Oracle Openworld 2010 -Fujitsu Executive Solution Session

Oracle OpenWorld, 2010

SPARC Enterprise Systems, Today and Tomorrow

Naoki Izuta GlMGeneral Manager, SPARC Enterprise server Project, Enterprise Server Business Unit, Fujitsu Limited

扇子: pronounced “sensu” A Japanese Fan

The Fujjpitsu Group SPARC Enterprise Servers SPARC Enterprise Servers: Tomorrow

 Sales and support op erations in over 70 countries  176,000 employees worldwide

At a glance EMEA A $50.0B$50.0Bleader in IT systems AiAmericas 33,700 and services for the global 10,000 Japan 99,900 marketplace Core businesses:  Technology Solutions (System Platforms & Services) AsiaAsia--  Ubiquitous Product Solutions Pacific (PCs etc . ) 32,700  Device Solutions

consolidated financials FY2009

Device Solutions Others Technology Solutions System Platforms

Storage Server 8.0% 11.0% LSI Devices Electronic FY2009 Components $50.0 B 62.6% 18.4%

Submarine Ubiquitous Product Software Solutions Network Solutions

Services

Security Mobile Phones System Data Center PCs Consulting Integration

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

 “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 IA Server PRIMEQUEST Mainframe Unix Server High Performance PRIMERGY Computing GS21

1985 1968 Next Generation

2002 Model M-780 Single board CPU

Model 230-60 Multi-Processor 1995 1954 1972

GS 21 600 Max. 16 c lus ter / 256 core

GS8000 series CMOS Amdahl 470V/6 (M-190) Model 100 Co-developed with Amdahl Relay based Computer

K computer 10pFLOPS

1999 2009 1982

VPP5000 2002 Model VP-100/200 1992 FX1 / JAXA (Photo provided by JAXA)

1977

VPP500 PRIMEPOWER HPC2500 Model 230-75 APU

6 billion Km journey of HAYABUSA over 7 years with Fujitsu’s technologies - Orbit d et ermi nati on, P robl em di agnosti c, and D at a t ransmi ssi on syst ems -

Return to Earth, 2010

The Sun Launched, 2003

Arrived at asteroid “ITOKAWA”, 2005

Navigated with ion engines, 2003-2010

1983 1987 Next Initial partnership with 2004 SF9010/MB86900 Generation Sun Microsystems Jointly developed The First SPARC/Solaris SPARC Processor servers 2007

1998 1991

SPARC Enterprise 1978 SPARC64 VI and VII 1988 Enterprise Unix PRIMEPOWER based-on SPARC64 V System V Release4 DS/90 7000 series hyperSPARC

U-1000 Series

Human Centric

Network Centric

Computer Centric

Network

Cloud Computing Sensor Technology Internet Ubiquitous Terminals PC Mobile Communication

UbUrban Medical, Health

Educa tion Home

Transportation

Environment Green Data Center

 Unified Product with Oracle  Virtualization  Scalability / Performance  High Av ailability  Case Study

Breakthrough Innovation and Best Enterprise OS

Technologies for Scalability, Reliability and Availability

T-series for Web/AP workloads S/Scalability up to 4 sockets/256 threads

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

Documents Source code

Technical Drawings Oracle: Burlington, USA

Oracle: Santa Clara, USA

Oracle: San Diego, USA

Development Center Fujitsu: Kawasaki, Japan Fujitsu: Sunnyvale, USA Factory

 Maximum Resource Utilization  Scalable, Secure and Green  HA Technologies in a single box

Consolidated Integrated Clustered Web/AP apps Clustered MC apps

Best platform for mission-critical workloads Agility to adapt to business change Customer Investment Protection

Virtualization Scalability Availability

System RAS Solaris Containers SMP InterInter--connectconnect (Robustness)

Hardware Partitioning Oracle Solaris Solaris ZFS

Dynamic Memory Placement Reconfiguration Solaris FMA OtiiOptimizati on (XSCF(XSCF--DR)DR)

