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[Salta] IBM PureSystems - Sebastián Manassero

IBM introduces its new family of integrated expert systems called Pure Systems. Pure Systems are factory integrated and optimized combinations of hardware and software that are designed to simplify deployment, management, and maintenance. They provide built-in expertise to automate complex tasks and optimize system performance and efficiency. The first Pure Systems models are the PureFlex, optimized for infrastructure resources, and the PureApplication, optimized for rapid application deployment. Both are designed for performance, virtualization, upgradeability, and flexibility for cloud computing. Pure Systems aim to reduce the time, effort and risk of IT projects through their integrated and simplified experience.

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IBM Pure Systems Una nueva familia de sistemas expertos integrados Sebastian Manassero – Field Technical Sales Specialist © 2012 IBM Corporation
El nuevo estándar Computer Intelligence Learning Systems Computing Tabulating Time © 2012 IBM Corporation 2
El cliente experimenta las barreras de tiempo, costo y riesgo hoy Alineando los objetivos de IT y del negocio Business Goals Grow top and bottom line by: IT Reality • Driving business Getting Up and Running innovation Takes months: • Specify/Design • Integrate • Make new markets • Deploy • Procure • Respond to competitive threats Development Operations • Enhance the customer Takes 30-90 days: experience • Provision • Configure Ongoing Effort Takes months and requires downtime: • Customize/Tune • Maintain • Scale • Upgrade • Manage © 2012 IBM Corporation 4
Los Clientes han probado varias alternativas para cerrar el gap Client-tuned Systems Appliances Cloud Benefits Flexibility Simplicity Agility Control Rapid Deployment Elasticity Challenges Time and Shared Expense Single Purpose Dependence Required What if you could have the best of all three? © 2012 IBM Corporation 5
Atributos únicos de los sistemas expertos integrados Built-in Expertise Integración by Capturing and Design automating what Deeply integrating and experts do – from tuning hardware and the infrastructure to the software – in a single, application ready-to-go system Experiencia Simplificada Making every part of the IT lifecycle easier Integrated management of the entire system A broad open ecosystem of optimized solutions © 2012 IBM Corporation 7
IBM Pure System: integration by design Deployment Applications Middleware Optimizes the complete Development solution stack: • All hardware and software components factory integrated and optimized • Born virtualized and ready for cloud Management • Storage tuned to data needs • Hardware directly tuned to the software • System resource allocation uniquely optimized per selected pattern for each Virtualization application workload Storage Servers Networking © 2012 IBM Corporation 10
IBM Pure System: Experiencia simplificada Nueva experiencia para los clientes: • Single product streamlines ordering, tracking, receiving, installing and running • Factory installed, fully packaged solutions drive simple setup (pull it out of the box, plug it in and boot it up) • Management integration across system • Single point of contact for support • Upgrade with zero downtime based on integrated patches and system design • A broad open ecosystem of optimized solutions © 2012 IBM Corporation 11
IBM Pure System habilita múltiples iniciativas de clientes Optimize Innovate Better tune and automate systems and More rapidly deliver new applications applications to improve application and services to performance, scalability and reliability meet new business needs Consolidate More efficiently Accelerate Cloud consolidate More quickly enable systems and secure, and integrated applications to reduce cloud environments operating expenses Optimize Innovate Accelerate Consolidate Cloud © 2012 IBM Corporation 12
Presentando IBM Pure Systems Los primeros miembros de una nueva familia de sistemas expertos integrados con: • Built-in expertise to address complex business and operational tasks automatically • Integration by design to tune systems for optimal performance and efficiency • Simplified experience from design to purchase to maintenance IBM Pure Systems IBM Pure System Pure Flex Pure Application Expert at: sensing and Expert at: optimally anticipating resource deploying and running needs to optimize your applications for rapid infrastructure time-to-value • Factory integrated • Expert designed, integrated and optimized system and optimized application infrastructure aware platform • Integrated management • Workload patterns of expertise • Automation and optimization expertise • Simplified management with a single console • Optimized for performance and virtualized for efficiency • No compromise design with system level upgradability • Designed for cloud with flexibility and simplicity © 2012 IBM Corporation 13
Pure Systems: Integración más allá de la caja… High Memory Capacity Rack High Memory Capacity Rack Servers Servers Switches Firewall Clients Switches Network Application Web Servers Security Servers Management Servers Servers Security WebSphere File Servers Print Servers Gateway Appl. Servers Storage Network SAN SAN © 2012 IBM Corporation 15
Experiencia Simplificada Reduzca tiempo, esfuerzo y riesgo a lo largo del ciclo de Expert Integrated vida de la solución Systems Comienza con la Compra: Un continuo de valor desde building blocks a Pure Systems Building Blocks IBM Pure Flex IBM Pure Application Pre-configured, pre- Pre-configured, pre- Chassis integrated infrastructure integrated platform systems systems with compute, with middleware designed for storage, networking, physical transactional web Compute and virtual management, and applications and enabled for Nodes entry cloud management cloud with integrated with integrated expertise. expertise. Storage Node Management Appliance Networking Expansion © 2012 IBM Corporation 16
El futuro de los sistemas integrados Servers Storage Networking Management © 2012 IBM Corporation 17
IBM Pure System – Infraestructura del Chasis 10U © 2012 IBM Corporation 18
IBM NGP – Infrastructura del Chasis 80 mm Fan Packs (8X) 40 mm Fans (2X) CME (2X) Fan Mux Card (2X) Power Supplies (6X) IO Modules (4X) © 2012 IBM Corporation 19
