Engineered Sytems Exalogic Exadata

Case Study: Engineered Systems with Exadata & Exalogic Elastic Cloud Angelo Joseph, Director Exalogic ANZ Oracle Corporation

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Technology Positioning

The End of an Era High Touch, High Cost, Low Return

In-house platforms: Design, Develop Test, Document Procure, Deploy Operate, Maintain Inhibits growth Misdirects innovation Wastes time and resources

Copyright © 2011 Oracle Corporation

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Do it Yourself 19 Item Checklist Setting up a System, One Piece at a Time 1. Assess application requirements 2. Research available component technologies and vendor products 3. Identify all software components and evaluate compatibility, drivers, etc. 4. Obtain server, storage, network and other components from vendor(s) for trial use 5. Assemble hardware components, including network design 6. Install base software components (sufficient to test networking) 7. Test physical system, working with vendor(s) to identify defects 8. Obtain patches/fixes for identified defects from vendors and deploy to test system 9. Deploy/install patches or new hardware 10.Repeat 7-9 until stable 11.Deploy upper-stack (application or application-server complex) 12.Test upper stack 13.Obtain patches/fixes for identified defects from vendors and deploy to test system 14.Deploy/install patches or new hardware 15.Repeat 12-14 until stability and performance goals have been met 16.Finalize supply chain (vendor price negotiations, component EOL practice, etc.) 17.Fully document platform state and platform-specific operating/maintenance procedures, vendor support engagement practices and internal triage protocol 18.Move the system from test/development to production 19.Start over when someone changes the application requirements, when a key vendor product is discontinued or EOL prematurely, when a key component vendor is no longer viable 5

Engineered and Delivered Exadata / Exalogic vs. HP BladeSystem

Application Platform Layer OS Layer

Integrated Tuned

HP Blades Compute Layer

Identical

Platform HP Networking

Optimized

Different

Every

I/O Layer

Time Storage Layer

HP Storage

1 Engineered System

162 parts

Unpack to production in hours

Months from start to production

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Traditional n-tier IT Platform Hardware + Software foundation for IT transformation

Web Tier

Horizontal Scale

Middleware Tier

Horizontal & Vertical Scale

Database Tier

Vertical Scale

Software

Hardware

Oracle Business Platform Hardware + Software foundation for IT transformation

Vertical Apps

Software

Pre-built, Pre-integrated, Pre-engineered

Hardware

Case Study

Customer Situation • Profile Leading university, the second oldest University in Australia 6500 staff members Over 47 000 students More than 11,800 international students from over 120 countries

• Higher Education Sector has been impacted by a number of external factors and is unable to adequately respond • • • • •

Economic climate Student populations and geographies, growing international intake Course selection, content, qualification, etc Multi-channel Self-Service

• Inadequate Security solution in place • Inadequate non-functional requirements in place for the Students Portal, i.e. Problems with Reliability, High Availability, Performance and Scalability.

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Challenges Old systems costing too much • Rationalisation required

New capabilities required • Old tooling lacked features, productivity, manageability

72 projects initiated • 72 Compelling events to act within a given timeframe

• New / expanded business • Grow the Brand – Multi-Channel, faster response, better integration, intuitive usage, viral adoption • Protect the integrity of the Brand – RASP

Provide integration and data management backbone, consolidation and standardisation approach to address it's Tier 1 applications platform

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Oracle Value Proposition • Oracle developed a strategy to engage • Help them find common architectural pieces

• Obtain outcomes by reducing associated risks • Consolidation / Rationalisation offering • Full stack – Certified platform • Integrated • Broad solution coverage • Exalogic, Exadata, Security for all channels of access, Coherence, OID, GG, WC, UCM, OSB, BPEL, etc.

• Alleviate Hardware and Software loading issues. • Engineered Platform strengths with Exalogic / Exadata • Reliability, HA, Performance and Scalability. • Coherence - Absorb more readily the load problems rather than hit back end systems.

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Portal Solution Mapping

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Student/Staff Portal and Service Layer Service Access Management

Student

Services

Student

Oracle Enterprise Gateway Course Subject Oracle Enterprise Staff Gateway Timetable

Course

Subject

Staff

Worklist

Timetable

Worklist Oracle Entitlements Server

Person Party

Worklist

*

Security & Directory

Actionable WorklistItem Ack Req Notification

Organisation

*

Notification

* Role

Completed Subject Requested Subject Student

Object Model

Location

Subject

Account

*

Staff

*

Scheduled Subject

*

Subject Execution

teaches[]

Enrolled Subject

assigned[] Staff

Requested Course

Enrolled Course

Object Cache Service Bus Source Application Services/APIs

Oracle Directory Server (OUD)

assigned[]

Resources

finalUnits []

1 *

teaches[]

*

*

*

Completed Course

*

Timetable Entry

Prereq Subject

prereqUnits []

Faculty

Course

Coherence

Coherence

Coherence

Coherence

OSB

OSB

OSB

OSB

OWSM

OWSM

OWSM

OWSM

OWSM

OWSM

WS-Impl

WS-Impl

WS-Impl

WS-Impl

WS-Impl

WS-Impl

Learning Mgmt System

Student Admin/Info System

Other System

Other System

Other System

Other System

Oracle Entitlements Server

Coherence In-Memory Grid Object Caching

Enterprise Applications

Real Time Clients

Web Services

Data Services

Oracle Coherence Data Grid

Databases

Mainframes

Web Services

• Will cache database data in memory, closer to the application offloading data access from back-end data stores • Will provides a reliable data tier with a single, consistent view of data • Will enables dynamic data capacity including fault tolerance and load balancing • Will ensures that data capacity scales with processing capacity

Oracle Data Integration Solutions Example Flow 1. Extract real-time data from Information Systems into database environment with GoldenGate 2. Transformation to MDM model with ODI 3. Using GoldenGate to update Coherence data in real-time 4. On-demand feeds from other databases to service bus with ODI Oracle GoldenGate

IS Log Based, RealTime Change Data Capture

MIS

3 2

Oracle GoldenGate

1

ODI

Portal

Service Bus MDM

MID

ODI Other Heterogeneous databases

Coherence

ODI

4

Applications

Oracle Identity Management Where does it fit

OAM

OES

Oracle Entitlement Gateway

OIM

Physical Components Ability for Growth Site 1

Site 2

Exalogic OracleVM

Exadata

Exalogic OracleVM

Exadata

University – Logical Deployment Student Portal System Site1

Site2

PRE-PROD OVM Farm PRODUCTION / TEST

Active – Standby ExaLogic Rack

ExaLogic Rack

ExaLogic Rack

ExaLogic Rack

TEST / UAT

PRODUCTION (1)

PRODUCTION (2)

UAT DR / DEV

TEST

PRODUCTION

OVM Farm PRODUCTION (DR) / DEV

DEVELOPMENT

Active – Standby

Exadata Rack PRODUCTION

Exadata Rack PRODUCTION

Active Data Guard

Exadata Rack PROD/TEST/DEV

Application-to-Disk Management Complete Stack Management • Integrated manageability across the entire University solution stack Student Portal, LMS, Other Applications Weblogic, OPMN, MS IIS, Tomcat, .Net 11gR2, 10gR2 Oracle Enterprise Linux Oracle VM Oracle Exalogic, Oracle Exadata, Oracle Sun Hardware Oracle Sun Hardware

• Manage all Exalogic, Exadata, application, middleware and database targets from one centralised console

• Best of breed manageability built into each tier • Manage Oracle & Non-Oracle

• Benefits include: • Achieve higher levels of performance, availability, agility and control • Increased service level monitoring • Troubleshoot problems more quickly • Increased productivity • Reduced management complexity and costs

Summary of Approach Align with all parts of the business & IT • • • •

Enterprise Architects Business Owners Projects CIO, CTO

• Focus on a strategy to engage which defines and drives the architectural model • Maintain stakeholder support to obtain original outcome

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Summary

Exadata Software Innovations Exadata Storage Server Software Intelligent storage

Hybrid Columnar Compression

Smart Scan query offload Scale-out storage

+

+

+

Smart Flash Cache

10x compression for warehouses 15x compression for archives

Data remains compressed for scans and in Flash

Accelerates random I/O up to 30x Doubles data scan rate

Uncompressed

primary backup

Benefits Multiply

test standby

dev’t

Compressed

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Exalogic Elastic Cloud Software Optimized Network Virtualization Standard Hardware I/O Application

Application

Application Buffer

Application Buffer

Copy

Exabus Application

Application

TCP IP Transport

Kernel

20% Buffer Copies 40% Transport Processing 40 % Kernel Context Switches

Zero Buffer Copy Direct Memory Access Kernel Bypass

4X Throughput, 6X Lower Latency

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© 2011 Oracle Corporation – Proprietary and Confidential

Oracle Exalogic and Exadata Together Designed for Seamless Interoperability, Unmatched Performance

960 Gigabits/second (Maximum: 24x InfiniBand QDR) • Exclusive: direct InfiniBand integration! • Extreme performance, reliability, security • Simple to deploy and manage

Exadata

Exalogic Typical

3X OLTP Performance gain

Active GridLink • Resource-aware load balancing • Instantaneous connection failover • Transaction affinity to RAC nodes • SQLnet optimized for InfiniBand SDP

Copyright © 2011 Oracle Corporation

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Oracle Exalogic Elastic Cloud and Exadata Easier to Buy, Easier to Own, Easier to Operate

Fastest Application Performance At least 2x improvement in response times

At least 2x increase in throughput Best performance for Oracle Applications

Fastest DB Performance 10 – 50X Faster Queries 4 – 10X Faster OLTP 10X Less Disk Storage

Lowest TCO At least 50% lower TCO

Engineered System 1 Vendor Solution: Hardware, Software Fastest path to market 26

For More Information

White Papers • Oracle Exalogic Elastic Cloud: A Brief Introduction • Oracle Exalogic Elastic Cloud: Software Overview • Oracle Exalogic Elastic Cloud: X2-2 Hardware Overview

Links Contact www.oracle.com/exalogic www.oracle.com/exadata www.oracle.com/weblogic Twitter.com/OracleExalogic Twitter.com/OracleWebLogic Blogs.Oracle.com/ApplicationGrid Facebook.com/Exalogic

Resources

Extraneous Slides

Customers

Exalogic Customers (externally approved logos) Rapid Adoption Across All Industries and Geographies

Copyright © 2011 Oracle Corporation

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FY11 | Great Customer Benchmarks Square two

Cetelem Response Time

5x Performance

6x Throughput

Northern Trust 18

Average Response Time Comparison Customer Environment vs. Exalogic+Exadata

Response Time in Seconds

16 14

Deutsche Telecom

12

Customer Environment

10

Exa*

8

6

9x Performance

8x Throughput

4 2 0

End User Portal Page

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Engineering Level Optimization Matters

Custom Integrated Management Tools

Oracle

Oracle's Engineered Stack Management Tools

Applications

Management Tools

Red Hat Enterprise Linux

Management Tools

VMware

Middleware / Database OS / Virtualization Server

Management Tools

HP

Management Tools

EMC/NetApp

Management Tools

Brocade

Storage Storage Network

Lower Cost / Greater Capabilities / Accelerated Deployment