integrating these technologies,

HCI systems are managed as a single system through a common toolset.

The ideal HCI solution integrates these building-block servers with a familiar, simple management software for

reliability and serviceability. This enables efficient and safe use of commodity-off-the-shelf (COTS) hardware.

Simple management software allows a common operational model, which drives efficiency and enables workload

mobility. Other benefits of HCI include a lower total cost of operation as well as flexible scalability—nodes, which

provide both CPU and storage, can easily be added to meet business demands. Unlike CI, the technologies in HCI

are so integrated that they cannot be broken down into separate components for independent use. HCI offers a

seamless framework of integrated, virtualized, scalable nodes with built-in management.

Figure 2: CI and HCI

HCI carries forward the benefits of CI, including a single shared resource pool, and takes them even further. By

reinventing the underlying data architecture, HCI includes full data services. Complete integration and innovation at

the software layer allows for radically simple end-to-end data management. Deploying new infrastructure, which

could take up to a week in the build-your-own model, can be up and running in under 30 minutes, because HCI

offers such high levels of task automation. Ideally, HCI is fully integrated, preconfigured, and tested. This provides

a simple, cost effective, non-disruptive scalable solution with centralized management functionality, rich data

services, and a single source of support.

HCI enables faster, better, and simpler management of consolidated workloads, virtual desktops, business-critical

applications, and remote office infrastructure.

HCI solutions have distinct features including scalability, simplicity, and data services.

Scalability. Hyper-converged infrastructures are designed to scale out by adding nodes, which provides a

predictable “pay-as-you-grow” approach. Adding nodes rather than separately adding CPUs or storage capacity,

Hyper Converged Nodes

VXRAIL CONCEPTS AND ARCHITECTURE

10 © 2016 VCE COMPANY, LLC. ALL RIGHTS RESERVED.

management. This requires an infrastructure solution with an extremely high level of efficiency and serviceability,

such as hyper-converged infrastructure.

HYPER-CONVERGED INFRASTRUCTURE

Hyper-converged infrastructure (HCI) is the next level of converged infrastructure. HCI is a new type of CI with a

software-centric architecture based on smaller, industry-standard building-block servers that can be scaled. HCI

has a software-defined architecture with everything virtualized. Compute, storage, and networking functions are

decoupled from the underlying infrastructure and run on a common set of physical resources that are based on

industry-standard components. Hyper-converged systems do not include separate enterprise storage arrays.

Instead, they adopt industry-standard server platforms with local direct-attached storage (DAS), which is

virtualized using software-defined storage technology. (See Figure 2 below.) By integrating these technologies,

HCI systems are managed as a single system through a common toolset.

The ideal HCI solution integrates these building-block servers with a familiar, simple management software for

reliability and serviceability. This enables efficient and safe use of commodity-off-the-shelf (COTS) hardware.

Simple management software allows a common operational model, which drives efficiency and enables workload

mobility. Other benefits of HCI include a lower total cost of operation as well as flexible scalability—nodes, which

provide both CPU and storage, can easily be added to meet business demands. Unlike CI, the technologies in HCI

are so integrated that they cannot be broken down into separate components for independent use. HCI offers a

seamless framework of integrated, virtualized, scalable nodes with built-in management.

Figure 2: CI and HCI

HCI carries forward the benefits of CI, including a single shared resource pool, and takes them even further. By

reinventing the underlying data architecture, HCI includes full data services. Complete integration and innovation at

the software layer allows for radically simple end-to-end data management. Deploying new infrastructure, which

could take up to a week in the build-your-own model, can be up and running in under 30 minutes, because HCI

offers such high levels of task automation. Ideally, HCI is fully integrated, preconfigured, and tested. This provides

a simple, cost effective, non-disruptive scalable solution with centralized management functionality, rich data

services, and a single source of support.

HCI enables faster, better, and simpler management of consolidated workloads, virtual desktops, business-critical

applications, and remote office infrastructure.

HCI solutions have distinct features including scalability, simplicity, and data services.

Scalability. Hyper-converged infrastructures are designed to scale out by adding nodes, which provides a

predictable “pay-as-you-grow” approach. Adding nodes rather than separately adding CPUs or storage capacity,

Arquitectura Hiperconvergente

Scale UP & Out

Menos capas

Escalabilidad: Up &Out

Storage

Compute

I ::::::::::: I Network

Storage

Compute

Storage

Compute

Storage

Compute

Disponibilidad -Redundancia

Menor Capex yOpex

Matriz Compatibilidad de Software

I ::::::::::: I

13-

2017 fue un gran año para la HCI

1. Informe sobre las tendencias de la infraestructura hiperconvergente de ESG, julio de 20172. IDC Q4’17 System Tracker, abril de 20183. Topline Research, agosto de 2017