Management Physical – Virtual – Workloads Manage across multiple architectures and hypervisors © 2012 IBM Corporation 20
Experiencia simplificada de administración con automatización avanzada Reduzca riesgos a través del management integrado de la plataforma Management • New user interface and configuration automation brings new components online faster* • Cross-resource integration and automation Management enables transformation from managing resources to managing applications, services and workloads • Works with the management you have - other Networking Storage IBM platform tools, Tivoli and third party System infrastructure enterprise management (e.g., CA, BMC, HP, etc.) • Easier monitoring, alerts and problem management through automated resolution Virtualization Compute processes with integrated expertise Setup Wizards Global Find Chassis Map Remote Presence © 2012 IBM Corporation 21
Administración del Chasis Integrada © 2012 IBM Corporation 22
FSM Management Node © 2012 IBM Corporation 25
Experiencia de bienvenida de IBM Pure System Experiencia de Systems Management Setup • Completo – Full suite de setup wizards para asegurar al usuario un setup competo y exitoso • Automation – (e.g., Software Management integrated with the Hardware) • Primary goal of our users is no user errors – those can be extremely costly • Object oriented steps (makes it more intuitive to follow), and iconic © 2012 IBM Corporation 26
Pure System Chassis Manager – Quick finder 1) “ch” – switch’s Quick finder and chassis 2) “sw” – all 6 switches • Quickly finds everything – actions and objects, and enabled for semantic finds too • Examples, at right, of massive reductions of possible targets after just two letters – very powerful 3) “se” – all 16 servers 4) “66” – the single “666666” server © 2012 IBM Corporation 27
IBM Pure System “Chassis Map” – 6 view overlays “Status Information” – toggle and settings “Compliance, Firmware & Notifications” – toggle “Hardware Access States” – toggle and settings “Highlight Front Panel LEDs” – toggle and settings “Component Names and Properties” – toggle and settings Thermal and Power Metrics – toggle © 2012 IBM Corporation 28
Compute POWER7 & x86 No compromise design for the next decade © 2012 IBM Corporation 30
Integración sin compromiso, diseñado para la próxima década Compute IBM 2S EP Compute Node IBM 2S EN Compute Node System Portfolio tuned to IBM Dense Compute Node workloads ◊ System infrastructure IBM 4S EP Compute Reduce acquisition costs Node through virtualization consolidation IBM 2S Power7 Compute Node ◊ Maximum platform capability provides deployment IBM 2S PowerLinux flexibility Compute Node IBM 4S Power7 Compute Node IBM PCIe Expansion Node © 2012 IBM Corporation 31
Integration without compromise, designed for the next decade Compute IBM 2S EP Compute Node Uncompromised Compute, IO, and Storage performance, designed for mainstream virtualization, and a broad range of workloads Standard Width compute node 2x IO Mezzanine Cards 2x Intel E5 2600 System infrastructure ◊ Processors 2-socket Sandy Bridge-EP ◊ 24 LP DDR3 DIMMs / 1333MHz / 1600MHz ◊ 24 LP 10Gb Converged LOM DIMMs ◊ 2 hot swap 2.5” SAS/SATA Keyboard, Mouse, SSDs or HDDs Video Dongle connector ◊ Dual Enabled Hypervisor – ESXi on Flash Key Option 2x Hot Swap, Small Release latch Form Factor HDDs © 2012 IBM Corporation 32
Integration without compromise, designed for the next decade Compute IBM 2S EN Compute Node Entry cost optimized compute, designed for energy-efficiency, ideal for native and point application workloads Standard Width compute node System infrastructure ◊ 2-socket Sandy Bridge-EN 12x LP DIMMs ◊ 12 LP DDR3 DIMMs / 1333MHz / 1600MHz ◊ 1G base with FoD to 10Gb ◊ 2 hot swap 2.5” SAS/SATA 2x IO Mezzanine SSDs or HDDs Cards 2x Hot Swap, Small 2x Intel E3 1200 Form Factor HDDs Processors © 2012 IBM Corporation 33
Integration without compromise, designed for the next decade Compute IBM Dense Compute Node Highest Compute Density, small footprint, ideal for scale-out and Cloud deployment Dense compute node ◊ 2x Intel E5 2400 System infrastructure Twin board 2-Socket Sandy Processors 12x LP DIMMs Common IO Bridge-EN Mezzanine Cards ◊ 2-Socket Romley-EN, 95W ◊ 12 LP DDR3 DIMMs / 1333MHz ◊ 1G base with FoD to 10Gb 1x Hot Swap, ◊ Small Form 1 hot swap 2.5” SAS/SATA Factor HDD SSDs or HDDs © 2012 IBM Corporation 34
Integration without compromise, designed for the next decade Compute IBM 4S EP Compute Node Delivers maximum CPU, memory, and IO performance, ideal for database and large VM deployment Full Width compute node ◊ System infrastructure 4-socket Sandy Bridge-EP 48x LP DIMMs ◊ 48 LP DDR3 DIMMs / 1333MHz / 1600MHz ◊ 10Gb LOM ◊ 2 hot swap 2.5” SAS/SATA SSDs or HDDs ◊ 4x IO Mezzanine Dual Enabled Hypervisor – Cards ESXi on Flash Key Option 2x Hot Swap, Small 4x Intel E5 4600 Form Factor HDDs Processors © 2012 IBM Corporation 35
Integration without compromise, designed for the next decade Compute IBM 2S Power7 Compute Node Power is Performance Redefined Delivers over 30% greater performance with similar density and energy use of the previous Standard Width compute POWER7 blades node DIMMs Mezz 1 System infrastructure ◊ DIMMs IO Hub 2-socket Power7® DIMMs POWER7 ◊ Socket DIMMs IO Hub 64-bit Power7® processor DIMMs (12S technology) DIMMs ◊ DIMMs POWER7 16 core : 2 Socket x8 core Socket DIMMs Mezz 2 ◊ 16 DIMMs DDR3, 1066 MHz, RAID Controller 256GB Max 2 x SAS 2.5” HDD or 2 x 1.8” SDD drives © 2012 IBM Corporation 36
Integration without compromise, designed for the next decade Compute IBM 2S Power7 Compute Node for Linux only Power is Performance Redefined Actualize cost savings through reduced power consumption, shared resources, and increased Linux only Compute Node utilization optimized for POWER DIMMs Mezz 1 architecture System infrastructure DIMMs IO ◊ DIMMs Hub POWER7 Tuned for PowerLinux Socket DIMMs IO Hub Strategic Solutions DIMMs ◊ DIMMs 2-socket Power7® DIMMs POWER7 ◊ Socket DIMMs Mezz 2 12 to 16 cores : multiple speed RAID Controller 2 x SAS 2.5” HDD or 2 x 1.8” SDD drives © 2012 IBM Corporation 37
