sparc的未来发展方向

Copyright 2010 FUJITSU LIMITED

SPARC Enterprise Systems, Today and Tomorrow

Naoki Izuta General Manager,

SPARC Enterprise server Project, Enterprise Server Business Unit,

Fujitsu Limited

Oracle OpenWorld, 2010

2 Copyright 2010 FUJITSU LIMITED

Welcome to Oracle OpenWorld 2010

扇子 : pronounced “sensu”

A Japanese Fan


Our Talk Today

The Fujitsu Group

SPARC Enterprise Servers

SPARC Enterprise Servers: Tomorrow


Fujitsu is How Big?

At a glanceAt a glanceA $A $50.0B50.0B leader in IT systems leader in IT systems

and services for the global and services for the global marketplacemarketplace

Core businesses:Core businesses: Technology Solutions Technology Solutions

(System Platforms & Services)(System Platforms & Services)

Ubiquitous Product Solutions Ubiquitous Product Solutions (PCs etc.)(PCs etc.)

Device SolutionsDevice Solutions

Sales and support operations in over 70 countries 176,000 employees worldwide

AmericasAmericas10,00010,000

EMEAEMEA33,70033,700

Asia-Asia-PacificPacific32,70032,700

JapanJapan99,90099,900

consolidated financials FY2009


Technology Solutions

8.0%

11.0%

18.4%62.6%

Note: US$1 = ¥93. FY 2009 is fiscal year ended March 31, 2010.

Business Composition

ServerStorage

FY2009$50.0 B

Software

OthersDevice Solutions

LSI Devices

Electronic Components

Mobile Phones

Ubiquitous Product Solutions

System Platforms

Services

System Integration

Security

Submarine Network Solutions

ConsultingData CenterPCs


Fujitsu’s Business

Fujitsu’s Business


“If they don’t do all of the following, we don’t make them”

High Performance and Scalable High Levels of Availability Customer Investment Protection

System Platforms

MainframeMainframe

GS21GS21

IA ServerIA Server

PRIMERGYPRIMERGY

PRIMEQUESTPRIMEQUEST

High High PerformancePerformanceComputingComputing

Unix ServerUnix Server


　 Model 230-60 Multi-Processor

1968

Amdahl 470V/6 (M-190)Co-developed with Amdahl

1972

Model 100Relay based Computer

1954

GS8000 series CMOS

1995

GS 21 600

Max. 16 cluster / 256core

2002

Next Generation

Model M-780 Single board CPU

19851985

Mainframe GS21: We Protect Our Customers


Model 230-75 APU

1977

Model VP-100/200Model VP-100/200

1982

VPP5000VPP5000

1999

VPP500VPP500

1992

PRIMEPOWER HPC2500PRIMEPOWER HPC2500

2002FX1 / JAXAFX1 / JAXA (Photo provided by JAXA) (Photo provided by JAXA)

2009

K computer 10pFLOPSK computer 10pFLOPSK computer 10pFLOPSK computer 10pFLOPS

2012

High Performance Computing: We Seek New Goals

10 Copyright 2010 FUJITSU LIMITEDPhotos of ITOKAWA and HAYABUSA by courtesy of JAXAPhotos of ITOKAWA and HAYABUSA by courtesy of JAXA 10 Copyright 2010 FUJITSU LIMITED

6 billion Km journey of HAYABUSA over 7 years with Fujitsu’s technologies

- Orbit determination, Problem diagnostic, and Data transmission systems -

Arrived at asteroid “ITOKAWA”, 2005Arrived at asteroid “ITOKAWA”, 2005

Launched, 2003Launched, 2003The Sun

Photos of ITOKAWA and HAYABUSA by courtesy of JAXAPhotos of ITOKAWA and HAYABUSA by courtesy of JAXA 10 Copyright 2010 FUJITSU LIMITED