Adopción del cliente1

El uso de la HCI ha aumentado a más del doble desde 2015

2 veces

Crecimiento del mercado2

US$3,780 millones en los últimos 12 meses | 30 % del mercado

global de sistemas convergentes

64 %

Uso de la HCI para la infraestructura primaria3

La mayoría de las implementaciones se encuentran en el centro

de datos principal

47 %

Implementación de cargas de trabajo mixtas3

Incluye aplicaciones de misión crítica y aplicaciones nuevas

y modernas

45 %

14-

Hazlo realidad: Portafolio de HCI de Dell EMCcon tecnología de los procesadores escalables Intel® Xeon®

Definición por software | Alta automatización | Compatibilidad con la mayoría de las cargas de trabajo

Dispositivo

Ready Node

MicrosoftHypervisores mixtos

Nodos preparados

para vSAN

Para los procesos existentes de

administración del ciclo de vida con

VMware vSANMicrosoft

Storage Spaces Direct

Ready Node

Para Microsoft Hyper-V en Storage Spaces Direct

VxFlex Ready Node

Para la flexibilidad de hypervisor con VxFlex OS

VMware

VxRail

Dispositivo listo para usar con

simplificación del ciclo de vida completo

La forma más fácil y rápida

de implementar un SDDC

de VMware

VxRack SDDC VxRack FLEX

Cuando el rendimiento y la

escalabilidad son la máxima

prioridad

Nube para

Microsoft Azure Stack

VxRack AS

HCI especialmente

diseñada para Microsoft

Azure Stack

Serie XC

Cuando las opciones de hipervisor son

un requisito

A escala de rack

Serie XC

Cuando Microsoft Hyper-V es un requisito

15-

ACELERACIÓN DE LA

TRANSFORMACIÓN

INTEGRACIÓN

TRANSPARENTE

SERVICIOS COMPLETAMENTE

CARGADOS

COMPLETAMENTE

CONFIGURABLE

UNA SOLA FUENTE DE SOPORTE

DEL CICLO DE VIDA DE PUNTO

A PUNTO

UNA

73 % 46 % 619 %

Costos menores

de las operaciones2

ROI de 5 años1Más rápido de

implementar1

1 IDC, octubre de 20172 Silverton Consulting, julio de 2017

Acelere la transformación de la TI con Dell EMC VxRailCon tecnología de los procesadores escalables Intel® Xeon®

16-

Velocidad de adopción de la nube

Ma

du

rez d

e la

nu

be

Modernización del centro de datos Nube privada Nube pública

HCI

Diseño de SDDC validado

Nube híbrida

Plataforma de SDDC integrada

BYO

VMware Cloud en AWS

Proveedores de nube de

VMware

Aceleración de la transformación de la TI en una infraestructura Multi-Cloud

17-

Liderazgo de Dell EMC en el sector

N.°En infraestructura hiperconvergente

y

convergente

Hablemos de CI

18-

Hazlo realidad: Dell EMC VxBlock 1000

El único sistema de Convergente todo en uno del sectorOpción de tecnología sin precedentes | Administración simplificada del ciclo de vida | Arquitectura perenne

Dell EMC Isilon Gen 6Dell EMC

VMAX

Dell EMC Unity

Servidores bladeCisco UCS

Servidores en rack Cisco UCSDell EMC

XtremIO X2

Switches LAN Cisco Nexus

Switches SAN Cisco MDS

La gama más amplia de arreglos de

almacenamiento líderes del mercado con

tecnología de los procesadores escalables

Intel® Xeon®

Servicios de datos optimizados para

todas las clases de cargas de trabajo

y objetivos de precio/rendimiento

Más de 1,000

configuraciones

de servidores de

procesamiento

Opciones de CPU y memoria

para satisfacer todos los

objetivos de precio/rendimiento

de las aplicaciones

Switches LAN y SAN

líderes del mercado

Alta escalabilidad de recursos

con rendimiento predecible

La suite más amplia de

soluciones de protección

de datos integradas

Protección para las

aplicaciones y los datos críticos

de producción y del sistema

Dell EMC PowerMax

Data Protection Suite

Administración convergente,

generación de informes

y coordinaciónSimplifica las operaciones diarias

para la transformación de la TI

19-

VxBlock System 1000

VxBlock 1000: Una nueva generación de CI

Agilidad del negocioCombinación adecuada de recursos y servicios de datos para las

necesidades de las aplicaciones en evolución

Eficiencia del centro de datosPool de recursos compartido para maximizar la utilización, eliminar

la capacidad anclada y aumentar el ROI

Simplicidad operacionalUna experiencia de sistema diseñada con garantía del ciclo de vida permite

la innovaciónCon tecnología de los

procesadores escalables

Intel® Xeon®

20-

Puntos clave para recordar

Las infraestructuras convergentes (CI) e hiperconvergentes (HCI) representan la forma más rápida y sencilla de modernizar el centro de datos1

La convergencia seguirá siendo un catalizador de la transformación. ¡No se quede atrás!3

La CI y la HCI ofrecen la agilidad, la escalabilidad y la simplicidad del negocio necesarias para mantenerse competitivo2

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22-