IBM PureApplication™ System Overview © 2012 IBM Corporation

IBM PureApplication™ System
Overview
© 2012 IBM Corporation
AGENDA:
• Entorno actual
• Patrones
• Beneficios
• Referencias
• Características detalle
2
© 2012 IBM Corporation
Beneficios
• Reducción de costes por simplificación de la gestión
• Acortamiento de los ciclos de desarrollo
• Reducción de riesgos y mejor utilización del HW y SW
• ….anticipa los beneficios obtenidos de esos proyectos
3
© 2012 IBM Corporation
Clients are enjoying great business outcomes with PureApplication
System
U.S. Financial
Services Firm
Desert Research
Institute (DRI)
Business Need
Business Need
Needed to rapidly and efficiently provision
many different disparate scientific
applications to make them available to
university researchers..
Centralized IT unit faced demands for more
services and complex business apps, with
no additional OpEx budget. They also
needed a way to deliver portal and
middleware services rapidly within budget.
Why PureApplication?
Business
Value
Easy to deploy, use & maintain
Faster processing
Highly scalable, Highly available
Secure environment
Multi-tenancy
4
Why PureApplication?
Scientific
Value
Easier
Faster
Bigger
Better
Shared
Reduced time to implement
WebSphere Portal with virtual patterns
Improved IT services automation and
self service provisioning
Delivered better insight into IT usage
through reports from PureApplication
System single management console
© 2012 IBM Corporation
IBM PureApplication System address key client initiatives by delivering on
the 4 key values
Hardware transformation can drive 55%
reduction in management cost and 98%
reduction in unplanned outages.
Complex workload support optimizes
performance of 100s of web and application
workloads to drive 90% resource utilization.
Cloud adoption is accelerated through quickly
deploying new services and reduce time to
provision from 45 days to minutes.
Simplified Experience
Built-in Expertise
Integrated by Design
5
Managed service providers (MSP) can
leverage patterns for self-service, yielding up to
20-30X faster solution deployment with
reduced risk.
© 2012 IBM Corporation
IBM PureApplication System provides savings across the IT lifecycle
How does PureApplication
System do this?
Labor Hours Spent*
10000
9612 hrs
Deployment
Incident/capacity Mgmt
Asset Management
Security Management
Change Management
Deployment
Fully assembled and configured
Pre-installed management software
Fast pattern-based deployment
Incident/capacity management
Centrally monitor and resolve issues
Automatic scaling
5000
76%
Savings
2302 hrs
Asset management
Track license usage of products
Security management
Centralized access control
Change management
0
Do It Yourself
PureApplication System
Visibility into relationships of virtual
images in a workload
Automatically apply changes to
desired virtual servers
*Note: Do It yourself used 9 blades (144 cores). IBM PureApplication System used 3 nodes (96
cores). Each system has the capacity to run 72 workloads where each workload can sustain a peak
throughput of 1720 page elements per second.
The labor savings and assumptions herein are estimates based on a labor model that uses data obtained on the percentage of time customers spend on certain IT life cycle
tasks.
is not
© 2012
IBMIt Corporation
6
a benchmark.
As such, actual customer results will vary based on customer applications, differences in stack deployed and other systems variations as well as actual configuration,
applications, specific queries and other variables in a production environment.
Referencias y Casos de uso
• Nuevos proyectos: Time to value, sin riesgo, sencillo
• Cloud: “PaaS in a box”
• Optimizar uso de recursos acorta el ciclo: “DevOps in a Box”
• Migración y consolidación: acelera, simplifica y reduce el riesgo.
7
© 2012 IBM Corporation
Science and Government
Desert Research Institute advances scientific discovery
with IBM PureSystems offerings and ESRI ArcGIS software
10 times
faster data analysis
2 days
to deploy systems and minutes to
deploy applications
Easily create, manage
and scale
new complex research
environments utilizing patterns
without additional resources
“IBM PureSystems are a catalyst not just for DRI,
but also for the state of Nevada, and will open
doors for economic growth in new and emerging
industries.”
—Dr. Stephen Wells, President, Desert Research Institute
Solution components
IBM® PureApplication™ System
IBM PureData™ System
8ESRI ArcGIS
Business Transformation:
DRI’s environmental research scientists, in conjunction with the
Nevada’s Government are developing a COE using the IBM
PureSystems family to analyze, visualize and model environmental
© 2012 IBM Corporation
data worldwide.