HAYABUSA: Asteroid Probe Project

Navigated with ion engines, 2003-2010Navigated with ion engines, 2003-2010

Return to Earth, 2010Return to Earth, 2010


Next Generation

U-1000 Series

1978

Initial partnership with Sun Microsystems

1983

Jointly developed SPARC/Solaris servers

Jointly developed SPARC/Solaris servers

2004

DS/90 7000 seriesDS/90 7000 series

hyperSPARC

1991

Enterprise Unixbased-onSystem V Release4

1988

1987

SF9010/MB86900 　The First SPARC Processor

PRIMEPOWERPRIMEPOWER

SPARC64 V

1998

SPARC Enterprise

2007

SPARC64 VI and VII

The Road to SPARC Enterprise


Computer CentricComputer Centric

InternetPCInternetPC

Human CentricHuman Centric

Cloud ComputingSensor TechnologyUbiquitous TerminalsMobile Communication

Cloud ComputingSensor TechnologyUbiquitous TerminalsMobile Communication

Network CentricNetwork Centric

The Road to Human Centric Computing


Medical,Health

Home

Transportation

Green Data CenterEnvironment

Urban

Education

Human Centric: IT Infrastructure




Unified Product with OracleVirtualizationScalability / PerformanceHigh AvailabilityCase Study


Jointly Developed, Manufactured & Delivered

BreakthroughInnovation and

Best Enterprise OS

Technologies for Scalability,

Reliability and Availability

Leveraging Sun and Fujitsu Strengths

Optimized Virtualization,Scalability and High Availability


The SPARC Enterprise Server Family

M-series for Mission Critical workloadsScalability up to 64 sockets/512 threads

M-series for Mission Critical workloadsScalability up to 64 sockets/512 threads

T-series for Web/AP workloadsScalability up to 4 sockets/256 threads

T-series for Web/AP workloadsScalability up to 4 sockets/256 threads


Oracle: Santa Clara, USA

FactoryFujitsu: Sunnyvale, USA

Oracle: Burlington, USA

Oracle: San Diego, USA

Fujitsu: Kawasaki, Japan

Major Worldwide Development Centers

DocumentsDocuments

Source codeSource code

Technical DrawingsTechnical Drawings

Development Center


Balanced High Performance Systems

Maximum Resource Utilization Scalable, Secure and Green

HA Technologies in a single box

ConsolidatedConsolidatedIntegratedIntegrated

Clustered Web/AP apps Clustered MC apps


Best platform for mission-critical workloadsAgility to adapt to business changeCustomer Investment Protection

VirtualizationVirtualization ScalabilityScalability AvailabilityAvailability

SMP Inter-connectSMP Inter-connectSystem RASSystem RAS(Robustness)(Robustness)Solaris ContainersSolaris Containers

Hardware PartitioningHardware Partitioning Oracle SolarisOracle Solaris Solaris ZFSSolaris ZFS

Dynamic Dynamic ReconfigurationReconfiguration

(XSCF-DR)(XSCF-DR)Solaris FMASolaris FMAMemory Placement Memory Placement

OptimizationOptimization

SPARC Enterprise M-series


Enhanced DR Operation

CPU CPU CPU CPU

Partition A Partition B

CPU CPU CPU CPU

Partition A Partition B

XSCF

PRIMEPOWER SPARC Enterprise

Operation Operation Operation


CPU-Operating System Partnership

Solaris 10 Solaris containerDtrace, SMF, FMA

SPARC64 VII4 cores / 8 threads2.88GHz

SPARC64 VII4 cores / 8 threads2.52GHz

Solaris 10 11/06ZFSEnhancement for Container

Solaris 10 8/07capped-memory for Container

Solaris 10 5/08CPU Capping for Container

Solaris 10 5/09Container Copy using ZFS clone

SPARC64 VI2 cores / 4 threads2.4GHz

Upgradability, Compatibility

Solaris 10 9/10ZFS RAID 3Physical to Zone Migration

NextNextSPARC64SPARC64

NextNextSPARC64SPARC64


SPARC Enterprise

SPARC Enterprise




Unified Product with OracleVirtualizationScalability / PerformanceRobustnessCase Study


Virtualization Strengths

Flexibility in resource optimization

Manageability for ease of use

Security for consolidation


Customer Focused Virtualization

Business Continuity• Robustness• Security• Stability

FaultFault Isolation IsolationHigherHigher LowerLower

FlexibilityFlexibilityLowerLower HigherHigher

Solaris ContainersOracle VM for SPARC(Logical Domains: LDoms)

Hardware Partitioning

Business Agility • Effective Utilization• Manageability

App A App B

OS

Firmware

Hardware

App A App B

OS

Firmware

Hardware

OS

App A App B

OS

Firmware

Hardware

OS

Firmware

Hardware

Consolidation of Varying WorkloadsConsolidation of Varying Workloads


Scalability / Performance




Scalability in Virtualized Environments

High performance CPU and Cache hierarchy

Proven scalability with robust interconnect

Good balance of I/O and memory

© NANO Association


High Performance CPU and Cache Architecture

Over 20 times the performance since 2000

2000 　　　　　　 2002 　　　　　　 2004 　　　　　　 2006 　　　　　　2008 　　　　　　 2010

• 65nm• 4-cores• Multi-Thread / SMT• 90nm

• 2-cores• Multi-Thread / VMT

• L2$ on Die

• Non-Blocking Cache• O-O-O Execution• Super-Scalar

• 90nm• Over 2GHz frequency


Scalability to 256 cores - Benchmark*1 verified - Mesh interconnect

Low latency, high throughput High-speed transmission technology

Solaris MPO

Proven Scalability

*1 SPECjbb2005(Single JVM), Oracle Peoplesoft Enterprise Payroll

*2 Result of SPECint_rate2006 (base) *3 Values using the next enhancement version

Performance *2

Cores4 16 32 64 128 256

• 4TB Memory• 60 GB/s of IO bandwidth *3

• 2TB Memory• 30GB/s of IO bandwidth

• 1TB Memory• 15GB/s of IO bandwidth

• 512GB Memory


Stable performance, even under high loads Core / Thread / Process balancing

Automatic memory localization (Solaris MPO)

Easy & Effective Use of Large-Scale Resources

sysuser idle

0

10

20

30

40

50

60

70

80

90

100

0 10

24

34

48

58

72

82

96

106

120

130

144

154

168

178

192

202

216

226

240

250

264

274

288

298

312

322

336

346

360

370

384

394

408

418

432

442

456

466

480

490

504

wtsysusr

Number of threads00

50

User/sys (%)100

* SPARC Enterprise M9000 (128 cores/256 threads)


SPARC Enterprise 　　　 with Flash Technology x7 higher throughput x20 Faster response time

Tra

nsa

ctio

n p

er

seco

nd

s [r

ela

tive

va

lue

]T

ran

sact

ion

pe

r

seco

nd

s [r

ela

tive

va

lue

]

HDD HDD + F20 module

Oracle Database 11g R2 EE RAC

SPARC Enterprise

SPARC Enterprise

ETERNUS Storage

Flash Module

x7x7x7x7R

esp

on

se t

ime

[re

lativ

e v

alu

e]

Re

spo

nse

tim

e [

rela

tive

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]

HDD + F20 moduleHDD

x1/20x1/20x1/20x1/20

Performance Test with Flash Module and Oracle Database Smart Flash Cache


High Availability




Always ON

Data Integrity

24x7 Operation

Predictive self-healing More critical in today’s

multi-core CPU & SOC era


SPARC64 VII Processor

24x7 Predictive Self-Healing

Data Integrity Dynamic Recovery and Component Offline Dynamic Replacement and Reallocation

All behavior are recordedAll behavior are recorded

MaintenanceMaintenance

FaultCorrection

FaultCorrection

DynamicDegradation

DynamicDegradation

Fault Detection Fault Detection

PredictivePredictive self-healingself-healing

Hardware-based error detection

Not affected in case of error

Hardware-based error detection and hardware-based self correction

* This figure roughly depicts the ranges of error detection but does not exactly depict the actual chip floor plan.


Advanced System Architecture

Secure data integritythroughout the system

Solaris FMA and SMF

Superior Fault ManagementHardware fault detection and isolation

• Dynamic instruction retry

• Memory mirroring option

Statistical management

Dynamic Resource Reallocation In the Processor: cache ways, threads, cores

Memory: single page

Solaris ZFS


Case Study




Show case of SPARC Enterprise:

China Mobile Limited

World leading Telecom carrier with the world’s largest network and customer baseOver 550 million customers 70.6% of Market share in Mainland ChinaTheir GSM global roaming services cover

237 countriesApprox. 1000 SPARC Enterprise systems

deployed in totalIncluding Centralized Finance System &

General Budget System•SPARC Enterprise M9000, M8000, M5000, M4000, M3000•SPARC Enterprise T5240, T5220



Narita International Airport Corporation

An aviation gateway to JapanDestinations: 40 countries, 3 regions, 95 cities

• Over 30 million passengers per year, 8th busiest airport in the world*• Total cargo 1.8 million tons, 4th busiest air-freight hub in the world*

New Ramp Control System New Air Traffic Control Information System

delivers smooth airport operation through:• A design focused on ease of Air-Access• Always-ON, no system-down operation

SystemsSPARC Enterprise M5000, M4000Oracle Database 10gFUJITSU CLUSTER Software

* 2009

Source: http://www.naa.jp/en/annual/2009_pdf/10.pdf



Mizuho Bank, Limited

Accounting System Fujitsu GS series

32 ClusteredSystems

Retail Banks Data Center

・・・・

Wide AreaEthernet

ATM Control Servers

ATM

ATM

5,300+ ATMs

One of Japan’s “Megabanks”SPARC Enterprise Controlling Nation-wide ATMs

5,300+ ATMs directly managed 32x SPARC Enterprise M3000 in Cluster Configurations

SPARC Enterprise M3000


Oracle/Fujitsu Collaboration: Next Stage

Expand collaboration to maximize our strengths

Deliver customers better:

Products, Solutions, Delivery, and Support

Enhance technologies for the Cloud Computing Era


Mr. Gary Beck VP Enterprise Systems, Oracle

Special Guest


Oracle: Santa Clara, USA

FactoryFujitsu: Sunnyvale, USA

Oracle: Burlington, USA

Oracle: San Diego, USA

Fujitsu: Kawasaki, Japan

Our Collaboration

Development Center


M-series EnhancementsM-series Enhancements

NextNext

• Higher FrequencyHigher Frequency• Larger CachesLarger Caches• Increased IO ThroughputIncreased IO Throughput

• Higher FrequencyHigher Frequency• Larger CachesLarger Caches• Increased IO ThroughputIncreased IO Throughput

Coming Soon

System Upgrade with Increased Performance

Significant Performance jump similar toSPARC64VI VII + enhancement

Customer Investment ProtectionCPU Upgrade in a single boxMix mode support in a single boxBinary Compatibility

SPARC64 VIISPARC64 VII

• 2.88GHz• 4 cores, 8 threads• Faster Memory• 65nm

• 2.88GHz• 4 cores, 8 threads• Faster Memory• 65nm

2008/2009

SPARC64 VISPARC64 VI

2006

• 2.4GHz• 2 cores, 4 threads• 2FPUs• Shared L2$• Scalable to 64 Sockets• Instruction Retry• Mirrored Memory• Dynamic Domains• 90nm

• 2.4GHz• 2 cores, 4 threads• 2FPUs• Shared L2$• Scalable to 64 Sockets• Instruction Retry• Mirrored Memory• Dynamic Domains• 90nm


ORACLE and Fujitsu Partnership


ORACLE and FUJITSU Partnership

ORACLE and FUJITSU Partnership


SPARC Enterprise Servers: Tomorrow

Come See More at the Fujitsu Booth @Moscone South #1311

Thank you very much for attending today!

Thank you very much for attending today!

Thank you very much for attending