Integration without compromise, designed for the next decade Compute IBM 4S Power7 Compute Node Power is Performance Redefined The same 4-socket server technology behind Watson, is now enhanced and available on Power Compute Node for Pure Mezz 1 DIMMs System Full Width compute node DIMMs ◊ POWER7 DIMMs System infrastructure 4-socket Power7® Socket DIMMs IO Hub DIMMs ◊ DIMMs 64-bit Power7® processor DIMMs (12S technology) POWER7 Socket DIMMs Mezz 2 ◊ 32 core : 4 Socket x8 core DIMMs Mezz 3 DIMMs IO ◊ DIMMs Hub 32 DIMMs DDR3, 1066 MHz, POWER7 Socket DIMMs IO 512GB Max DIMMs Hub DIMMs DIMMs POWER7 DIMMs Socket Mezz 4 *HDD or SSD – Mounted on cover (located over memory) © 2012 IBM Corporation 38
Integration without compromise, designed for the next decade Compute IBM PCIe Expansion Node • A new I/O expansion Compute sidecar • Industry standard PCIe cards • Additional Next Generation Platform fabric I/O Utilize high-capacity, flash • Graphics, Storage, and I/O adapters based storage to significantly PCIe Full System infrastructure boost transaction based Width, Full workloads PCIe Bridge Chip Height Slots ◊ 2 Extra (2) PCIe Low Utilize high performance Mez slots Profile Slots GPUs to boost (2) computationally capabilities ◊ Enable attachment of external drive enclosures ◊ Tap all available I/O of modern CPU architectures PCIe Adapters load from front © 2012 IBM Corporation 39
Storage Midrange SAN – Virtualized – Tiering © 2012 IBM Corporation 40
Storage Integrado Escalable Escalable a 240 HDDs/SSDs, clusterizable a cuatro sistemas (960 Escalable hacia HDDs) Integrated dentro expansiones Pure System Chassis del chassis externas de rack Escalable dentro del chasis Pure Storage ITE – Dual Controller NGP Chassis Storage ITE – JBOD Standard Rack Enclosure Storage ITE – JBOD Storage ITE – JBOD Storage ITE © 2012 IBM Corporation 44
Networking Nuevos Switches diseñados para virtualización Ancho de banda escalable, Puertos escalables ó ambos © 2012 IBM Corporation 45
Integración sin compromiso, diseñado para la próxima década Networking IBM Pure System Chassis Fans CMM Standard Node bays 14 Node Bays (7 Full Wide) Infrastructure supporting multi fabrics, Ethernet, FCoE, Fibre Channel System infrastructure ◊ Power Energy efficient cooling Supplies (6X) 10 U and power system ◊ REAR Integrated FRONT Multi-chassis management Scalable Switch Bays Storwize V7000 ◊ • 4 scalable switch bays Easy to use with integrated • 10U Chassis, 14 bays single-point management • Standard and Full width node support ◊ Designed to support future • Up to 6 2500W power supplies N+N or N+1 advancements in I/O, configurations processors, memory, and • Up to 8 cooling fans (scalable) storage • Integrated chassis management through CME © 2012 IBM Corporation 46
Arquitectura de red Integrada, Optimizada y Automatizada Encaja dentro de su ambiente actual y futuro El Problema: Los offerings actuales de Flexibilidad Extrema networking carecen de la • Diseñanda para cumplir los flexibilidad para cumplir las requerimientos de puertos y ancho de demandas de I/O de la próxima banda para la próxima década década. Los clientes a veces • Pague por lo que necesita hoy con tienen que estar pagando hoy Features on Demand (FoD) los costos de la tecnología para Máxima Performance mañana. • 1er. 40Gb capable Blade Ethernet Switch • 1er. 16Gb capable Blade SAN Switch • 1er 56Gb capable Infiniband FDR switch • Hasta 220Gb uplink BW and <1microsec latency Convergencia basada en Estándares • 10Gb iSCSI and FCoE offering • 1er 40Gb end to end FCoE offering (post GA) • Standard based for seamless integration © 2012 IBM Corporation 47
Flexibilidad: Escale Ancho de Banda, Puertos, o Ambos Switch IBM 10Gb: Cableado para hasta 3 puertos de 10Gb por nodo y 22 puertos externos Networking • Base Switch: Enables 14 internal 10Gb ports (one to each server) and 10 external 10Gb 14 Logical ports internal partition 1 • Supports the 2 port 10Gb LOM and Virtual ports IBM 10Gb Virtual Fabric Switch Fabric capability System infrastructure Pool of uplink ports • 1st Upgrade via FoD: Enables 2nd set of 14 internal 10Gb ports (one to each server) and 14 Logical 2 40Gb ports internal partition 2 ports • Each 40Gb port can be used as four 10Gb ports • Supports the 4-port Virtual Fabric adapter • 2nd upgrade via FoD: Enables 3rd set of 14 Logical fourteen internal 10Gb ports (one to each internal partition 3 server) and four external 10Gb ports ports • Capable of supporting a six port card in future © 2012 IBM Corporation 48
Packaging de las ediciones IBM Flex System Flexibilidad y simplicidad desde la compra a la implementación  Pre-configured, pre-integrated systems with servers, storage and networking  Includes NGP System Manager for integrated management across all virtual resources  Available in predefined starting points delivered integrated and tested Express Standard Enterprise  10Gb Network Switch  2 10Gb Network Switch  2 10Gb Network Switch  8Gb Fibre Chan. Sw.  2 16Gb Fibre Chan Sw.  2 16Gb Fibre Chan Sw.  2 Power / 4 Fans  4 Power / 6 Fans  6 Power / 8 Fans  Flex Sys Mgr Advanced  Flex Sys Mgr Advanced &  Flex System Manager  V7000 Storage Controller Redundancy Option  V7000 Storage Controller  V7000 Storage Controller  2x SSDs  Compute Node (x or power)  Compute Node (x or power)  2x SSDs  Services  Gold Support Services  Compute Node (x or power)  Platinum Support Services Optimized for small and Optimized for application Optimized for transactional midsize businesses. servers with supporting and database systems. Most affordable storage and networking. Redundancy for entry point. resilient operation.  Todas las configuraciones son Cloud ready con la adición de SmartCloud Entry SW  Elección entre procesadores IBM POWER7 o Intel x86  Cualquier combinación de PowerVM, KVM, VMware, or Microsoft HyperV  Elección entre AIX, IBM i, Microsoft Windows ®, and Linux from Red Hat, SUSE © 2012 IBM Corporation 50
© 2012 IBM Corporation 69
Integration without compromise, designed for the next decade Compute IBM 2S EP Compute Node Uncompromised Compute, IO, and Storage performance, designed for mainstream virtualization, and a broad range of workloads Standard Width compute node 2x IO Mezzanine Cards 2x Intel E5 2600 System infrastructure ◊ Processors 2-socket Sandy Bridge-EP ◊ 24 LP DDR3 DIMMs / 1333MHz / 1600MHz ◊ 24 LP 10Gb Converged LOM DIMMs ◊ 2 hot swap 2.5” SAS/SATA Keyboard, Mouse, SSDs or HDDs Video Dongle connector ◊ Dual Enabled Hypervisor – ESXi on Flash Key Option 2x Hot Swap, Small Release latch Form Factor HDDs © 2012 IBM Corporation 71