Government
Tongliao Municipal People’s Government delivers key
applications on the cloud
Accelerates
transition to “SmarterTongliao on
the Cloud”
30 minutes to deploy new
applications
without recruiting additional
resources to manage the cloud
platform
1 year earlier
project start date with IBM
Global Financing
“We are very pleased to collaborate with the leading
IT companies such as IBM and Xi’an Future
International Information Co. Ltd. not only to promote
the innovation of the region’s industries but also the
development of emerging technologies…”
- Mr. XU Yalin, Vice Mayor, Tongliao Municipal People’s
Government
Solution components
IBM® PureApplication™ System
9
Business Challenge:
To rapidly roll out a cloud-based eGovernment model with limited IT
resources, expertise and budget
© 2012 IBM Corporation
IT Services
Managed service provider NI+C provides development
operations cloud services for Pioneer
Rapid time to value
through the use of a consolidated
platform
Improved ability
to share resources across multiple
projects through a common
infrastructure
Optimal
Configuration
to support workload,
deployment, customization and
security needs
Solution components
IBM® PureApplication™ System
10
Business Challenge:
To create an application development operations cloud
service and robust network to support Pioneer’s workload,
deployment, customization and security needs while
simplifying ongoing management
© 2012 IBM Corporation
Government
Singapore Exchange, Ltd. (SGX) invests in optimizing the
application development lifecycle
1 day
POC to install and configure
PureApplication System
Esr
for POC to upgrade SGX
applications from WebSphere
Application Server V6.1 to V8.5
Reduce risk and
simplify
application development with
automation and role based
access to minimize human error
Solution components
IBM® PureApplication™ System
11
“Waiting for quote from interconnect from Chris
Priest”
- Niguel Brooks, SVP, Architecture & Infrastructure,
Singapore Exchange, Ltd.
Business Challenge:
To meet regulatory and market structure changes SGX had to
securely and rapidly migrate from IBM WebSphere Application
(WAS) Server V6.1 to V8.5 in support of trade reporting, clearing and
back office applications.
© 2012 IBM Corporation
Características de detalle
• Infraestructura
• Cloud
• Gestión
• Configuraciones
• Para saber más…
12
© 2012 IBM Corporation
Backup: Infraestructura
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© 2012 IBM Corporation
PureApplication System Transforms the Application
Lifecycle to Drive Business Agility while Lowering TCO
Agile
• Deliver applications faster
with quick and low-risk
setup and tear down of
expert built, ready to run,
application environments
for BPM, Mobile,
Commerce, Portal,
Analytics and others
• SLA-driven elasticity to
meet usage spikes through
pre-optimized Cloud IaaS
& PaaS capabilities
• IT flexibility through
support for a wide range of
enterprise applications
including Java, C, COBOL,
PHP, Node.js and others
14
1, 2, 3, 4See
High Performance
Simple
• Simplify application lifecycle
tasks from deployment,
management and ongoing
maintenance through expert• Up to 1.3x better performance
built, ready to run, and simple
through auto-balancing of
to update, software patterns
application resources2
• Simplify system management
• Up to 2.3x better performance
and ongoing maintenance
through zero setup, zero
through expert-built
management solid state disk
automation of two hardened
(SSD) capabilities3
configurations
• Expertly architected for high
• Disaster Recovery setup in as
availability
few as 5 clicks
• Up to 1.6x better priceperformance versus
competition1
speaker notes for notes on performance claims
• Concurrent management of
1000+ applications through a
unified application console4
© 2012 IBM Corporation
Disaster Recovery in 5 clicks
Delivering easy-to-use cross-site disaster recovery for
applications - setup in just 5 clicks!
Active/passive replication DR solution setup in
just 5 clicks on each system!
Achieve business continuity for all applications
running on the system
Begin recovery from planned or unplanned failures
with two clicks
Up to 8,000 km between systems
• Uses asynchronous replication for improved
performance
Backup
Primary
DWDM
Fiber
A-sync
replication
Recovery Point Objectives (RPOs):
• Planned failover:
• Unplanned failover:
zero data loss
near zero data loss
Recovery Time Objectives (RTOs) vary on
application startup time, between 2-8 hours
15
© 2012 IBM Corporation
Windows Support
Increased flexibility with the first pre-integrated application
platform for Windows and Linux
Consolidate a broader range of applications on
PureApplication System, including those which
require Microsoft Windows
Deploy patterns with one or more components on
Microsoft Windows 2008 R2
• virtual system and virtual application patterns
Bring-your-own-license design allows you to
leverage existing investments
• e.g. Microsoft Windows volume licenses
Patterns made available for select Microsoft products
• Microsoft SQL Server
• Microsoft Sharepoint
Use extend/capture or provided tooling to create your
own Windows-based patterns!
