ibm pure systems
DESCRIPTION
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IBM PureSystemsA new family of expert integrated systems
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Announcing the first two members of the IBM PureSystems family
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Understand the IBM top line portfolio positioning
SystemIBM PureFlex System
PureApplication System•WebSphere, DB2
PureFlex System
•Power 4S and 2S•X86 4S and 2S
•Storage •Networking
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IBM Flex System
Compute NodesPower 2S/4S*x86 2S/4S
Storage NodeV7000Expansion inside or outside chassis
Management ApplianceOptional
Networking10/40GbE, FCoE, IB8/16Gb FC
ExpansionPCIeStorage
IBM PureFlex System
Chassis14 half-wide bays for nodes
IBM PureApplication System
Starts at Acquisition: A continuum of value from building blocks to systems
Simplified experience Reduce time, effort and risk throughout the solution lifecycle Expert
IntegratedSystems
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• Designed for Cloud - SmartCloud Entry included on Standard and Enterprise
• Designed for choice of architectures: IBM POWER7 and/or Intel x86 processors within the same systems
• Designed for choice of OS: AIX, IBM i, Microsoft Windows®, and Linux from Red Hat, SUSE
• Designed for choice of hypervisors: PowerVM, KVM, VMware, or Microsoft HyperV
• Designed for simplicity: Integrated, single system management across physical and virtual resources
IBM PureFlex SystemConfigurations that ease acquisition experience and match your needs
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Remote Presence Setup Wizards
Quick SearchChassis Map*
*Some capabilities planned for future delivery; IBM Plans subject to change
Simplified management experience with advanced automationReduced risk through integrated platform management
• New user interface and configuration automation brings new components online faster*
• Cross-resource integration and automation enables transformation from managing resources to managing applications, services and workloads
• Works with the management you have - other IBM platform tools, Tivoli and third party enterprise management (e.g., CA, BMC, HP, etc.)
• Easier monitoring, alerts and problem management through automated resolution processes with integrated expertise
StorageNetworking
VirtualizationManagement
Compute
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FSM Hypervisor Support Strategy
VMware Hyper-V Others…
Integrate with Others
Focus on D
epth
� Focus on richness of capabilities for IBM Systems
� Integrate with others and extend via Service Management
Resource Pooling
VM Placement
VM Relocation
Workload Resilience
Energy Efficiencies
Workload Performance
Security Isolation
Discovery and Inventory
Cloud Services
Image Management
Health and Status
PowerVM, KVM
VS Lifecycle
Disaster Recovery
Storage & IO Virtualization
Extend with Service Management
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IBM PureFlex System
IBM PureApplication System
Business Process as a ServiceSoftware as a Service
Platform as a Service
Infrastructure as a Service
Design Deploy Consume
20-30X faster deployment with application patterns expertise
Accelerate adoption of private clouds with built-in virtualization and superior automation
Built for cloud
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IBM Flex Systems Chassis Overview
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Diverse offerings to match the diverse workloadsIBM Flex System x220
IBM Flex System x240
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What is the Storwize V7000 - Start Small and Grow Easily
Start smallOne 12 or 24-bay control enclosure
12- and 24-bay expansion enclosures can be intermixed in a system
Drive sizes can be intermixed in an enclosure
20 U = 1 M
Grow
Big
Scale UpEasily add up to 9 expansion enclosures, expand capacity up to 240TB and 39 expansion enclosures (4 x V7000)
Drive choices
2.5-inch (SFF)– 146GB 15K RPM SAS– 300GB 15K & 10K RPM SAS– 450GB 10K RPM SAS– 600GB 10K RPM SAS– 900GB 10K RPM SAS– 1TB 7.2k RPM NL-SAS
3.5-inch (LFF)– 2TB 7,2k RPM NL-SAS– 3TB 7,2k RPM NL-SAS
Solid-State Drive (SFF)– 200GB, 300GB, 400GB
RAID level
RAID 0, 1, 5, 6 and 10
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Features: Internal & External Storage Block-level virtualization
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Managed Disk (Mdisk) – Lun / Logical Device imported from external virtualized arrays (example 100GB ldev of HDS USP-V array)
The Storwize V7000 uses basic storage units called managed disks and collects them into one or more Storage Pools
These Storage Pools then provide the capacity (extents, base size 256MB) to create volumes for use by hosts.
Virtualization Features: How it “internally” works
Managed Disk (Mdisk) – Lun / Logical Device imported from external virtualized arrays (example 100GB ldev of HDS USP-V array)
Managed Disk (Mdisk) – Raid Array build on Internal StorWize V7000 disk drives (example RAID-5 built on 5 SAS internal disk drives or RAID-5 on SSD disk drives)
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Features: Thin Provisioning
Without thin provisioning, pre-allocated space is
reserved whether the application uses it or not. With thin provisioning, applications can grow
dynamically, but only consume space they are
actually using (on demand)
Traditional volumes, reserve physical capacity of the entire capacity even if it is not used. Thin provisioning volumes allocates and uses physical disk capacity when data is written
Dynamic
growth
Features: Flashcopy
SourceVolume
00:00
01:00
02:00
03:00
FlashCopyPossible Integration with Tivoli Flashcopy Manager (for Application consistency flashcopies)
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Real-Time Performance Monitoring
� Storwize V7000 will collect and display real-time performance information� CPU utilization; port utilization and I/O rates; volume and Mdisk I/O rate, bandwidth, latency
� Updated every 5-10 secs
� Provides “immediate” real-time performance information� TPC provides longer-term data collection, storage, and analysis
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IBM PureFlex System Storage interoperability
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FSM Chassis Map – w/ Flex System V7000 Storage Node
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IBM PureFlex Systems Chassis
• 4 scalable switch bays• 10U Chassis, 14 bays
• Standard and Full width node support• Up to 6 2500W power supplies N+N or N+1
configurations• Up to 8 cooling fans (scalable)
• Integrated chassis management through CME
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Compute Node Connections to I/O Modules
2 Port Adaptors 4 Port Adaptors
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SwitchAdapter
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Proven Interoperability: IBM and Cisco
� Extensive IBM interoperability testing with Cisco, Juniper and others� Cisco-like command line interface – familiar to Cisco-trained admins� IBM Networking OS uses standards-compliant IEEE & IETF protocols� Common IBM Networking OS on PureSystems, BladeCenter and RackSwitch� 14M+ Ethernet ports shipped worldwide connecting to servers, storage and other
networks
IBM Virtual Fabric - vNIC Topology at Pure Chassis levelThe vNIC (or Virtual Fabric approach) is the possibility to create 4 virtual independent pipes (via QinQ) on the 10Gig link between the Compute Node and the ScS. The operating system in the compute node will find 4 independent NICs (named vNICs).
At ScS level, to keep the independence of vNICs, vNICGroups are implemented and dedicated uplinks per vNICGroups are used to connect to different L2 domain in the Cisco
& BPDU Guard
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Etherne t MAC addresses are ass igned to blade s lot by the Advanced Management Module
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Automate failover with IBM Fabric Manager
New blade inherits I/O addressesmove to new blade ass igned to s lot
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