Integration without compromise, designed for the next decade Compute IBM 2S EN Compute Node Entry cost optimized compute, designed for energy-efficiency, ideal for native and point application workloads Standard Width compute node System infrastructure ◊ 2-socket Sandy Bridge-EN 12x LP DIMMs ◊ 12 LP DDR3 DIMMs / 1333MHz / 1600MHz ◊ 1G base with FoD to 10Gb ◊ 2 hot swap 2.5” SAS/SATA 2x IO Mezzanine SSDs or HDDs Cards 2x Hot Swap, Small 2x Intel E3 1200 Form Factor HDDs Processors © 2012 IBM Corporation 72
Integration without compromise, designed for the next decade Compute IBM Dense Compute Node Highest Compute Density, small footprint, ideal for scale-out and Cloud deployment Dense compute node ◊ 2x Intel E5 2400 System infrastructure Twin board 2-Socket Sandy Processors 12x LP DIMMs Common IO Bridge-EN Mezzanine Cards ◊ 2-Socket Romley-EN, 95W ◊ 12 LP DDR3 DIMMs / 1333MHz ◊ 1G base with FoD to 10Gb 1x Hot Swap, ◊ Small Form 1 hot swap 2.5” SAS/SATA Factor HDD SSDs or HDDs © 2012 IBM Corporation 73
Integration without compromise, designed for the next decade Compute IBM 4S EP Compute Node Delivers maximum CPU, memory, and IO performance, ideal for database and large VM deployment Full Width compute node ◊ System infrastructure 4-socket Sandy Bridge-EP 48x LP DIMMs ◊ 48 LP DDR3 DIMMs / 1333MHz / 1600MHz ◊ 10Gb LOM ◊ 2 hot swap 2.5” SAS/SATA SSDs or HDDs ◊ 4x IO Mezzanine Dual Enabled Hypervisor – Cards ESXi on Flash Key Option 2x Hot Swap, Small 4x Intel E5 4600 Form Factor HDDs Processors © 2012 IBM Corporation 74
Integration without compromise, designed for the next decade Compute IBM 2S Power7 Compute Node Power is Performance Redefined Delivers over 30% greater performance with similar density and energy use of the previous Standard Width compute POWER7 blades node DIMMs Mezz 1 System infrastructure ◊ DIMMs IO Hub 2-socket Power7® DIMMs POWER7 ◊ Socket DIMMs IO Hub 64-bit Power7® processor DIMMs (12S technology) DIMMs ◊ DIMMs POWER7 16 core : 2 Socket x8 core Socket DIMMs Mezz 2 ◊ 16 DIMMs DDR3, 1066 MHz, RAID Controller 256GB Max 2 x SAS 2.5” HDD or 2 x 1.8” SDD drives © 2012 IBM Corporation 75
Integration without compromise, designed for the next decade Compute IBM 2S Power7 Compute Node for Linux only Power is Performance Redefined Actualize cost savings through reduced power consumption, shared resources, and increased Linux only Compute Node utilization optimized for POWER DIMMs Mezz 1 architecture System infrastructure DIMMs IO ◊ DIMMs Hub POWER7 Tuned for PowerLinux Socket DIMMs IO Hub Strategic Solutions DIMMs ◊ DIMMs 2-socket Power7® DIMMs POWER7 ◊ Socket DIMMs Mezz 2 12 to 16 cores : multiple speed RAID Controller 2 x SAS 2.5” HDD or 2 x 1.8” SDD drives © 2012 IBM Corporation 76
Integration without compromise, designed for the next decade Compute IBM 4S Power7 Compute Node Power is Performance Redefined The same 4-socket server technology behind Watson, is now enhanced and available on Power Compute Node for NGP DIMMs Mezz 1 Full Width compute node DIMMs ◊ POWER7 DIMMs System infrastructure 4-socket Power7® Socket DIMMs IO Hub DIMMs ◊ DIMMs 64-bit Power7® processor DIMMs (12S technology) POWER7 Socket DIMMs Mezz 2 ◊ 32 core : 4 Socket x8 core DIMMs Mezz 3 DIMMs IO ◊ DIMMs Hub 32 DIMMs DDR3, 1066 MHz, POWER7 Socket DIMMs IO 512GB Max DIMMs Hub DIMMs DIMMs POWER7 DIMMs Socket Mezz 4 *HDD or SSD – Mounted on cover (located over memory) © 2012 IBM Corporation 77
Integration without compromise, designed for the next decade Compute IBM PCIe Expansion Node • A new I/O expansion Compute sidecar • Industry standard PCIe cards • Additional Next Generation Platform fabric I/O Utilize high-capacity, flash • Graphics, Storage, and I/O adapters based storage to significantly PCIe Full System infrastructure boost transaction based Width, Full workloads PCIe Bridge Chip Height Slots ◊ 2 Extra (2) PCIe Low Utilize high performance Mez slots Profile Slots GPUs to boost (2) computationally capabilities ◊ Enable attachment of external drive enclosures ◊ Tap all available I/O of modern CPU architectures PCIe Adapters load from front © 2012 IBM Corporation 78
FSM Management Appliance © 2012 IBM Corporation 79
Funciones de Sofware de FSM © 2012 IBM Corporation 80
Punto único de control de administración © 2012 IBM Corporation 81
NGP Infrastructure options © 2012 IBM Corporation 82
Resumen de Switches disponibles al anuncio © 2012 IBM Corporation 83
IBM Workload Deployer (IWD) acelera la implementación de aplicaciones para ambientes cloud y virtualizados • IBM Workload Deployer is a hardware appliance that provides access to IBM middleware virtual images and patterns to easily, quickly and repeatedly create application environments that can be securely deployed and managed in a private cloud. • Capability to use multiple virtual images in a single pattern • Speeds application deployment and dramatically reduces setup time for WebSphere environments from weeks to minutes with pre-defined patterns and virtual images. Broadens the Virtual Application deployment to AIX on PowerVM. • Embeds Plugin Development Kit (PDK) to enable customers to create custom plugins and patterns to be used by virtual applications. • Utilizes custom images created by IBM Image Construction and Composition tool, as part of virtual system patterns. Broadens programming model support with JEE 6, OSGi, JPA, and other WebSphere Application Server v8 supported models. • Provides reliability with added appliance failover POWER7™ support. • Enhanced deployment profile customization. • Support for WebSphere Application Server Hypervisor Edition on ESX, Power and System z. • Availability of WebSphere Application Server Hypervisor Edition - Intelligent Management Pack. • Ensures security in a shared environment serving as a secured, tamper-resistant vault for images and credentials. • Integrates fully with development and service management tools from IBM Rational® and Tivoli® for end- to-end support © 2012 IBM Corporation 84

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[Salta] IBM PureSystems - Sebastián Manassero

  • 1.
    IBM Pure Systems Unanueva familia de sistemas expertos integrados Sebastian Manassero – Field Technical Sales Specialist © 2012 IBM Corporation
  • 2.