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© 2012 IBM Corporation
Integrated Encryption Support for Patterns
Improved application security with integrated file system
encryption support
Ensure security of your data at rest with new
integrated encryption capability
Enable file system encryption for all or part of
your application’s data
• Simply specify the file paths to include or
exclude
Supports any virtual system or virtual application
pattern
Integrated key managers are provided, or you
can use select external key managers
• e.g. Tivoli Key License Manager
Multiple options available for underlying
encryption technology
17
© 2012 IBM Corporation
Automated Vertical Scaling
Faster response times during usage spikes
Smooth response times under load with automated
vertical scaling
PureApplication System offers options for scaling
patterns to address demand spikes:
• Vertical: increase CPU/memory resource
allocated to existing nodes/server instances
• Horizontal: add additional VMs, start additional
nodes/server instances, tie into existing
environment
• Combination: try vertical scaling first, then move
to horizontal scaling
Decision to scale a pattern up is made based on policies
specified by user
• Types of policies available differ by pattern
Vertical Scaling
VM
VM
VM
Adding resource to an
existing VM takes seconds
Horizontal Scaling
VM
VM
VM
VM
Adding a VM takes minutes
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© 2012 IBM Corporation
Advanced License Management
Improved governance through new license management and OS
maintenance capability
Produce license usage reports which meet
subcapacity licensing requirements
Prevent license overages by optionally taking
action when a requested deployment would
exceed entitlement:
License
Inventory
• Warn: send email to user and admin, but allow
deployment
• Enforce: reject deployment
PureApplication System now supports the
following license metrics:
•
•
•
•
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Processor Value Unit (PVU)
Virtual Instance / VM
Compute Node / Physical Server
Processor Core
License
Allocation
License
Overage
Protection
© 2012 IBM Corporation
PureApplication System W1500 - Enterprise
Top of Rack Switches
10/1 Gbps Ethernet
320 Gbps to DC
v7000 SAN
EasyTier
80 x 600GB SAS HDD
16 x 400GB SAS SSD
Flex System Chassis
40 Gbps Backplane
14 Slots
16GB FC
10 Gbps Ethernet
Half Wide Compute Node
16 core 2.6GHz Intel
(2 x 8 core Sandy Bridge EP)
256GB RAM
16 GB/core
10 Gbps Ethernet
8Gbs FC
PureSystems Manager
Virtualization System
Manager
20
© 2012 IBM Corporation
What’s Physically In The Box?
Networking
• BNT top of rack switches
• Network bandwidth (trunked 10 gb ethernet)
320 gb out of top of rack
160 gb between chassis
40 gb within each chassis
Storage
• V7000 storage controllers
• 48 TB HDD storage (80x600GB, 43TB usable)
• 6.4 TB SSD storage (16x400GB, 5TB usable)
Compute Capacity
• 3 PureFlex chassis in a 42U rack
• Intel 2.6Ghz compute nodes w/ 2 sockets, 16 cores, and 256
GB memory each (6/12/24/38 nodes in S/M/L/XL)
Power
• 4 redundant PDUs (only 2 required to power full rack)
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© 2012 IBM Corporation
PureApplication System W1500 – 64 (Mini)
Top of Rack Switches
10/1 Gbps Ethernet
320 Gbps to DC
Service Laptop
v7000 SAN
EasyTier
40 x 600GB SAS HDD
6 x 400GB SAS SSD
Flex System Chassis
40 Gbps Backplane
14 Slots
16GB FC
10 Gbps Ethernet
Virtualization Systems
Manager
22
Storage expansion node
Half Wide Compute Node
16 core 2.6GHz Intel
(2 x 8 core Sandy Bridge EP)
256GB RAM
16 GB/core
10 Gbps Ethernet
8Gbs FC
PureSystems Manager
© 2012 IBM Corporation
PureApplication System W1700 – Large Rack
Top of Rack Switches
10/1 Gbps Ethernet
320 Gbps to DC
v7000 SAN
EasyTier
80 x 600GB SAS HDD
16 x 400GB SAS SSD
Flex System Chassis
40 Gbps Backplane
14 Slots
16GB FC
10 Gbps Ethernet
Full Wide Compute Node
32 core 3.61 GHz P7+
(4 x 8 core Power 7+)
512GB RAM
16 GB/core
2 x 10 Gbps Ethernet
2 x 8 Gbs FC
PureSystems Manager
Virtualization System
Manager
23
© 2012 IBM Corporation
PureApplication System W1700 – 64 (Mini)
Top of Rack Switches
10/1 Gbps Ethernet
320 Gbps to DC
Service Laptop
v7000 SAN
EasyTier
40 x 600GB SAS HDD
6 x 400GB SAS SSD
Flex System Chassis
40 Gbps Backplane
14 Slots
16GB FC
10 Gbps Ethernet
Virtualization Systems
Manager
24
Storage expansion node
Full Wide Compute Node
32 core 3.61 GHz P7+
(4 x 8 core Power 7+)
512GB RAM
16 GB/core
2 x 10 Gbps Ethernet
2 x 8 Gbs FC
PureSystems Manager
© 2012 IBM Corporation
Built-in Expertise: Hardware High Availability
Management Nodes
• Both run in active-passive mode, when a failure occurs the IP address is
assigned to the new active one
Network Controllers
• Switches and cabling are redundant (2 of each).
