supercluster-and-oda.pdf

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SPARC Supercluster

Jeff Schwartz

October 2011

2© 2011 Oracle Corporation - Proprietary and Confidential

The following is intended to outline our general product direction. It is intended for information purposes only, and may not be incorporated into any contract. It is not a commitment to deliver any material, code, or functionality, and should not be relied upon in making purchasing decisions.The development, release, and timing of any features or functionality described for Oracle’sproducts remains at the sole discretion of Oracle.


Transforming The Technology Stack

Investing in

Best of BreedTop to Bottom

Engineering

Co-Engineered with

Enterprise Software

Engineered

Systems

HW/SW Engineered

to Work Together

Compute, Storage, Network

Building Blocks


Engineering Level Optimization Matters

Management

Tools EMC/NetApp

Management

ToolsBrocade

Management

Tools HP

Management

Tools VMware

Management

Tools Red Hat Enterprise Linux

Management

Tools Oracle

Custom Integrated

Lower Cost / Greater Capabilities /Accelerated Deployment

Applications

Middleware / Database

OS / Virtualization

Server

Storage Network

Storage

Oracle's Engineered Stack

Management Tools


Oracle’s Engineered Systems

Purpose Built for Enterprise Applications

Purpose Built for Middleware and

Application Logic

Purpose Built for Database & Data

Warehouse

NewNEW


Standardized And Simple To DeployServers, Storage, Networking, Software: Engineered Together

• All engineered systems are the same

– Delivered Tested and Ready-to-Run

– Highly Optimized

– Highly Supportable

– No unique configuration issues

– Identical to configuration used by Oracle

Engineering

• Runs existing database, middleware, and

custom applications

– Supports past 30 years of Oracle DB

capabilities

• Leverage the Oracle ecosystem

– Skills, knowledge base, people, partnersDeploy in Days,

Not Months

Readyto Run


SPARC Supercluster


SPARC SuperclusterRedefining General Purpose Servers

• Replace DB2 on Power7 and

improve database performance 3x

• Replace HP Superdome and

reduce costs by 5x

• Increase Java application

performance 10x

• Transform Database Storage

performance 10x

• Reduce time to production by 4x


Winning the Architecture with Engineered SystemsUse Cases Define the Optimized Solution

Exalogic

Middleware UpgradeMainframe ModernizationMiddleware Platform Standardization

Exadata

OLTP/Data WarehouseDatabase ConsolidationDatabase Upgrade

SPARC Supercluster

General Purpose Multi-Tier ApplicationsDatacenter ConsolidationVirtualization


SPARC Supercluster Architecture

Nodes

• 2 or 4 compute nodes

Storage Grid

• 3 or 6 storage cells

InfiniBand Network

• Redundant 40Gb/s switches

• Unified server & storage net

• Oracle Solaris 11 and Solaris 10

• Oracle Enterprise Manager Ops Center

Shared Storage

• ZFS storage appliance with dual controllers

A complete infrastructure solution for enterprise applications

Software

NDA Only


SPARC Supercluster

• Half Rack

– 2 x SPARC T4-4 compute nodes

– 3 x Exadata Storage Servers, either• High Performance (43TB capacity total)

• High Capacity (144TB capacity total)

– 1 x ZFS7320 Storage Dual Controller

– 3 x Sun Network QDR InfiniBand Gateway

Switch with 36 IB ports

– 1 x GbE Management Switch

• Each SPARC T4-4 Node:

– 4 x SPARC T4 3.0Hz 8-core processor

– 32 x 2x16GB DDR3 DIMMs (1TB total)

– 6 x 600GB internal drive (SAS)

– 2 x 300GB SSDs

– 4 x Sun Dual 10 GbE SFP+ PCIe 2.0 Low

Profile Adapter (2 port)

– 4 x Sun Quad Data Rate (QDR) InfiniBand

PCIe Low Profile HCA (2 port)

NDA Only


SPARC Supercluster

• Full Rack

– 4 x SPARC T4-4 compute nodes

– 6 x Exadata Storage Servers, either• High Performance (43TB capacity total)

• High Capacity (144TB capacity total)

– 1 x ZFS7320 Storage Dual Controller

– 3 x Sun Network QDR InfiniBand Gateway

Switch with 36 IB ports

– 1 x GbE Management Switch

• Each SPARC T4-4 Node:

– 4 x SPARC T4 3.0Hz 8-core processor

– 32 x 2x16GB DDR3 DIMMs (1TB total)

– 6 x 600GB internal drive (SAS)

– 2 x 300GB SSDs

– 4 x Sun Dual 10 GbE SFP+ PCIe 2.0 Low

Profile Adapter (2 port)

– 4 x Sun Quad Data Rate (QDR) InfiniBand

PCIe Low Profile HCA (2 port)


Full RackHalf Rack

Balanced Incremental Scaling

SPARC Supercluster T4-4 upgraded to T5-4 nodes

SPARC T5-4 nodes

Add fibre channel to compute nodes

Connect to Exadata Storage Expansion Rack

Invest Today and Protect TomorrowField Upgradeable


Scales By Just Adding CablesFull Bandwidth and Redundancy


GuestOS

Hypervisor

Oracle Solaris

Software stack

Oracle VM Server for SPARC

DatabaseCluster

Application

OracleEnterpriseManager

MiddlewareCluster

Monitor

Administer

Provision

Live Migrate

Patch

Configuration tracking

OS

DatabaseCluster

Application

MiddlewareCluster

Hardware

Virtual

Physical or Virtual•Consistent management tools and practices

•Full-stack operations Hardware

Physical

Reduce the cost of infrastructure managementOne management tool for physical & virtual servers


Engineered Systems Significantly Accelerate

Time to Value

Build From Scratch with Components

Take delivery of an Engineered System

Pre-implementation

System sizing

Acquisition of

components

Installation and

configuration

Testing and

Validation

Weeks to Months

Hardware.Software. Complete.

Faster deployment

Lower Risk

Pre-configured

Days

Deploy up to 10x fasterthan IBM or HP


Integrated Support with a Single Point

of Accountability

• Consistent service across the

Oracle solution stack, backed by a

single level of 24/7 support covering

all hardware and software elements

• Integrated support and updates

through one service organization

and one online support interface:

My Oracle Support

• Accountability for the complete

Oracle solution, combining the

benefits of vendor-direct service

with a single point of contact

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Oracle Database Appliance

Jeff Schwartz

October 2011


Customer’s Challenges: Deploying a Database

© 2011 Oracle Corporation – Proprietary and Confidential: Authorized Partners Only

Complexity. Multiple components to integrate.

Costs. High bar for CAPEX and OPEX.

Risks. Impact to the critical systems.


Oracle Database Appliance

The Best Database System for

Small to Mid-size Businesses



• Extreme simplicity – one-button implementation & patching

• Pay-As-You-Grow licensing - most cost-effective entry point for Oracle Database Enterprise Edition, aligns to budget cycles

• Complete and integrated system for Single Instance (Enterprise Edition), RAC One Node, and RAC

Oracle Database ApplianceValue Propositions



Deployment Scenarios

• Single Instance (Oracle Database Enterprise Edition)

• Runs on one node

• Automatic restartSN0 SN1

SN0 SN1

• Single Instance(RAC One Node)

• Runs on one node

• Passive failover on failure

SN0 SN1

• Cluster database(RAC)

• Active failover on failure


Hardware Components

Shared Disk

– 12 TB raw storage

– 292 GB SSD (Flash Disks) for redo logs

2 Server Nodes

– 24 x86 cores - enabled on demand

Networking

– Supports 1GB and 10GB networks

RAS features

– Redundant power and cooling

– Hot-serviceable components

– Triple-mirrored storage

FRONT VIEW

REAR VIEW

4 RU Chassis



Software Components: Full Oracle Stack

• Oracle Linux

• Oracle 11gR2 Database EE with or without RAC or

RAC One Node

– DB EE Option up-sell

• Oracle Grid Infrastructure 11g Release 2

– Oracle Clusterware & Oracle ASM

• Oracle Enterprise Manager Database Control

• Oracle Automatic Service Requests (Phone home)

• One Button Automation for Provisioning, Patching,

Diagnostics, and Storage Management



PE

RF

OR

MA

NC

E

CAPACITY

HIG

HE

R

HIGHER

Oracle Database Systems Family

Exadata Quarter Rack

24 Database Cores

3 Exadata Storage Servers

72 TB Storage

1.1 TB Smart Flash Cache

Smart Scan

Hybrid Columnar Compression

Fully Expandable

4 cores

24 cores

Engineered for Performance

Engineered for Simplicity

Database Appliance

2 to 12 Cores (Single Instance)

4 to 24 Cores (Clustered)

Cores can be disabled

12 TB Storage

292 GB Flash for Redo Logs

One Click Deployment, Patching, and Support


Database Appliance


Extreme Simplicity



Plug-n-Go

Plug in the power

Plug in the network

One Button Install


Oracle Database Appliance Best Machine for …

• Reducing Complexity

• Reducing Cost

• Reducing Risk

The Power of Oracle’s Database engineered for Extreme Simplicity



Pay As You Grow –

Oracle Database Enterprise Edition



Perf

orm

an

ce

Capacity

HIG

HE

R

HIGHER

Value PropositionPay As You Grow for Oracle DB EE

Small – 4 Cores

4 Cores Active

DB License $95KHardware $50K

Medium – 8 Cores

ACTIVATE 4 Additional Cores

Total DB License $ 190K

No Additional Hardware or Services Required

High – 12 Cores


Total DB License$285K


Installation & Setup

Automated License Expansion


Pay As You Grow –

High Availability Database System



Perf

orm

an

ce

Capacity

HIG

HE

R

HIGHER

Value PropositionPay As You Grow for High Availability

Small – 4 Cores

4 Cores Active

High Availability

DB + RAC License $141K

Hardware $50K

Medium – 16 Cores


High Availability

Total DB + RAC License $ 564K


High – 24 Cores


With High Availability

Total DB + RAC License$846K


Installation & Setup

Automated License Expansion


Customer’s Challenges: Deploying a Database


Complexity. Multiple components to integrate.

Costs. High bar for CAPEX and OPEX.

Risks. Impact to the critical systems.

supercluster-and-oda.pdf

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