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Copyright © 2014, Oracle and/or its affiliates. All rights reserved. 1

Oracle SPARC

Matthias Burkard Master Principal Sales Consultant


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’s products remains at the sole discretion of

Oracle.


Agenda

Oracle Hardware Strategy

– Investment and Momentum in Core Technology

– Investment and Momentum in Systems Engineered to Work Together

Oracle‘s T5

Oracle’s M6 Big Memory Machine

Innovation, Future, and Product Portfolio


Sunrise:

1st SPARC

Processor

SUNRAY

UltraSPARC I

UltraSPARC II

UltraSPARC III

UltraSPARC IIIi

UltraSPARC IV+

UltraSPARC T1

SPARC T4

UltraSPARC T3

UltraSPARC T2

SUNRAY

SPARC M6

SuperSPARC I

SPARC T5

SPARC M5

1987 1992 1996 2000 2005 1988 1995 2002 2007 2010 2011 2013

25+ Years of SPARC Processors


5


SPARC T5 Processor

• Features

• 16 S3 cores, 16-128 Strands @

3.6Ghz

• Single or multi-threaded operation per

core

• System scalability to 8 sockets

• SPARC Core S3

• 1-8 Strand Dynamically Threaded

Pipeline

• ISA-based Crypto-acceleration

• 8MB Shared L3$

• Integrated I/O

• Double I/O bandwidth over T4

• 2 x8 Lane PCIe 3.0 @ 8GT/s

• System Scalability

• 7 Coherence Ports for scalability to

8S

• Power Management

• Dynamic Voltage Frequency Scaling

• Downclock, Overclock


T5/M5 Systems RAS S11 FMA

• Diagnosis engine on SP

• Auto reconfigure on failure

• Soft Error Rate Discrimination (SERD)

• Bad page retirement

• OS and SP watchdogs

• FMA Component hot-upgradeable

T5/M5 Processor

• L1$ Tag, Status $ Data

• Parity protection

• Retry on error

• L2$/L3$ Data

• SEC/DED protection

• Cache-line Sparing

• L2$/L3$ Tags


• Inline Correction

• Cache-line Sparing

• L2$/L3$ Status & Directory


• Inline Correction

• Architectural RegistersL2 Cache


• Precise Trap and

Hypervisor Correction and Retry

System

• Redundant SPs with automatic failover

• Redundant clock boards

• Diagnosis to the FRU level on first fault

Power and Cooling

• Advanced Power Management

• Redundant hot-swap fans

• Redundant hot-swap AC/DC

• Dual grid power

System I/O

• PCI-Express end-to-end CRC

• PCI Express link retry

• Hot-plug low profile PCI Express cards

• Redundant, hot-plug boot disks

• Alternate connections between M5 and IO

controllers

Memory

• SDRAM Soft Errors

• ECC Protection and Correction

• Extended ECC Protection

• 4-bit Correction

• Pin Steering

• Channel Interconnect

• CRC protection/Message Retry

• Lane Sparing

Hypervisor

• Enables software partitioning (LDoms)

virtualization and failure containment

• Processor support for error clearing, correction

and collection

Central Directory and Switch

• SEC/DED protection with in line correction

• Physical domain isolation

• CRC protected System Interconnect with message retry and

lane sparing

• Deconfigurable directory chips, no loss of functionality,

minimized bandwidth loss

• Redundant Scalability Switch Boards Unique to M5


Oracle SPARC Processor Roadmap

Solaris 11.x Solaris 11.1 Solaris 11.x Solaris 11.x

Solaris 12 Solaris 11

T4 +1x Throughput

+5x Thread Strength

M5 +6x Throughput

+1.5x Thread Strength

M6 +2x Throughput

>1x Thread Strength

In Test

M & T Series +2x Throughput


T5 +2.5x Throughput


2011 2012 2013 2014 2015 2016

Delivered

Software in Silicon

•Database Query

•Decompression

•Encryption

•Application Data

Integrity

•Java Optimization

•Low Latency

Clustering

2018

Oracle Numbers

Optimization

M & T Series +1.3x Throughput


Solaris 12.x

2017 2019

Software in Silicon

Enhancements

•Database Query+

•Java Optimization+

•Encryption+

•Low Latency

Clustering+

Core

Enhancements

Increased Cache

Increased Bandwidth

Solaris 12.x

Next Gen Core

Planned


9


The Ultimate Software Optimization: Hardware Moving Oracle Database & Java Software Functions into Hardware