• Failure of 1 leads to reduced bandwidth, not service
Storage Controllers
• All storage volumes are accessible from each controller
• If one fails, the other handles all I/O
Storage
• SSD storage is configured in RAID 5 array + spares
• HDD storage is configured in RAID 5 array + spares
Compute Nodes (ITE)
• Management system will route around failed DIMMs or cores yielding
reduced capacity (server rebalance)
• If entire node fails, VMs can be moved elsewhere (workload evacuation)
25
© 2012 IBM Corporation
To the IT Architect, Design Matters…Cloud, app provisioning,
enhanced support/upgrade
Pre-integrated capabilities key to today’s datacenter
Patterns of Expertise
• A deployable form of proven best practices from years of
experience and expertise to simplify complex tasks
Application Platform
Application Optimization
System wide Management
Automation & Scaling
Caching & Elasticity
Application Centric Provisioning
Usage Metering
Security
Monitoring
App Lifecycle Management
License Management
Self-service
Data management
26
Single update files
No-downtime upgrade
System Infrastructure
Integrated Server, Storage,
Network
Power Management
Storage & VM Optimization
Virtualization
Integrated System Management
Simplified maintenance:
Provisioning
Security
Monitoring
IT Lifecycle Management
System design
© 2012 IBM Corporation
Backup: Cloud
27
© 2012 IBM Corporation
Cloud is the new delivery model
77%
Enterprises expect
of NA
companies
currently using
public cloud
46%
of their IT service delivery
to be delivered via public
and/or private clouds
3 years from now
US Businesses
will spend
$43B
on cloud-delivered
IT services in
2016
82% of new commercial apps will be developed
specifically for cloud in 2012
31% of companies will source greater than 50%
of total IT spend from the Public Cloud by 2016
28
Source: IDC CloudTrack Survey, Summer 2012 n=801 and IDC CloudTrack Survey, Winter 2012 n=493
2012-2016:
SaaS
spending will
grow by
123%
PaaS
spending
CAGR hits
48.5%
IaaS
spending will
top $31
billion
© 2012 IBM Corporation
IBM PureSystems is Built for Cloud
Platform as a Service
Rapid self-service application and platform
provisioning
Elastic and workload aware runtimes
Databases, messaging & caching shared
services
Infrastructure as a Service
Self-service to multi-tenant compute, storage,
and networking resource pools
Virtual machine mobility and management
Image catalog and lifecycle management
Infrastructure
Application Platform
Delivering Infrastructure Services
Delivering Platform Services
29
© 2012 IBM Corporation
Smart consolidation of application and data services
Business
Intelligence
eCommerce
Catalog & Cart
Analytics & Transactional
Applications
Order
management
Credit card
management
Client Churn
Analysis
Transactional
Data Services
Real Time
Fraud
Detection
Analytic
Data Services
PureData System
PureApplication
System
30
* Dostępne w drugiej połowie roku
for
Transactions
for
Analytics
for
Operational
Analytics
for
Hadoop*
© 2012 IBM Corporation
IBM PureApplication System: the ideal cloud application platform
Pattern-based deployment
Expert Integrated System:
Integration by design
‒ Application server
‒ Database services
‒ Integrated infrastructure
User-based self-service
Service level management
Common cloud platform
Dynamic resource scalability
Built-in expertise
− Infrastructure, platform, and
Automated IT resource
application patterns
provisioning
Simplified experience
− Simplifying lifecycle
deployment and management
of applications
− Single point of management
31
Catalog of services
Multi-tenancy
Usage-based
reporting
Virtualization
Automated IaaS
Cloud Application Platform (PaaS)
© 2012 IBM Corporation
Multiple pattern types to enable open ecosystem
Virtual Appliance
HTTP
Server
Virtual
Appliance
Virtual Appliance
Operating
system
Software
application
Operating
system
Metadata
Virtual Appliances
Metadata
Virtual Appliance
Virtual Appliance
Application
Server
Application
Server
Operating
system
Operating
system
Metadata
Metadata
Virtual System
Patterns
• Standard software installation
and configuration on OS
• Automated deployment of
middleware topologies
• Images created through
extend/capture
• Traditional administration and
management model
• Traditional administration and
management model
• Application and infrastruture
driven elasticity
Software
application
Virtual Application
Patterns
• Highly automated deployments
using expert patterns
• Business policy driven elasticity
• Built for the cloud environment
• Leverages elastic workload
management services
• Infrastructure driven elasticity
Virtual Appliances
32
Standard TCO
existing applications
Virtual System Patterns
Improved TCO
virtualized applications
Virtual Application Patterns
Best TCO
© 2012 IBM Corporation
cloud applications
Backup: Management
33
© 2012 IBM Corporation
Integrated OS, Database, and Application Server Monitoring
OS
view
WAS view
34
DB2 view
© 2012 IBM Corporation
Built-in Expertise: System Update Management
• Everything below Guest VM
• Hardware and Firmware
•Management, Hypervisor,
Compute Nodes,
switches, power, storage,
etc
35
System
© 2012 IBM Corporation
Built-in Expertise: Pattern Update Management
Workload
• Guest VM and above
• OS and Middleware
• Patterns deployed to the cloud
• Virtual System and Virtual
Applications
36
© 2012 IBM Corporation
Backup: Configurations
37
© 2012 IBM Corporation
PureApplication System Configurations (W1500 & W1700)
Small
Rack
(25U)*
x86
32 Cores
0.5 TB RAM
64 Cores
1 TB RAM
96 Cores
1,5 TB RAM
128 Cores
2 TB RAM
2.4 TB SSD
24 TB HDD
Large
Rack
(42U)**
x86
96 Cores
1.5 TB RAM
192 Cores
3.0 TB RAM
384 Cores
6.0 TB RAM
6.4 TB SSD
48 TB HDD
608 Cores
9.5 TB RAM
**32 core increments
available
All configurations include:
• Rack, Chassis, PDUs
• Networking (Top of Rack, Chassis & Fibre)
• Pre-integrated software entitled for full capacity of configuration: OS, Hypervisor,
application server, database, Java runtime, cloud provisioning, management and full stack
monitoring
38
Upgrade configurations without taking an outage
© 2012 IBM Corporation
PureApplication System W1500: Pre-Optimized, Pre-Entitled Software
“All you can eat” entitlement to run the following software on the full capacity of the purchased System
• Full stack monitoring (hardware, OS, entitled middleware)
• Virtualization & virtualization management
• Tooling for creating patterns
• Virtual System Patterns:
IBM OS Image for Red Hat Linux Systems v2.0.0.3 (RHEL 64-bit v6.3)
IBM WebSphere Application Server Hypervisor Edition v7.0.0.29 with IMP (WAS 7.0)
IBM WebSphere Application Server Hypervisor Edition v8.0.0.6 with IMP (WAS 8.0)
IBM WebSphere Application Server Hypervisor Edition v8.5.5 with IMP (WAS 8.5)
IBM DB2 9.7 FP8 Enterprise Server Edition HV*
IBM DB2 10.1 FP2 Enterprise Server Edition HV*
IBM DB2 10.5 Enterprise Server Edition HV*
Automation Framework HV (for migrating applications)
• Virtual Application Patterns:
Java Pattern v1.0.1 (64-bit Java 7 SDK)
IBM Workload Deployer Pattern for Web Applications v1.0.1 (with WAS v7)
IBM Web Application Pattern v2.0.1 (with WAS v8)
IBM Transactional Database for Cloud v1.1.0.7 (DB2 9.7 FP8, 10.1 FP2 & 10.5)
IBM Data Mart for Cloud v1.1.0.7 (with DB2 9.7 FP8, 10.1 FP2 & 10.5)
39
*DB2 ESE with options entitled:
• Storage Optimization
© 2012 IBM
Corporation
• Label-Based
Access
Control
• Optim Performance Manager
PureApplication System W1500 ‘Mini’ (x86)
W1500-32
256GB (8 2x16GB, 1333 MHz, DDR3, LP RDIMMS(1.35V))
Memory/Compute Node
1 x EN4054 – 4 port 10Gb Ethernet Mezz Adapter
Network cards/Compute Node
1 x FC 3172 - 2 port 8Gb Fibre Channel Mezz Adapter
Fibre cards/Compute Node
# Compute nodes
2
4
6
8
# Cores
32
64
96
128
Memory
512 GB
1 TB
1.5 TB
2.0 TB
Solid State Drive (SSD)
6 x 400GB 2.5 in. SSD (E-MLC)
Hard Disk Drive (HDD)
40 x 600 GB 2.5 in. 10k HDD
Storage Controller
1 x IBM Storwize V7000 Disk System
Storage Expansion
1 x IBM Storwize V7000 Storage Drawer
Total Storage SSD
2.4 TB unformatted / 1.6 TB usable
Total Storage HDD
24.0 TB unformatted / 21.6 TB usable
Top of Rack Switches (TOR)
Network
Transceivers
BLADE Network Technologies TOR G8264 switches for Customer Data Center & Rack to Rack
communications
Choice of: 10GbE Fibre, 1GbE Fibre, 1GbE Copper, Direct Attach Cabling (DAC / Twinax)
2 x EN4093 – BNT 10GbE
Network / Chassis
Chassis
2 x FC5022– Brocade 48 16GbFC
Fibre / Chassis
1 x Accipiter Chassis
Chassis
Power
Mgmt
Rack
Specs
40
W1500-128
Dual Processor, 16-core, 256GB memory
Compute Node
Storage
W1500-96
8 core, 2.6GHz Intel Sandy Bridge EP processor, 115 W
Processor
Compute
W1500-64
4 x 60A 1ph - North America
4 x 32A 1ph - International
Power Distribution Unit (PDU)
Management Nodes
2 x PureSystems Manager (PSM)
2 x Virtualization System Manager (VSM)
Rack
1.3 M 19” Enterprise Rack
Weight
371 Kg
(815 lb)
386 Kg
(850 lb)
402 Kg
(885 lb)
418 Kg
(920 lb)
Power
Max: 4.9 kW
Typical: 4.3 kW
Max: 5.8 kW
Typical: 5.2 kW
Max: 6.8 kW
Typical: 6.0 kW
Max: 7.7 kW
Typical: 6.8 kW
Dimensions
Height: 1240 mm (49 in) / Depth: 1000 mm (39.4 in) / Width: 610 mm
(24 in)
© 2012
IBM Corporation
PureApplication System W1500
‘enterprise’ (x86)
W1500-64
W1500-96
W1500-128
1 x FC 3172 - 2 port 8Gb Fibre Channel Mezz Adapter
# Compute nodes
4
6
8
10
12
14
24
38
# Cores
64
96
128
160
192
224
384
608
Memory
1 TB
1.5 TB
2.0 TB
2.5 TB
3.0 TB
3.5 TB
6.0 TB
9.5 TB
Solid State Drive (SSD)
16 x 400GB 2.5 in. SSD (E-MLC)
Hard Disk Drive (HDD)
80 x 600 GB 2.5 in. 10k HDD
Storage Controller
2 x IBM Storwize V7000 Disk System
Storage Expansion
2 x IBM Storwize V700 Storage Drawer
Total Storage SSD
6.4 TB unformatted / 4.8 TB usable
Total Storage HDD
48.0 TB unformatted / 43.2 TB usable
Top of Rack Switches (TOR)
BLADE Network Technologies TOR G8264 switches for Customer Data Center & Rack to Rack communications
Transceivers
Choice of: 10GbE Fibre, 1GbE Fibre, 1GbE Copper, Direct Attach Cabling (DAC / Twinax)
Network / Chassis
2 x EN4093 – BNT 10GbE
Fibre / Chassis
2 x FC5022– Brocade 48 16GbFC
3 x Accipiter Chassis
Chassis
Power
Mgmt
Rack
4 x 60A 3ph - North America
4 x 32A 3ph - International
Power Distribution Unit (PDU)
Management Nodes
2 x PureSystems Manager (PSM)
2 x Virtualization System Manager (VSM)
2.0 M 19” Enterprise Rack
Rack
Weight
Specs
41
W1500-608
1 x EN4054 – 4 port 10Gb Ethernet Mezz Adapter
Network cards/Compute Node
Fibre cards/Compute Node
Chassis
W1500-384
256GB (8 2x16GB, 1333 MHz, DDR3, LP RDIMMS(1.35V))
Memory/Compute Node
Network
W1500-224
Dual Processor, 16-core, 256GB memory
Compute Node
Storage
W1500-192
8 core, 2.6GHz Intel Sandy Bridge EP processor, 115 W
Processor
Compute
W1500-160
Power
Dimensions
911 Kg
(2004 lb)
921 Kg
(2027 lb)
932 Kg
(2050 lb)
942 Kg
(2072 lb)
953 Kg
(2095 lb)
963 Kg
(2118 lb)
1016 Kg
(2232 lb)
1088 Kg
(2391 lb)
Max: 8.0 kW Max: 8.9 kW Max: 9.8 kW Max: 10.8 kW Max: 11.7 kW
Max: 12.7 kW
Max: 17.4 kW Max: 23.9 kW
Typical: 7.0kW Typical: 7.9kW Typical: 8.3kW Typical: 9.5kW Typical: 10.4 kW Typical: 11.2W Typical:
15.3
kW
Typ.: 21.1 kW
© 2012
IBM
Corporation
Height: 2.015 m (79.3 in) / Depth: 1.098 m (43.3 in) /
Width: 0.644 m (25.4 in)
PureApplication System W1700: Pre-Optimized, Pre-Entitled Software
“All you can eat” entitlement to run the following software on the full capacity of the purchased System
• Virtualization hypervisor and virtualization management
• Full stack monitoring (hardware, OS, entitled middleware)
• Tooling for creating patterns
• Virtual System Patterns:
IBM OS Image for Power Systems (AIX v6.1 TL 8 SP2 & AIX v7.1 TL 2 SP2)
IBM WebSphere Application Server Hypervisor Edition v7.0.0.29 with IMP (WAS 7.0)
IBM WebSphere Application Server Hypervisor Edition v8.0.0.6 with IMP (WAS 8.0)
IBM WebSphere Application Server Hypervisor Edition v8.5.5 with IMP (WAS 8.5)
IBM DB2 9.7 FP8 Enterprise Server Edition HV*
IBM DB2 10.1 FP2 Enterprise Server Edition HV*
IBM DB2 10.5 Enterprise Server Edition HV*
Automation Framework HV (for migrating applications)
• Virtual Application Patterns:
Java Pattern v1.0.1 (64-bit Java 7 SDK)
IBM Workload Deployer Pattern for Web Applications v1.0.1 (with WAS v7)
IBM Web Application Pattern v2.0.1 (with WAS v8)
IBM Transactional Database for Cloud v1.1.0.7 (DB2 9.7 FP8, 10.1 FP2, & 10.5)
IBM Data Mart for Cloud v1.1.0.7 (with DB2 9.7 FP8, 10.1 FP2 & 10.5)
IBM Mixed Language Application Modernization Pattern v1.0 (for C & COBOL apps)
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*DB2 ESE with options entitled:
• Storage Optimization
© 2012 IBM
Corporation
• Label-Based
Access
Control
• Optim Performance Manager
PureApplication System W1700 ‘Mini’ (Power)
W1700-32
W1700-64
Quad Processor, 32-core, 512GB memory
Compute Node
512GB (16 2x16GB, 1066 MHz, DDR3, LP RDIMMS(1.35V))
Memory/Compute Node
Storage
2 x Emulex 4-port 10GbE Network Adapter Mezz (Wildcat 2+2)
Network cards/Compute Node
2 x Qlogic 2-port 8Gb Fibre Channel Expansion Card (Ninja)
Fibre cards/Compute Node
# Compute nodes
2
2
3
4
# Cores
32
64
96
128
Memory
0.5 TB
1 TB
1.5 TB
2.0 TB
Solid State Drive (SSD)
6 x 400GB 2.5 in. SSD (E-MLC)
Hard Disk Drive (HDD)
40 x 600 GB 2.5 in. 10k HDD
Storage Controller
1 x IBM Storwize V7000 Disk System
Storage Expansion
1 x IBM Storwize V7000 Storage Drawer
Total Storage SSD
2.4 TB unformatted / 1.6 TB usable
Total Storage HDD
24.0 TB unformatted / 21.6 TB usable
Top of Rack Switches (TOR)
Network
BLADE Network Technologies (BNT) TOR switches for Customer Data Center & Rack to Rack
communications
Transceivers
Choice of: 10GbE Fibre, 1GbE Fibre or Copper
2 x COMPASS – BNT 10Gb
Network / Chassis
Chassis
Fibre / Chassis
2 x Pharos FC – Brocade 48 port
1 x Accipiter Chassis
Chassis
Power
Mgmt
Rack
Specs
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W1700-128
8 core, 3.61GHz Power7+
Processor
Compute
W1700-96
4 x 30A 1ph – North America
4 x 32A 1ph – International
Power Distribution Unit (PDU)
Management Nodes
2 x PureSystems Manager (PSM)
2 x Virtualization System Manager (VSM)
Rack
1.3 M 19” Enterprise Rack
Weight
386 Kg
(850 lb)
386 Kg
(850 lb)
402 Kg
(885 lb)
418 Kg
(920 lb)
Power
Max: 4.9 kW
Typical: 4.3 kW
Max: 5.8 kW
Typical: 5.2 kW
Max: 6.8 kW
Typical: 6.0 kW
Max: 7.7 kW
Typical: 6.8 kW
Dimensions
© 2012 IBM Corporation
Height: 1240 mm (49 in) / Depth: 1000 mm (39.4 in) / Width: 610 mm (24 in)
PureApplication System W1700 (x86)
