db consolidation oow 2012 public

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Copyright 2012, Oracle and/or its affiliates. All rights reserved.1


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Database Consolidation

Moscone South S-022


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Database Consolidation Demo

Learn how consolidating databases can save on capital and reduceoperational budgets. See the tools and learn about best practices forconsolidating databases. See the advantages of consolidating onto anengineered system such as Oracle Exadata, SPARC SuperCluster orOracle Database Appliance


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Database Consolidation Demo Sections

Overview of Database Clouds

Consolidation Architectures

Essential Technologies

Database Cloud Sessions


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NIST Definition of Cloud Computing

Cloud computing is a model for enabling convenient, on-demand networkaccess to a shared pool of configurable computing resources (e.g.,networks, servers, storage, applications, and services) that can be rapidlyprovisioned and released with minimal management effort or serviceprovider interaction.

This cloud model is composed of:

Source: NIST Definition of Cloud Computing v15

3 Service Models SaaS PaaS IaaS

4 Deployment M

Public Cloud Private Cloud Community C Hybrid Cloud

5 Essential Characteristics On-demand self-service Resource pooling Rapid elasticity Measured service Broad network access
http://csrc.nist.gov/groups/SNS/cloud-computing/cloud-def-v15.dochttp://csrc.nist.gov/groups/SNS/cloud-computing/cloud-def-v15.doc


6/29Copyright 2012, Oracle and/or its affiliates. All rights reserved.6

Standardized. TechnologyIT Silos

ServiceDelivery

Consolidation

Complex SimpleEfficient

Agile

Journey to Cloud


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Legacy Deployments - Complex

HeterogeneousHard to manage and governPer-project deploymentsSlow to deploy and change

Low utilization, high costs


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Key Goals

Reduce variety and and complexity Standardize at all levels Reduce risk

How to do it

Fewest possible products, versions, vendors Modular configurations Pre-defined placement policies Pre-defined database options Plan for expansion and exceptions

Private Database Cloud - Simple


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Key Goals

Reduce resources and environments Maximize utilization

How to do it

Provision as little as possible Share as much as possible Consolidate as much as possible Pre-defined co-location and fullness policies Isolate only as needed

Private Database Cloud Efficient


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Key Goals

Rapid deployment and provisioning Fewer manual processes Online IT management

How to do it

Modular, pre-built components Dynamic footprint (e.g., QoS Management) Rolling upgrades Self-service Metering and Chargeback

Private Database Cloud Agile


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Key Goals

Pay-as-you-go (utility model) Location independence Unbounded

How to do it

Geographic distribution and load balance Hybrid Cloud

Private Database Cloud Unified


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Siloed Standardize

Customdeployment

Multiple OS

Multiple Vendors Multiple DB versions Multiple patch levels Custom config Custom SLAs

DedicatedSize, deploy to need

Low utilization

Simpl i f i ca t ion

Standard H/WFix deployment pools

Pre-deployed

Consolidate

Cost savings

Floor space

Capabilities

Dynamic Resources IT Provisioning Manual placement Fixed ratechargeback Static Pools

Standard H/WGood Utilization

Service Delivery

Agi l i ty

Self-Service

On l ine managemen t

Au toma t ion

Capabilities

Dynamic Footprint Online Upgrades Live Migration Self-Service Provisioning Policy placement Metering andChargeback Quarantine Dynamic Pools

Standard H/WHigh Utilization

Journey to Cloud

Standarddeployment

Standard OS Limited Vendors Std DB version Std patch levels Std config Std SLAs

V a

l u e

C a p a

b i l i t i e s


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Database Consolidation foundation for PrivateDatabase Clouds


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Copyright 2012, Oracle and/or its affiliates. All rights reserved.

Infrastructure CloudServer Consolidation VM-based provisioning

Hypervisor

CRMHR ER

OS

DBO

DOS

DB

Reasons for adoption Simple to implement Strong Isolation Mixed workloads Legacy support

Drawbacks Non-standardized

Lower consolidation density Lower ROI Performance (latency) Managing sprawl Not suitable for all deployments


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Copyright 2012, Oracle and/or its affiliates. All rights reserved.

Private Database CloudDatabase Consolidation Provision Database

OS

ERPHR CR

DB

OS

DB

Reasons for adoption Consolidation density Good ROI Native performance No application validation required

Considerations OS standardization Isolation


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Copyright 2012, Oracle and/or its affiliates. All rights reserved.Copyright 2012, Oracle and/or its affiliates. All rights reserved.

Private Database CloudSchema Consolidation Provision Schema

OS

ERPHR CR

OS

DB

Reasons for adoption Most efficient Extremely fast provisioning Best ROI Performance Smallest footprint

Considerations Application validation required OS and DB standardization Isolation


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Essential Technologies forDatabase Consolidation

D t b Cl d T h l i


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Database Cloud TechnologiesContinuous Oracle innovation

Oracle Database 10g

Oracle Database 11g

Oracle Exadata

Oracle9 i DatabaseReal Application Clusters

Database ServicesDB Resource Management

Automatic Storage ManagementDynamic Database Services

Instance caging

I/O resource managementServer Pools

Quality of Service ManagementInfiniBand support

Flex-PoolsSmart Scans and Flash Cache

Hybrid Columnar Compression

Oracle EM 12c Metering and ChargebaConsolidation Plann

Self-Service provi

OneCommand Rapid Depl

Database Vault, Audit Vault


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19 | 2012 Oracle Corporation |

Expedited time to value Easier to manage and upgrade Lower cost of ownership

ExalyticsExadataDatabase

Machine

ExalogicElastic Cloud

Database Appliance

Big Data Appliance

Reduced change management One-stop support Extreme performance

Engineered Systems for Database Consolidation


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Oracle Engineered Systems

Highly standardized same for all customersPre-built to run Oracle databasesEasy to deployExtreme consolidation of all workloadsExtreme scalabilitySpecial built-in features

IORM and QoS Management (Exadata systems, SSC)

Balanced configurations (ODA)

Optimal platforms for Database Clouds


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Database Cloud sessionsat OOW 2012


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To Learn More: Monday Database Cloud Sessions

SESSION TIME ROOMBuilding and Managing a Private Oracle Database Cloud 3:15 Moscone S. RM 103

Choosing the Oracle Engineered System to host yourDatabase Cloud 4:45 Moscone S. RM

Best Practices with Oracle Exadata for DatabaseConsolidation

4:45 Moscone W. RM

Oracle Enterprise Manager DBaaS: Database, Schema, orTerabytes of Data in Minutes

4:45 Moscone W. RM

Database Consolidation Demystified: Plan, Test, andConsolidate 4:45 Moscone W. RM


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To Learn More: Tuesday Database Cloud Sessions

SESSION TIME ROOMBest practices for Database Consolidation in Private

Database Clouds (with Savvis)10:15 Moscone S. RM

Garmins Migration of Critical Databases to a ConsolidatedOracle Exadata Environment 11:45 Moscone W. RM

Using Oracle Enterprise Manager to Manage Your OwnPrivate Cloud

11:45 Moscone S. RM

Consolidating Databases with the Latest Generation ofDatabase Technology 1:15 Moscone S. RM


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To Learn More: Wednesday Database Cloud Sessions

SESSION TIME ROOMUsing Resource Manager for Oracle Database Consolidation 11:45 Moscone S. RM

Database as a Service with Oracle Enterprise Manager 12c 11:45 Moscone W. RM

Best practices for implementing Oracle Database as aService with Sabre 11:45 Moscone S. RM

Application Deployment and Consolidation Best Practices onOracle Exadata

1:15 Moscone S. RM


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Database Consolidation Demo Sections

Overview of Database Clouds

Consolidation Architectures

Essential Technologies

Database Cloud Sessions


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Graphic Section Divider


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db consolidation oow 2012 public

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