PRIMEPOWER SPARC Enterprise

Partition A Partition B Partition A Partition B

AP AP AP AP

CPU CPU CPU CPU CPU CPU CPU CPU XSCF

Operation Operation Operation

20 Copyright 2010 FUJITSU LIMITED CPU-Operating System Partnership Next SPARC64 Solaris 11 Solaris 10 9/10 ZFS RAID 3 SPARC64 VII Physysical ca to o Zone o e Mi gration a o 4 cores / 8 threads 2.88GHz Solaris 10 5/09 Container Copy using ZFS clone Solaris 10 5/08 SPARC64 VII CPU Capping for Container 4 cores / 8 threads 2.52GHz Solaris 10 8/07 capped-memory ffCtior Container Solaris 10 11/06 ZFS SPARC64 VI Enhancement for Container 2 cores / 4 threads Solaris 10 2.4GHz Solaris container Dtrace, SMF, FMA Upgradability, Compatibility

 Unified Product with Oracle  Virtualization  Scalability / Performance  RbRobus tness  Case Study

 Flexibility in resource optimization  Manageability for ease of use  Security for consolidation

Business Continuity Business Aggyility • Robustness • Effective Utilization • Security • Manageability • Stability

Consolidation of Varying Workloads Higher Fault Isolation Lower

Lower Flexibility Higher

Hardware Oracle VM for SPARC Solaris Containers Partitioning (Logical Domains: LDoms)

App A App B App A App B App A App B OS OS OS OS OS Firmware Firmware Firmware Firmware Hardware Hardware Hardware Hardware

 Unified Product with Oracle  Virtualization  Scalability / Performance  Hig h Ava ila bility  Case Study

 High performance CPU and Cache hierarchy  Proven scalability with robust interconnect  Good balance of I/O and memory

• 65nm • 4-cores • 90nm •Multi-Thread / SMT • 2-cores •Multi-Thread / VMT • 90nm • Over 2GHz frequency • L2$ on Die • Non-Blocking Cache •O-O-O Execution •Super-Scalar

2000 2002 2004 2006 2008 2010

 Scalability to 256 cores - Benchmark*1 verified -  Mesh interconnect  Low latency, high throughput  High-speed transmission technology  Solaris MPO

Performance *2

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

• 2TB Memory • 30GB/s of IO bandwidth

• 1TB Memory • 15GB/s of IO bandwidth

*1 SPECjj(g)bb2005(Single JVM), • 512GB Memory Oracle Peoplesoft Enterprise Payroll *2 Result of SPECint_rate2006 (base) *3 Values using the next enhancement version 4 16 32 64 128 256 Cores

29 Copyright 2010 FUJITSU LIMITED Easy & Effective Use of Large-Scale Resources  Stable performance, even under high loads  Core / Thread / Process balancing  Automatic memory localization (Solaris MPO) User/sys (%)

100100 wt 90 sys usr 80

60 50 50

30 20

00 0 10 24 34 48 58 72 82 96 0 106 120 130 144 154 Number168 178 192 of202 threads216 226 240 250 264 274 288 298 312 322 336 346 360 370 384 394 408 418 432 442 456 466 480 490 504

user sys idle * SPARC Enterprise M9000 (128 cores/256 threads)

Oracle Database 11g R2 EE RAC  x7 higher throughput SPARC SPARC  x20 Fas ter response ti me Enterprise Enterprise

ETERNUS Flash Storage Module Performance Test with Flash Module and Oracle Database Smart Flash Cache value] lative value] ee ee x7 x1/20 seconds [r time [relativ Response nsaction per aa Tr HDD HDD + F20 module HDD HDD + F20 module

 Unified Product with Oracle  Virtualization  Scalability / Performance  Hig h Ava ila bility  Case Study

 Data Integgyrity  24x7 Operation  PditiPredictive se lf-hlihealing  More critical in today’s mulilti-core CPU & SOC era