W1700-64
W1700-96
W1700-128
2 x Qlogic 2-port 8Gb Fibre Channel Expansion Card (Ninja)
# Compute nodes
2
3
4
5
6
7
12
19
# Cores
64
96
128
160
192
224
384
608
Memory
1 TB
1.5 TB
2.0 TB
2.5 TB
3.0 TB
3.5 TB
6.0 TB
9.5 TB
Solid State Drive (SSD)
16 x 400GB 2.5 in. SSD (E-MLC)
Hard Disk Drive (HDD)
80 x 600 GB 2.5 in. 10k HDD
Storage Controller
2 x IBM Storwize V7000 Disk System
Storage Expansion
2 x IBM Storwize V700 Storage Drawer
Total Storage SSD
6.4 TB unformatted / 4.8 TB usable
Total Storage HDD
48.0 TB unformatted / 43.2 TB usable
Top of Rack Switches (TOR)
BLADE Network Technologies (BNT) TOR switches for Customer Data Center & Rack to Rack communications
Transceivers
Choice of: 10GbE Fibre, 1GbE Fibre or Copper
Network / Chassis
2 x COMPASS – BNT 10Gb
Fibre / Chassis
2 x Pharos FC – Brocade 48 port
3 x Accipiter Chassis
Chassis
Power
Mgmt
Rack
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4 x 60A 3ph – North America
4 x 32A 3ph – International
Power Distribution Unit (PDU)
Management Nodes
2 x PureSystems Manager (PSM)
2 x Virtualization System Manager (VSM)
2.0 M 19” Enterprise Rack
Rack
Weight
Specs
W1700-608
2 x Emulex 4-port 10GbE Network Adapter Mezz (Wildcat 2+2)
Network cards/Compute Node
Fibre cards/Compute Node
Chassis
W1700-384
512GB (16 2x16GB, 1066 MHz, DDR3, LP RDIMMS(1.35V))
Memory/Compute Node
Network
W1700-224
Quad Processor, 32-core, 512GB memory
Compute Node
Storage
W1700-192
8 core, 3.61GHz Power7+
Processor
Compute
W1700-160
Power
Dimensions
911 Kg
(2004 lb)
936 Kg
(2027 lb)
932 Kg
(2050 lb)
942 Kg
(2072 lb)
953 Kg
(2095 lb)
963 Kg
(2118 lb)
1016 Kg
(2232 lb)
1088 Kg
(2391 lb)
Max: 7.6 kW
Max: 8.7 kW Max: 9.7 kW Max: 10.7 kW Max: 11.8 kW Max: 12.8 kW Max: 18.0 kW Max: 25.3 kW
Typical: 6.8kW Typical: 7.7kW Typical: 8.7kW Typical: 9.6kW Typical: 10.6 kW Typical: 11.6W Typical: 16.3 kW Typical: 23.0kW
Height: 2.015 m (79.3 in) / Depth: 1.098 m (43.3 in) /
Width: 0.644 m (25.4 in)
© 2012 IBM Corporation
Backup: Para saber más
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© 2012 IBM Corporation
More information and next steps
Go Online
Next Steps
PureSystems General Information:
http://www.ibm.com/ibm/puresystems/
Participate in a Labs Come to You event
Try IBM patterns of expertise technology free of
charge: ibm.com/smartcloud/services/enterprise
Request a Business Value Assessment
Experience a Proof of Technology
Learn more about the IBM PureApplication
System: ibm.com/puresystems/pureapplication/
Learn more about IBM SmartCloud Application
Services: ibm.com/smartcloud/paas
PureSystems Patterns of Expertise animation:
http://www.youtube.com/watch?v=XXIqTF2dlDg
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© 2012 IBM Corporation
developerWorks: Enabling the developer ecosystem
Resources and no charge trials to get started today using PureSystems
Deep technical content gets developers up to speed
on PureFlex, PureApp, and PureData
• Developer-focused articles
• Videos
• Technical Demos
Pure Application no charge trial offerings allow
developers to experience the benefits first hand:
• SmartCloud based patterns trial:
Build skills and deploy applications using a pattern-based
approach in the cloud
• Virtual Pattern Kit for Developers:
Develop your own patterns and solutions and extend existing
IBM patterns.
PureFlex no charge offering speeds deployment
• IBM Virtual Appliance Self Enablement Kit
Allows ISVs to accelerate deployment of applications in the
cloud
www.ibm.com/developerworks/puresystems/try
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© 2012 IBM Corporation