    El nuevo estándar ComputerIntelligence Learning Systems Computing Tabulating Time © 2012 IBM Corporation 2
  • 3.
    El cliente experimentalas barreras de tiempo, costo y riesgo hoy Alineando los objetivos de IT y del negocio Business Goals Grow top and bottom line by: IT Reality • Driving business Getting Up and Running innovation Takes months: • Specify/Design • Integrate • Make new markets • Deploy • Procure • Respond to competitive threats Development Operations • Enhance the customer Takes 30-90 days: experience • Provision • Configure Ongoing Effort Takes months and requires downtime: • Customize/Tune • Maintain • Scale • Upgrade • Manage © 2012 IBM Corporation 4
  • 4.
    Los Clientes hanprobado varias alternativas para cerrar el gap Client-tuned Systems Appliances Cloud Benefits Flexibility Simplicity Agility Control Rapid Deployment Elasticity Challenges Time and Shared Expense Single Purpose Dependence Required What if you could have the best of all three? © 2012 IBM Corporation 5
  • 5.
    Atributos únicos delos sistemas expertos integrados Built-in Expertise Integración by Capturing and Design automating what Deeply integrating and experts do – from tuning hardware and the infrastructure to the software – in a single, application ready-to-go system Experiencia Simplificada Making every part of the IT lifecycle easier Integrated management of the entire system A broad open ecosystem of optimized solutions © 2012 IBM Corporation 7
  • 6.
    IBM Pure System:integration by design Deployment Applications Middleware Optimizes the complete Development solution stack: • All hardware and software components factory integrated and optimized • Born virtualized and ready for cloud Management • Storage tuned to data needs • Hardware directly tuned to the software • System resource allocation uniquely optimized per selected pattern for each Virtualization application workload Storage Servers Networking © 2012 IBM Corporation 10
  • 7.
    IBM Pure System:Experiencia simplificada Nueva experiencia para los clientes: • Single product streamlines ordering, tracking, receiving, installing and running • Factory installed, fully packaged solutions drive simple setup (pull it out of the box, plug it in and boot it up) • Management integration across system • Single point of contact for support • Upgrade with zero downtime based on integrated patches and system design • A broad open ecosystem of optimized solutions © 2012 IBM Corporation 11
  • 8.
    IBM Pure Systemhabilita múltiples iniciativas de clientes Optimize Innovate Better tune and automate systems and More rapidly deliver new applications applications to improve application and services to performance, scalability and reliability meet new business needs Consolidate More efficiently Accelerate Cloud consolidate More quickly enable systems and secure, and integrated applications to reduce cloud environments operating expenses Optimize Innovate Accelerate Consolidate Cloud © 2012 IBM Corporation 12
  • 9.
    Presentando IBM PureSystems Los primeros miembros de una nueva familia de sistemas expertos integrados con: • Built-in expertise to address complex business and operational tasks automatically • Integration by design to tune systems for optimal performance and efficiency • Simplified experience from design to purchase to maintenance IBM Pure Systems IBM Pure System Pure Flex Pure Application Expert at: sensing and Expert at: optimally anticipating resource deploying and running needs to optimize your applications for rapid infrastructure time-to-value • Factory integrated • Expert designed, integrated and optimized system and optimized application infrastructure aware platform • Integrated management • Workload patterns of expertise • Automation and optimization expertise • Simplified management with a single console • Optimized for performance and virtualized for efficiency • No compromise design with system level upgradability • Designed for cloud with flexibility and simplicity © 2012 IBM Corporation 13
  • 10.
    Pure Systems: Integraciónmás allá de la caja… High Memory Capacity Rack High Memory Capacity Rack Servers Servers Switches Firewall Clients Switches Network Application Web Servers Security Servers Management Servers Servers Security WebSphere File Servers Print Servers Gateway Appl. Servers Storage Network SAN SAN © 2012 IBM Corporation 15
  • 11.
    Experiencia Simplificada Reduzca tiempo,esfuerzo y riesgo a lo largo del ciclo de Expert Integrated vida de la solución Systems Comienza con la Compra: Un continuo de valor desde building blocks a Pure Systems Building Blocks IBM Pure Flex IBM Pure Application Pre-configured, pre- Pre-configured, pre- Chassis integrated infrastructure integrated platform systems systems with compute, with middleware designed for storage, networking, physical transactional web Compute and virtual management, and applications and enabled for Nodes entry cloud management cloud with integrated with integrated expertise. expertise. Storage Node Management Appliance Networking Expansion © 2012 IBM Corporation 16
  • 12.
    El futuro delos sistemas integrados Servers Storage Networking Management © 2012 IBM Corporation 17
  • 13.
    IBM Pure System– Infraestructura del Chasis 10U © 2012 IBM Corporation 18
  • 14.
    IBM NGP –Infrastructura del Chasis 80 mm Fan Packs (8X) 40 mm Fans (2X) CME (2X) Fan Mux Card (2X) Power Supplies (6X) IO Modules (4X) © 2012 IBM Corporation 19
  • 15.
    Management Physical – Virtual – Workloads Manage across multiple architectures and hypervisors © 2012 IBM Corporation 20
  • 16.
    Experiencia simplificada deadministración con automatización avanzada Reduzca riesgos a través del management integrado de la plataforma Management • New user interface and configuration automation brings new components online faster* • Cross-resource integration and automation Management enables transformation from managing resources to managing applications, services and workloads • Works with the management you have - other Networking Storage IBM platform tools, Tivoli and third party System infrastructure enterprise management (e.g., CA, BMC, HP, etc.) • Easier monitoring, alerts and problem management through automated resolution Virtualization Compute processes with integrated expertise Setup Wizards Global Find Chassis Map Remote Presence © 2012 IBM Corporation 21
  • 17.
    Administración del ChasisIntegrada © 2012 IBM Corporation 22
  • 18.
    FSM Management Node © 2012 IBM Corporation 25
  • 19.
    Experiencia de bienvenidade IBM Pure System Experiencia de Systems Management Setup • Completo – Full suite de setup wizards para asegurar al usuario un setup competo y exitoso • Automation – (e.g., Software Management integrated with the Hardware) • Primary goal of our users is no user errors – those can be extremely costly • Object oriented steps (makes it more intuitive to follow), and iconic © 2012 IBM Corporation 26
  • 20.
    Pure System ChassisManager – Quick finder 1) “ch” – switch’s Quick finder and chassis 2) “sw” – all 6 switches • Quickly finds everything – actions and objects, and enabled for semantic finds too • Examples, at right, of massive reductions of possible targets after just two letters – very powerful 3) “se” – all 16 servers 4) “66” – the single “666666” server © 2012 IBM Corporation 27
  • 21.
    IBM Pure System“Chassis Map” – 6 view overlays “Status Information” – toggle and settings “Compliance, Firmware & Notifications” – toggle “Hardware Access States” – toggle and settings “Highlight Front Panel LEDs” – toggle and settings “Component Names and Properties” – toggle and settings Thermal and Power Metrics – toggle © 2012 IBM Corporation 28
  • 22.
    Compute POWER7 & x86 No compromise design for the next decade © 2012 IBM Corporation 30
  • 23.
    Integración sin compromiso,diseñado para la próxima década Compute IBM 2S EP Compute Node IBM 2S EN Compute Node System Portfolio tuned to IBM Dense Compute Node workloads ◊ System infrastructure IBM 4S EP Compute Reduce acquisition costs Node through virtualization consolidation IBM 2S Power7 Compute Node ◊ Maximum platform capability provides deployment IBM 2S PowerLinux flexibility Compute Node IBM 4S Power7 Compute Node IBM PCIe Expansion Node © 2012 IBM Corporation 31
  • 24.
    Integration without compromise,designed for the next decade Compute IBM 2S EP Compute Node Uncompromised Compute, IO, and Storage performance, designed for mainstream virtualization, and a broad range of workloads Standard Width compute node 2x IO Mezzanine Cards 2x Intel E5 2600 System infrastructure ◊ Processors 2-socket Sandy Bridge-EP ◊ 24 LP DDR3 DIMMs / 1333MHz / 1600MHz ◊ 24 LP 10Gb Converged LOM DIMMs ◊ 2 hot swap 2.5” SAS/SATA Keyboard, Mouse, SSDs or HDDs Video Dongle connector ◊ Dual Enabled Hypervisor – ESXi on Flash Key Option 2x Hot Swap, Small Release latch Form Factor HDDs © 2012 IBM Corporation 32
  • 25.
    Integration without compromise,designed for the next decade Compute IBM 2S EN Compute Node Entry cost optimized compute, designed for energy-efficiency, ideal for native and point application workloads Standard Width compute node System infrastructure ◊ 2-socket Sandy Bridge-EN 12x LP DIMMs ◊ 12 LP DDR3 DIMMs / 1333MHz / 1600MHz ◊ 1G base with FoD to 10Gb ◊ 2 hot swap 2.5” SAS/SATA 2x IO Mezzanine SSDs or HDDs Cards 2x Hot Swap, Small 2x Intel E3 1200 Form Factor HDDs Processors © 2012 IBM Corporation 33
  • 26.
    Integration without compromise,designed for the next decade Compute IBM Dense Compute Node Highest Compute Density, small footprint, ideal for scale-out and Cloud deployment Dense compute node ◊ 2x Intel E5 2400 System infrastructure Twin board 2-Socket Sandy Processors 12x LP DIMMs Common IO Bridge-EN Mezzanine Cards ◊ 2-Socket Romley-EN, 95W ◊ 12 LP DDR3 DIMMs / 1333MHz ◊ 1G base with FoD to 10Gb 1x Hot Swap, ◊ Small Form 1 hot swap 2.5” SAS/SATA Factor HDD SSDs or HDDs © 2012 IBM Corporation 34
  • 27.
    Integration without compromise,designed for the next decade Compute IBM 4S EP Compute Node Delivers maximum CPU, memory, and IO performance, ideal for database and large VM deployment Full Width compute node ◊ System infrastructure 4-socket Sandy Bridge-EP 48x LP DIMMs ◊ 48 LP DDR3 DIMMs / 1333MHz / 1600MHz ◊ 10Gb LOM ◊ 2 hot swap 2.5” SAS/SATA SSDs or HDDs ◊ 4x IO Mezzanine Dual Enabled Hypervisor – Cards ESXi on Flash Key Option 2x Hot Swap, Small 4x Intel E5 4600 Form Factor HDDs Processors © 2012 IBM Corporation 35
  • 28.
    Integration without compromise,designed for the next decade Compute IBM 2S Power7 Compute Node Power is Performance Redefined Delivers over 30% greater performance with similar density and energy use of the previous Standard Width compute POWER7 blades node DIMMs Mezz 1 System infrastructure ◊ DIMMs IO Hub 2-socket Power7® DIMMs POWER7 ◊ Socket DIMMs IO Hub 64-bit Power7® processor DIMMs (12S technology) DIMMs ◊ DIMMs POWER7 16 core : 2 Socket x8 core Socket DIMMs Mezz 2 ◊ 16 DIMMs DDR3, 1066 MHz, RAID Controller 256GB Max 2 x SAS 2.5” HDD or 2 x 1.8” SDD drives © 2012 IBM Corporation 36
  • 29.
    Integration without compromise,designed for the next decade Compute IBM 2S Power7 Compute Node for Linux only Power is Performance Redefined Actualize cost savings through reduced power consumption, shared resources, and increased Linux only Compute Node utilization optimized for POWER DIMMs Mezz 1 architecture System infrastructure DIMMs IO ◊ DIMMs Hub POWER7 Tuned for PowerLinux Socket DIMMs IO Hub Strategic Solutions DIMMs ◊ DIMMs 2-socket Power7® DIMMs POWER7 ◊ Socket DIMMs Mezz 2 12 to 16 cores : multiple speed RAID Controller 2 x SAS 2.5” HDD or 2 x 1.8” SDD drives © 2012 IBM Corporation 37
  • 30.
    Integration without compromise,designed for the next decade Compute IBM 4S Power7 Compute Node Power is Performance Redefined The same 4-socket server technology behind Watson, is now enhanced and available on Power Compute Node for Pure Mezz 1 DIMMs System Full Width compute node DIMMs ◊ POWER7 DIMMs System infrastructure 4-socket Power7® Socket DIMMs IO Hub DIMMs ◊ DIMMs 64-bit Power7® processor DIMMs (12S technology) POWER7 Socket DIMMs Mezz 2 ◊ 32 core : 4 Socket x8 core DIMMs Mezz 3 DIMMs IO ◊ DIMMs Hub 32 DIMMs DDR3, 1066 MHz, POWER7 Socket DIMMs IO 512GB Max DIMMs Hub DIMMs DIMMs POWER7 DIMMs Socket Mezz 4 *HDD or SSD – Mounted on cover (located over memory) © 2012 IBM Corporation 38
  • 31.
    Integration without compromise,designed for the next decade Compute IBM PCIe Expansion Node • A new I/O expansion Compute sidecar • Industry standard PCIe cards • Additional Next Generation Platform fabric I/O Utilize high-capacity, flash • Graphics, Storage, and I/O adapters based storage to significantly PCIe Full System infrastructure boost transaction based Width, Full workloads PCIe Bridge Chip Height Slots ◊ 2 Extra (2) PCIe Low Utilize high performance Mez slots Profile Slots GPUs to boost (2) computationally capabilities ◊ Enable attachment of external drive enclosures ◊ Tap all available I/O of modern CPU architectures PCIe Adapters load from front © 2012 IBM Corporation 39
  • 32.
    Storage Midrange SAN – Virtualized – Tiering © 2012 IBM Corporation 40
  • 33.
    Storage Integrado Escalable Escalable a 240 HDDs/SSDs, clusterizable a cuatro sistemas (960 Escalable hacia HDDs) Integrated dentro expansiones Pure System Chassis del chassis externas de rack Escalable dentro del chasis Pure Storage ITE – Dual Controller NGP Chassis Storage ITE – JBOD Standard Rack Enclosure Storage ITE – JBOD Storage ITE – JBOD Storage ITE © 2012 IBM Corporation 44
  • 34.
    Networking Nuevos Switches diseñados para virtualización Ancho de banda escalable, Puertos escalables ó ambos © 2012 IBM Corporation 45
  • 35.
    Integración sin compromiso,diseñado para la próxima década Networking IBM Pure System Chassis Fans CMM Standard Node bays 14 Node Bays (7 Full Wide) Infrastructure supporting multi fabrics, Ethernet, FCoE, Fibre Channel System infrastructure ◊ Power Energy efficient cooling Supplies (6X) 10 U and power system ◊ REAR Integrated FRONT Multi-chassis management Scalable Switch Bays Storwize V7000 ◊ • 4 scalable switch bays Easy to use with integrated • 10U Chassis, 14 bays single-point management • Standard and Full width node support ◊ Designed to support future • Up to 6 2500W power supplies N+N or N+1 advancements in I/O, configurations processors, memory, and • Up to 8 cooling fans (scalable) storage • Integrated chassis management through CME © 2012 IBM Corporation 46
  • 36.
    Arquitectura de redIntegrada, Optimizada y Automatizada Encaja dentro de su ambiente actual y futuro El Problema: Los offerings actuales de Flexibilidad Extrema networking carecen de la • Diseñanda para cumplir los flexibilidad para cumplir las requerimientos de puertos y ancho de demandas de I/O de la próxima banda para la próxima década década. Los clientes a veces • Pague por lo que necesita hoy con tienen que estar pagando hoy Features on Demand (FoD) los costos de la tecnología para Máxima Performance mañana. • 1er. 40Gb capable Blade Ethernet Switch • 1er. 16Gb capable Blade SAN Switch • 1er 56Gb capable Infiniband FDR switch • Hasta 220Gb uplink BW and <1microsec latency Convergencia basada en Estándares • 10Gb iSCSI and FCoE offering • 1er 40Gb end to end FCoE offering (post GA) • Standard based for seamless integration © 2012 IBM Corporation 47
  • 37.
    Flexibilidad: Escale Anchode Banda, Puertos, o Ambos Switch IBM 10Gb: Cableado para hasta 3 puertos de 10Gb por nodo y 22 puertos externos Networking • Base Switch: Enables 14 internal 10Gb ports (one to each server) and 10 external 10Gb 14 Logical ports internal partition 1 • Supports the 2 port 10Gb LOM and Virtual ports IBM 10Gb Virtual Fabric Switch Fabric capability System infrastructure Pool of uplink ports • 1st Upgrade via FoD: Enables 2nd set of 14 internal 10Gb ports (one to each server) and 14 Logical 2 40Gb ports internal partition 2 ports • Each 40Gb port can be used as four 10Gb ports • Supports the 4-port Virtual Fabric adapter • 2nd upgrade via FoD: Enables 3rd set of 14 Logical fourteen internal 10Gb ports (one to each internal partition 3 server) and four external 10Gb ports ports • Capable of supporting a six port card in future © 2012 IBM Corporation 48
  • 38.
    Packaging de lasediciones IBM Flex System Flexibilidad y simplicidad desde la compra a la implementación  Pre-configured, pre-integrated systems with servers, storage and networking  Includes NGP System Manager for integrated management across all virtual resources  Available in predefined starting points delivered integrated and tested Express Standard Enterprise  10Gb Network Switch  2 10Gb Network Switch  2 10Gb Network Switch  8Gb Fibre Chan. Sw.  2 16Gb Fibre Chan Sw.  2 16Gb Fibre Chan Sw.  2 Power / 4 Fans  4 Power / 6 Fans  6 Power / 8 Fans  Flex Sys Mgr Advanced  Flex Sys Mgr Advanced &  Flex System Manager  V7000 Storage Controller Redundancy Option  V7000 Storage Controller  V7000 Storage Controller  2x SSDs  Compute Node (x or power)  Compute Node (x or power)  2x SSDs  Services  Gold Support Services  Compute Node (x or power)  Platinum Support Services Optimized for small and Optimized for application Optimized for transactional midsize businesses. servers with supporting and database systems. Most affordable storage and networking. Redundancy for entry point. resilient operation.  Todas las configuraciones son Cloud ready con la adición de SmartCloud Entry SW  Elección entre procesadores IBM POWER7 o Intel x86  Cualquier combinación de PowerVM, KVM, VMware, or Microsoft HyperV  Elección entre AIX, IBM i, Microsoft Windows ®, and Linux from Red Hat, SUSE © 2012 IBM Corporation 50
  • 39.
    © 2012 IBMCorporation 69
  • 40.
    Integration without compromise,designed for the next decade Compute IBM 2S EP Compute Node Uncompromised Compute, IO, and Storage performance, designed for mainstream virtualization, and a broad range of workloads Standard Width compute node 2x IO Mezzanine Cards 2x Intel E5 2600 System infrastructure ◊ Processors 2-socket Sandy Bridge-EP ◊ 24 LP DDR3 DIMMs / 1333MHz / 1600MHz ◊ 24 LP 10Gb Converged LOM DIMMs ◊ 2 hot swap 2.5” SAS/SATA Keyboard, Mouse, SSDs or HDDs Video Dongle connector ◊ Dual Enabled Hypervisor – ESXi on Flash Key Option 2x Hot Swap, Small Release latch Form Factor HDDs © 2012 IBM Corporation 71
  • 41.
    Integration without compromise,designed for the next decade Compute IBM 2S EN Compute Node Entry cost optimized compute, designed for energy-efficiency, ideal for native and point application workloads Standard Width compute node System infrastructure ◊ 2-socket Sandy Bridge-EN 12x LP DIMMs ◊ 12 LP DDR3 DIMMs / 1333MHz / 1600MHz ◊ 1G base with FoD to 10Gb ◊ 2 hot swap 2.5” SAS/SATA 2x IO Mezzanine SSDs or HDDs Cards 2x Hot Swap, Small 2x Intel E3 1200 Form Factor HDDs Processors © 2012 IBM Corporation 72
  • 42.
    Integration without compromise,designed for the next decade Compute IBM Dense Compute Node Highest Compute Density, small footprint, ideal for scale-out and Cloud deployment Dense compute node ◊ 2x Intel E5 2400 System infrastructure Twin board 2-Socket Sandy Processors 12x LP DIMMs Common IO Bridge-EN Mezzanine Cards ◊ 2-Socket Romley-EN, 95W ◊ 12 LP DDR3 DIMMs / 1333MHz ◊ 1G base with FoD to 10Gb 1x Hot Swap, ◊ Small Form 1 hot swap 2.5” SAS/SATA Factor HDD SSDs or HDDs © 2012 IBM Corporation 73
  • 43.
    Integration without compromise,designed for the next decade Compute IBM 4S EP Compute Node Delivers maximum CPU, memory, and IO performance, ideal for database and large VM deployment Full Width compute node ◊ System infrastructure 4-socket Sandy Bridge-EP 48x LP DIMMs ◊ 48 LP DDR3 DIMMs / 1333MHz / 1600MHz ◊ 10Gb LOM ◊ 2 hot swap 2.5” SAS/SATA SSDs or HDDs ◊ 4x IO Mezzanine Dual Enabled Hypervisor – Cards ESXi on Flash Key Option 2x Hot Swap, Small 4x Intel E5 4600 Form Factor HDDs Processors © 2012 IBM Corporation 74
  • 44.
    Integration without compromise,designed for the next decade Compute IBM 2S Power7 Compute Node Power is Performance Redefined Delivers over 30% greater performance with similar density and energy use of the previous Standard Width compute POWER7 blades node DIMMs Mezz 1 System infrastructure ◊ DIMMs IO Hub 2-socket Power7® DIMMs POWER7 ◊ Socket DIMMs IO Hub 64-bit Power7® processor DIMMs (12S technology) DIMMs ◊ DIMMs POWER7 16 core : 2 Socket x8 core Socket DIMMs Mezz 2 ◊ 16 DIMMs DDR3, 1066 MHz, RAID Controller 256GB Max 2 x SAS 2.5” HDD or 2 x 1.8” SDD drives © 2012 IBM Corporation 75
  • 45.
    Integration without compromise,designed for the next decade Compute IBM 2S Power7 Compute Node for Linux only Power is Performance Redefined Actualize cost savings through reduced power consumption, shared resources, and increased Linux only Compute Node utilization optimized for POWER DIMMs Mezz 1 architecture System infrastructure DIMMs IO ◊ DIMMs Hub POWER7 Tuned for PowerLinux Socket DIMMs IO Hub Strategic Solutions DIMMs ◊ DIMMs 2-socket Power7® DIMMs POWER7 ◊ Socket DIMMs Mezz 2 12 to 16 cores : multiple speed RAID Controller 2 x SAS 2.5” HDD or 2 x 1.8” SDD drives © 2012 IBM Corporation 76
  • 46.
    Integration without compromise,designed for the next decade Compute IBM 4S Power7 Compute Node Power is Performance Redefined The same 4-socket server technology behind Watson, is now enhanced and available on Power Compute Node for NGP DIMMs Mezz 1 Full Width compute node DIMMs ◊ POWER7 DIMMs System infrastructure 4-socket Power7® Socket DIMMs IO Hub DIMMs ◊ DIMMs 64-bit Power7® processor DIMMs (12S technology) POWER7 Socket DIMMs Mezz 2 ◊ 32 core : 4 Socket x8 core DIMMs Mezz 3 DIMMs IO ◊ DIMMs Hub 32 DIMMs DDR3, 1066 MHz, POWER7 Socket DIMMs IO 512GB Max DIMMs Hub DIMMs DIMMs POWER7 DIMMs Socket Mezz 4 *HDD or SSD – Mounted on cover (located over memory) © 2012 IBM Corporation 77
  • 47.
    Integration without compromise,designed for the next decade Compute IBM PCIe Expansion Node • A new I/O expansion Compute sidecar • Industry standard PCIe cards • Additional Next Generation Platform fabric I/O Utilize high-capacity, flash • Graphics, Storage, and I/O adapters based storage to significantly PCIe Full System infrastructure boost transaction based Width, Full workloads PCIe Bridge Chip Height Slots ◊ 2 Extra (2) PCIe Low Utilize high performance Mez slots Profile Slots GPUs to boost (2) computationally capabilities ◊ Enable attachment of external drive enclosures ◊ Tap all available I/O of modern CPU architectures PCIe Adapters load from front © 2012 IBM Corporation 78
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    FSM Management Appliance © 2012 IBM Corporation 79
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    Funciones de Sofwarede FSM © 2012 IBM Corporation 80
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    Punto único decontrol de administración © 2012 IBM Corporation 81
  • 51.
    NGP Infrastructure options © 2012 IBM Corporation 82
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    Resumen de Switchesdisponibles al anuncio © 2012 IBM Corporation 83
  • 53.
    IBM Workload Deployer(IWD) acelera la implementación de aplicaciones para ambientes cloud y virtualizados • IBM Workload Deployer is a hardware appliance that provides access to IBM middleware virtual images and patterns to easily, quickly and repeatedly create application environments that can be securely deployed and managed in a private cloud. • Capability to use multiple virtual images in a single pattern • Speeds application deployment and dramatically reduces setup time for WebSphere environments from weeks to minutes with pre-defined patterns and virtual images. Broadens the Virtual Application deployment to AIX on PowerVM. • Embeds Plugin Development Kit (PDK) to enable customers to create custom plugins and patterns to be used by virtual applications. • Utilizes custom images created by IBM Image Construction and Composition tool, as part of virtual system patterns. Broadens programming model support with JEE 6, OSGi, JPA, and other WebSphere Application Server v8 supported models. • Provides reliability with added appliance failover POWER7™ support. • Enhanced deployment profile customization. • Support for WebSphere Application Server Hypervisor Edition on ESX, Power and System z. • Availability of WebSphere Application Server Hypervisor Edition - Intelligent Management Pack. • Ensures security in a shared environment serving as a secured, tamper-resistant vault for images and credentials. • Integrates fully with development and service management tools from IBM Rational® and Tivoli® for end- to-end support © 2012 IBM Corporation 84