Database Query Acceleration

Application Data Protection

Java Acceleration

Data Compression / Decompression


The Ultimate Software Optimization: Hardware Moving Oracle Database & Java Software Functions into Hardware

Software in Silicon

Database query acceleration

Java acceleration

Application data protection

Data decompression

ONLY

ORACLE!


High Speed Encryption Capabilities On-Chip Crypto Accelerators Outperform Competition

See benchmark disclosure slide

2.7X faster than Intel’s

E5 processor

256-bit encryption

2.5X faster than Intel’s

E5 processor

128-bit encryption

??? IBM Power 7+

yet to show

results publicly


Improved Security & Reliability in Hardware

Software in Silicon: Application Data Integrity

First ever hardware based memory

protection

Stops malicious programs from accessing

other application memory

Can be always on: Hardware approach has

negligible performance impact

Results in improved developer efficiency and

more secure and higher available

applications


Reliability & Security: Application Data Integrity

Database In-memory places terabytes of data in memory

– More vulnerable to corruption by bugs/attacks than storage

SPARC M7 Application Data Protection stops memory

corruptions with no impact on performance

Hidden “color” bits added to pointers (key), and content (lock)

Pointer color (key) must match content color or program is aborted

Prevents access off end of structure, stale pointer access,

malicious attacks, etc. plus improves developer productivity

Revolutionary Change to Memory Architecture

Memory Pointers

Memory Content


Query Acceleration: Not Just Simply Queries

Real-world Enterprise analytics accelerated

– Hardware for common range comparisons

– “How many between start-date and end-date?”

The following query would run entirely in silicon

Results placed directly in processor cache

SQL: SELECT count(*) …WHERE lo_orderdate = d_datekey …AND lo_partkey = 1059538 AND d_year_monthnum BETWEEN 201311 AND 201312;


Decompress at memory speed >120 GB/sec

Software in Silicon: Accelerating Oracle Database 12c

One step 10X

faster

Decompress More than Doubles data size

Read Software

scan Re

ad

Write

Write

Re

ad

DA

X

Write

Multiple steps

SQL: SELECT count(*) …WHERE lo_orderdate = d_datekey …AND lo_partkey = 1059538 AND d_year_monthnum BETWEEN 201311 AND 201312;

t


Up to 170 Billion rows per second

Revolutionary Performance with Fewer Cores

Query Throughput

Legacy Approach

Useable Memory

Legacy Approach

Frees 64 cores for decompress and frees 32

cores for query

Comparing current systems with equivalent CPU core counts and physical memory

Oracle Software in Silicon 10x

Oracle Software in Silicon 3x

Over

More

Up to

Higher


The Unique Oracle Advantage Hardware and Software Engineered to Work Together

vs

One Engineering Team


One Engineering Team Red Stack

1

9

Engineered Together

Best performance, availability, security, efficiency

Tested Together

150,000 machine hours every week

10M+ machine hours annually

Certified Together

We take the risk for you

Deployed Together

Your application up in hours, not months Upgraded Together

Risk free patching/updates Managed Together

3x lower administration and maintenance costs Supported Together

Coordinated

response for your

deployment


Oracle Systems Execution Strategy Focused and Leveraged: Building a Complete Portfolio

T4: 8 Cores, 4MB$

2.85-3.0Ghz

T5: 16 cores, 8MB$

3.6Ghz M6-32, M5-32

T4-1

T5-2 T5-4 T5-8 T5-1B

S3 Core

8 threads

M6 / M5: 12 / 6 Cores,

48M$, 3.6Ghz

SINGLE

INNOVATIVE

CORE

HIGH

PERFORMANCE

PROCESSORS

HIGHLY SCALABLE AND

RELIABLE SYSTEMS

THE MOST SCALABLE,

RELIABLE, AND SECURE

OPERATING ENVIRONMENT


Oracle SPARC Systems Direction Increase Application Performance 2x Every Two Years

Lead Mission Critical computing

Embed Oracle-specific enhancements

Design the best servers in the world. Period.

Not just about servers: Integrate into Engineered

Systems


Investment in Core Technology

PROCESSORS SOFTWARE BANDWIDTH SYSTEMS

SPARC microprocessors

are the fastest in the world,

and continue to lead the

industry into the multi-core

era

Oracle Solaris is the

leading enterprise cloud

OS, many years ahead in

scalability and reliability

SPARC servers reach

incredible scale inside

the server, or outside,

through leading-edge

InfiniBand technology

Oracle’s portfolio today

has the performance and

price / performance

advantage, and offers

breakthrough virtualization

for business critical

applications


Oracle’s Unique Advantage: Design Innovation Extreme Performance, Efficiency and Optimization for Software

System

Software


Oracle’s SPARC Server Portfolio

Higher Performance

Bigger Data

Greater Application Consolidation

100% Compatibility Since 2000

SPARC T4-1 8 cores @ 2.85 GHz

512 GB Memory


2 TB Memory

SPARC T5-8 128 cores @ 3.6

GHz

4 TB Memory


512 GB Memory

SPARC T5-1B 16 cores T5-1B

256 GB Memory

SPARC M6-32 384 cores @ 3.6

GHz

32 TB Memory

SPARC M5-32 192 cores @ 3.6

GHz

32 TB Memory


SPARC T5-1B SPARC T5-2 SPARC T5-4 SPARC T5-8

Processor SPARC T5 3.6GHz SPARC T5

3.6GHz

SPARC T5

3.6GHz

SPARC T5

3.6GHz

Max Processor Chips 1 2 4 8

Max Cores/Threads 16, 128 32, 256 64, 512 128, 1024

DIMM Slots 16 32 64 128

Max Memory 128GB, 256GB, 512GB 256GB, 512GB, 1TB 1TB or 2TB 2TB or 4TB

Drive Bays 2 6 8 8

I/O Slots 2 x PCIe 2.0 EM,

2 NEM,1 FEM slots

8 LP x8 PCIe 3.0,

4 x 10GbE ports

16 LP x8 PCIe 3.0,

4 x 10GbE ports

16 LP x8 PCIe 3.0,

4 x 10GbE ports

Form Factor/RU Blade Rack 3RU Rack 5RU Rack 8RU

Max Power Consumption 689W 1927W 2410W 4850W

SPARC T5 Servers Product Line Overview


SPARC T5-1B Blade Server

Compute

– 1x SPARC T5 16-core CPU

– 16x DDR3 DIMMs

128GB (8GB DIMMs), 256GB (16GB DIMMs),

512GB (32GB DIMMs) memory

I/O and Storage

– 2x hot-plug PCIe 2.0 x8 Express Modules

– 2x 2.5” SAS HDD or SSD drives

Availability and Management

– Built-in RAID 0, 1

– Hot plug disks

– Integrates with Sun Blade 6000 network architecture

– Oracle ILOM service processor

Next Generation 1-socket SPARC Blade Server


SPARC T5-2 Enterprise Server

Compute

– 1x or 2x SPARC T5 16-core CPU

– 16x or 32x DDR3 DIMMs

128GB (1 CPU), 256GB (8GB DIMMs), 512GB (16GB

DIMMs), 1TB (32GB DIMMs, 2 CPU) of memory

I/O and Storage

– 8x PCIe 3.0 x8 slots

– 4x 10G-baseT ports



– Built-in RAID 0, 1, 1E

– Hot-plug disks

– Hot-swap and redundant fans and power supplies


– SysFW 9.1.2a (or greater) is required for the T5-2 1Socket

Next Generation 1 and 2-socket SPARC Server



Compute



Max 1TB (16GB DIMMs) or 2TB (32GB DIMMs)

memory

I/O and Storage

– 16x PCIe 3.0 x8 slots, w/ carriers





– Hot-plug disks, PCI cards



Next Generation 4-socket SPARC Server

Front

Rear



Compute



Max 2TB (16GB DIMMs) or 4TB (32GB DIMMs) memory

I/O and Storage

– 16x PCIe 3.0 x8 slots, w/ carriers





– Hot-plug disks, PCI cards



Next Generation 8-socket SPARC Server

Front

Rear


Reality Check: Total Cost Analysis

ENERGY 3 YEAR TCO ACQUIRE

X86, Linux

Oracle SPARC, Solaris

MAINTAIN ACQUIRE MANAGE

MANAGE MAINTAIN

Oracle SPARC, Solaris costs are 30% lower than x86, Linux over 3 years

Based on 3rd. party industry analyst study


SPARC T5 Server TCO Comparison

System software

included: OS, V12N,

Management

All prices and

performance data are

based on public

references.

Oracle SPARC T5-2 Is An Obvious Choice!

TCO

Ref: Public pricing and benchmark references

$0

$50.000

$100.000

$150.000

$200.000

$250.000

T5-2 P750 DL580

HW Support

Virt Mnt Fee

Virt. Lic Fee

OS Support

OS Lic Fee

HW

$203,456

$91,448

$74,701


Fastest Server for Oracle Siebel ERP at Less than a Fourth of the Cost

IBM Power 750

AIX

$523,004

7X Oracle

Advantage

$135,516

Oracle SPARC T5-2

Oracle Solaris


176,185 Transactions per hour

333,339 Transactions per hour

Siebel Benchmark

Server Cost



SPARC T5-2

Java Benchmark Metric: 39,088

2.5X over DL 350 Gen 8

Java Metric: 15,540


Java Metric: 18,049


Java Metric: 23,268

Fastest Server for Java Outperforms x86 Results for 2, 4, and 8 Socket


HP HP HP


Best Value for Java Faster, More Efficient Application Infrastructure

IBM P780

AIX

16,646

$990,000

12X Oracle

Advantage

Java Operations Benchmark

Cost

57,422

$270,000

Oracle SPARC T5-8

Oracle Solaris

SPARC T5-8, 57,422.17 SPECjEnterprise2010 EjOPS; IBM Power 780, 16,646.34 SPECjEnterprise2010 EjOPS.



Best Value for Database

IBM Power 780

3 Node Cluster – AIX

$5,830,000

7X Oracle

Advantage

Database

$620,000

Oracle SPARC T5-8

Oracle Solaris


Server Cost



Announced M5 with a

7X price performance

advantage over IBM

March 26, 2013: Oracle Changes the Market


Oracle Introduces the SPARC M6-32 Server

Double the throughput

performance of Oracle’s leading

high-end system – M5

Mix and match seamless

upgrades to M5

For in-memory computing and

virtualized workloads

September 22, 2013


Oracle M6-32 Performance, Efficiency, In-Memory Computing

High Efficiency

Flexible logical and

physical virtualization,

continuous availability

Best for In-Memory

In-memory Oracle data base

queries up to 7X faster

2X the throughput

performance

Extreme Performance


Powered By Oracle Processor Technology SPARC M6: Higher Density and Lower Cost / Core

New: 12 S3 cores @ 3.6GHz

Large 48MB shared L3 Cache

Scalable to 32 processors

Integrated 2x8 PCIe 3.0

Integrated ISA-based crypto

acceleration

4.1 Tbps total link bandwidth

96 COMPUTE

THREADS PER

PROCESSOR


Oracle M6 Changes Enterprise Computing

Extreme performance

– 384 the processor cores

– Massive throughput performance with 3072 threads

– Oracle In-Memory data base queries 7X faster

Highest efficiency: built-in, no-cost virtualization

– Flexible physical and logical system partitioning

– Continuous availability design to eliminate downtime

– All of your existing apps just run, faster

Best for in-memory computing

– 2X more memory per processor of any datacenter server

– Terabytes of memory bandwidth

Run All of Your Applications In Memory For Unparalleled Performance

3072 Compute Threads

384 CORES


Unprecedented Performance and Scalability M6 Big Memory Machine: Terabyte Scale Computing

Best platform for in-memory computing 32 TERABYTE SYSTEM MEMORY

3 TERABYTES

PER SECOND

SYSTEM

BANDWIDTH

1.4 TERABYTES

PER SECOND

MEMORY

BANDWIDTH

1 TERABYTE

PER SECOND

I/O

BANDWIDTH

384 cores, 3,072 threads, virtualization built in:

deploy any size workload


Oracle: Re-engineering Systems Economics

Wo

rse

B

ett

er

Near Linear Pricing

$ / U

nit

of

Pe

rfo

rman

ce

T5-4

$147,992

T5-8

$268,314

M6-32

$1,209,943

T5-2

$67,042

IBM Power 750 POWER7+ $204,982

IBM Power 780 POWER7+ $2,101,370

IBM Power 795 POWER7

$5,761,583

IBM Power 740 POWER7+ $101,571

2 Socket 4 Socket 8 Socket 32 Socket

Wo

rse

B

ett

er

Note: Data as of 04/01/14


SPARC M6-32 – Big Memory At Big Scale

Compute

– Up to 32x SPARC M6 12 core 3.6GHz processors

– Up to 1,024x DDR3 DIMMs for max memory of 32TB

I/O and storage

– 32x 2.5” SAS-2 internal drives

– 64x PCIe 3.0 low profile internal slots

Scalability and investment protection

– Mix and match M5 and M6 processor boards in the same server

Availability and management

– Advanced RAS with redundant and hot swap of key components

– Extensive virtualization with Oracle VM Server for SPARC, Dynamic

Domains, and Oracle Solaris Zones

– Integrated Oracle ILOM system management

The Details


Accelerate Database Performance

Game changing performance

advantage on database

queries when using big

memory

Oracle’s Big Memory Advantage

0

1

2

3

4

5

6

7

8

Scan-rate Query1 Query2

Re

lati

ve

Pe

rfo

rma

nc

e

Small Memory Large Memory

>7X PERFORMANCE BOOST


Why Big-Memory?

$/MB

1999 2013

Technology Cost/TB Latency

Disks 1x 5 ms

DRAM 50x 100 ns

DRAM vs HDD:

1,000X better cost-performance

32GB/DIMM

Year

0,001

0,01

0,1

1

10

64MB/DIMM


SPARC M6-32: Mission-Critical Proven

Investment Protection

Existing apps just run

Mix M5 and M6 processors

Built in Virtualization

No cost & zero overhead

Comprehensive management tools

Flexible, dynamic I/O capability

Eliminate Downtime for Higher Efficiency

Highest Uptime

Containment and isolation of

hardware faults, that can be

repaired live

Redundancy of critical

components

Redundancy of I/O paths to

network and storage devices

Phone home alerts


RAS Feature Supported

Dual Grid Power &

Major Component

Redundancy

Reboot / Recovery if

key failures

Hot Plug of Major

Components

Dynamic Domains

(Hardware Partitions)

Solaris FMA

SPARC M6-32: Continuous Availability Highest Availability of Oracle’s SPARC Server Portfolio

• Dual grid power and redundancy of major

components including system interconnect

• Hot plug of major system components

• Recovery/reboot of key system components

• System monitoring of key ASIC and sub-ASIC

levels

• Physical, hardware partitions for increased fault

isolation

• Solaris Fault Management Architecture

• Predictive self healing incl. CPU off-lining, auto-

diagnosis and recover, memory page retirement


SPARC M6-32 Key Use Cases Big memory computing

– Performance: host entire applications and databases in-memory

– Ease of deployment: avoid data partitioning of large data sets

Large mission-critical workloads

– Customer requirement or IT policy for the highest RAS system

Dynamic workloads and higher efficiency

– Uncertain workload size or need expansion headroom

– Highest utilization and efficiency with built-in no-cost virtualization

Consolidation

– Multiple workloads into single high availability platform

Extreme Performance, Highest Efficiency, and Best for Oracle Software


Oracle Invests in Hardware / IBM Divests Hardware

2000 2002 2004 2006 2008 2010 2012 2014

Sold networking

business to Cisco* Sold HDD business

to Hitachi Sold PC

business to

Lenovo

Sold printing

business to Ricoh Sold POS business

to Toshiba

What do you do when IBM sells off the products you’re using?

Shopping their FAB. Speculation that Storage could be next.

*later acquired networking specifically for BladeCenter

X86

Servers FAB?

Storage?


Best Enterprise Portfolio

T4-1B

T4-1

T4-2

T4-4

T5-1B

T5-2

T5-4 SuperCluster T5-8 and M6-32

Exalytics T5-8

Entry-Level Mid-Range High-End Engineered Systems

M6-32, M5-32

T5-8


Oracle Cloud Infrastructure Building the Cloud with In-memory Computing

ORACLE ENGINEERED

SYSTEMS

SERVERS, STORAGE &

NETWORKING PRODUCTS SOFTWARE


Optimize All Workloads on a Private Cloud Oracle SuperCluster with Exadata Hardware and Exalogic Software

CO

MP

LE

TE

Compute

Storage

Software

Networking

+

+

The best system for

running databases

and applications in

memory

Most scalable

system for

consolidation and

cloud services

Secure multi-tenant

virtualization SuperCluster

T5-8

SuperCluster

M6-32


Oracle’s Most Powerful Engineered System

Unique combination of extreme performance, reliability, scalability and astonishing ROI

– Integrated, end-to-end secure multitenant architecture

– Exadata Storage Grid technology

– Zero-overhead virtualization

– Enterprise-class high performance servers

– InfiniBand I/O Backplane

– Integrated ZS3 storage

Secure Multitenant, Database and Application Consolidation & Cloud

SuperCluster T5-8 SuperCluster M6-32

2-4 TB RAM 16-32 TB RAM

128-256 Cores 192-384 Cores

57-384 TB Exadata

Storage

129-432 TB Exadata

Storage

80 TB NAS Storage 80 TB NAS Storage

New


Zero Overhead Virtualization

Maximize utilization

– More applications

– More business users

– More production and test

environments

Unique innovation

– Zero overhead

– Electrically isolated dynamic

domains

– Integrated, hardware assisted

encryption

Built-in, no cost

Increase Utilization and Performance

Oracle M6

Dynamic Domain Dynamic Domain

Oracle VM Oracle VM Oracle VM

10

Solaris Legacy

Zone

Solaris 10

Zone

11

Solaris 10

Zone

Solaris 11

Zone

Solaris 11

Zone

Only Oracle Provides

This Level of Virtualization


SuperCluster M6-32

Physical Domain

Physical Domain

Physical Domain

Physical Domain

Oracle VM for SPARC

Oracle VM for SPARC

Oracle VM for SPARC

Oracle VM for SPARC

Oracle VM for SPARC

DB 12c Zone

App. Zone

DB 10g Zone

DB 11g Zone DB 12c

Zone

DB 10g Zone

1. Instance

consolidation

• Multiple Databases running

on same Solaris Operating

System

• Each Database has direct

access to shared resources

• Each Database is unique

1 2

2. Pluggable Database

• In Database Virtualization

• Reduction in overhead

• High performance, high

density consolidation

• Isolation of virtualized

database

3. Schema-level

database

consolidation

• Shared Database

• Minimizes management

entities

• Minimize resource overhead

PDB PDB

DB

Instanc

e SCH SCH

3 DB

Instanc

e DB

Instanc

e DB 11g

Secure Multi-tenant Density, Flexibility, and Isolation Database Consolidation Options


Growth In OPEX Continues To Outpace CAPEX

‘96 ‘97 ‘98 ‘99 ‘00 ‘01 ‘02 ‘03 ‘04 ‘05 ‘06 ‘07 ‘08 ‘09 ‘10 ‘11 ‘12 ‘13

10

30

50

70

InstalledServers(M)

$250

$200

$150

$100

$50

0

CustomerSpending($B)

Power&CoolingExpense

Management&Administra on

ServerSpending

LogicalServerInstalledBase(M)

PhysicalServerinstalledBase(M)

RUN|MAINTAIN

Ref: IDC Whitepaper - 4/2012

“IDC Business Value customer

research shows that large

management savings and overall

TCO savings can be achieved by

using Unix servers. It is vital for

system administrators, IT managers,

and datacenter managers to

consider the overall TCO, especially

the often-overlooked management

costs, before choosing server and

virtualization solutions. IT

organizations should take a holistic

approach to datacenter efficiency…”


Consistent Management

Consistent Interface | Multiple Instances | Application Level

SuperCluster Exadata Exalogic Virtual

Compute

Appliance

Big Data

Appliance Exalytics

Oracle Database

Appliance

Zero Data Loss

Recovery

Appliance

Oracle Enterprise Manager 12c


Introducing: Oracle Enterprise Manager 12c Ops Center

Integrated Infrastructure

Management

+

Integrated Application-to-

Disk Management

+

Integrated Lifecycle

Management

+

Integrated Systems

Management & Support

Industry’s First Converged Hardware Management Solution


Complete End-to-End System Management

Common Management tool for all SPARC

systems

Provides complete resource management

– Deploy and manage virtual machines and domains

– Obtain Operating System analytics and identify

opportunities for improvement

– Manage system configurations, including remote

telemetry

– Perform maintenance, including Health Checks,

Phone Home


With Oracle Enterprise Manager 12c

Full Stack Cloud Management

Oracle VM 3.0 Virtualization Management

Configuration

and

Compliance

Lifecycle

Management

Application

Performance

& Quality

Management

Foundation Capabilities for Managing Datacenters

Oracle VM Enabled Cloud Management Capabilities

Full Apps to

Disk

Management

Self-Service

Provisioning

Policy-Driven

Resource Mgmt

Metering and

Chargeback

Capacity

Planning

Assembly

Packaging


Oracle + OpenStack

Oracle joined OpenStack Foundation as a

corporate sponsor

OpenStack integration with Oracle Solaris,

Oracle Linux, Oracle VM, Oracle Virtual

Compute Appliance, Oracle’s storage

Oracle Infrastructure Cloud and Oracle

Storage Cloud Service compatibility with

OpenStack

6

9

Oracle Offers Customers Ability to Use OpenStack

to Manage Oracle Cloud Products and Services


Full Distribution of OpenStack in Oracle Solaris

7

0

Horizon

Cloud Management

Zones & Kernel

Zones

Nova

Compute Virtualization

Elastic Virtual

Switch

Neutron

Cloud Networking

ZFS File

System

Cinder/Swift

Cloud Storage

Unified Archives

Glance

Image Deployment


Oracle Solaris Enterprise OpenStack

7

1

x86

x86 x86

Shared

Storage Horizon

Cloud Management


Adding Value to Oracle Solutions

Oracle Solaris Runs on All of Oracle’s Hardware

7

2

Exalogic

Exadata SuperCluster ZFS Storage

x86 T Series M Series


Oracle FS1: Flash Storage Enterprise San High Availability Scale-Out Architecture

• Up to 2M 50/50 R-W IOPS • Up to 80 GB/sec throughput

• Full suite of data services

• Petabytes of Flash

• Up to 16 HA Nodes

7

3



Documents

Oracle SPARCoracle.arrowecs.de/.../hersteller/Oracle_Hardware/SPARC-server.pdf · SPARC M7 Application Data Protection stops memory ... 16 LP x8 PCIe 3.0, 4 x 10GbE ports ... –