 Data Integrity  Dynamic Recovery and Component Offline  Dynamic Replacement and Reallocation

SPARC64 VII Processor

Maintenance Fault Detection

Predictive selfself--healinghealing Dynamic Fault Degradation Hardware-based error detection and Correction hardware-based self correction Hardware-based error detection All behavior are recorded Not affected in case of error

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

Suppgerior Fault Management  Hardware fault detection and isolation • Dynamic instruction retry Solaris FMA and SMF • Memory mirroring option  Statistical management Dynamic Resource Reallocation  In the Processor: cache ways, threads, cores  Memory: single page  Solaris ZFS Secure data integrity throughout the system

 Unified Product with Oracle  Virtualization  Scalability / Performance  Hig h Ava ila bility  Case Study

World leading Telecom carrier with the world’s largest network and customer base Over 550 million customers 70.6% of Market share in Mainland China Their GSM global roaming services cover 237 countries Approx. 1000 SPARC Enterprise systems deployed in total Including Centralized Finance System & General Budggyet System •SPARC Enterprise M9000, M8000, M5000, M4000, M3000 •SPARC Enterprise T5240, T5220

37 Copyright 2010 FUJITSU LIMITED Show case of SPARC Enterprise: Narita International Airport Corporation  An aviation gateway to Japan  Dtiti40Destinations: 40 coun ti3tries, 3 reg ions, 95iti95 cities • Over 30 million passengers per year, 8th busiest airport in the world* • Total cargo 1.8 million tons,4, 4th busiest air -freight hub in the world*  New Ramp Control System * 2009  New Air Traffic Control Information System delivers smooth airport operation through: • A design focused on ease of Air-Access • Always-ON,,y no system-down operation  Systems SPARC Enterprise M5000, M4000 Oracle Database 10g FUJITSU CLUSTER Software

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

38 Copyright 2010 FUJITSU LIMITED Show case of SPARC Enterprise: Mizuho Bank, Limited One of Japan’s “Megabanks” SPARC Enterprise Controlling Nation-wide ATMs  5,300+ ATMs directly managed  32x SPARC Enterprise M3000 in Cluster Configurations

Retail Banks Data Center

32 Clustered Systems ATM Wide Area Accounting System Ethernet Fujit su GS seri es

・・・・ATM

5,300+ ATMs ATM C on trol S ervers SPARC Enterprise M3000

40 Copyright 2010 FUJITSU LIMITED 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

Oracle: Burlington, USA

Oracle: Santa Clara, USA

Oracle: San Diego, USA

Development Center Fujitsu: Kawasaki, Japan Fujitsu: Sunnyvale, USA Factory

System Upgrade with Increased Performance Significant Performance jump similar to SPARC64VI  VII + enhancement Coming Soon

2008/2009 Next • Higher Frequency • Larger Caches 2006 • Increased IO Throughput

• 2.88GHz • 4 cores, 8 threads SPARC64 VII • Faster Memory • 65nm

•2.4GHz • 2 cores, 4 threads •2FPUs SPARC64 VI • Shared L2$ Customer Investment Protection • Scalable to 64 Sockets • Instruction Retry  CPU Upgrade in a single box • Mirrored Memory  Mix mode support in a single box • Dynamic Domains • 90nm  Binary Compatibility

Thank you very much for attending today!

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

Sincere thanks to the following people who supported the production of this presentation:

Leader and Scenari o Development (and Sensu deliverer): Tatsuo Ito

Technical Writing & Art Maiko Obara, Rumi Nagashima, MhiMasashi Shiga

Promotional Writing and Englishwork: Supervision: Paul Hendry, Torrey Martin, Ratnayake Akhila

Technical Supervision: Osamu Nakajima, Sakae Majima

Product Marketing Suppo Mikiya Enokida, Masahiro Koyanagi

Overall Coordination: Chie Tomiya, Yasuyuki Suzuki rt: