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Oracle Systems _ Angus MacDonald _ An insight into what is coming next!.pdf
- 1. An insight into what is coming next!
Angus MacDonald
Oracle Systems, ANZ
- 2. 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.
© 2010 Oracle Corporation 2
- 6. Building Blocks
10GbE & IB
Switches
Supercluster Exalogic Exadata
M4000
M3000 M8000
SPAR M9000
C T3-2 M5000
SPARC Now with M3
T3-4
SPARC
SPAR T3-1B
C T3-1
Sun Fire X4270 M2 Server Sun Fire X4800 Server
Sun Fire X4170 M2 Server Sun Blade™
Sun Fire X4470 Server
ZFS Storage S2500
Flash Appliances
& SSD
S6180 S6580 S6780 SL24/48 VTL SL500 SL3000 VSM SL8500
© 2010 Oracle Corporation 6
- 7. Building Blocks
10GbE & IB
Switches
Supercluster Exalogic Exadata
M4000
M3000 M8000
SPAR M9000
C T3-2 M5000
SPARC Now with M3
T3-4
SPARC
SPAR T3-1B
C T3-1
Sun Fire X4270 M2 Server Sun Fire X4800 Server
Sun Fire X4170 M2 Server Sun Blade™
Sun Fire X4470 Server
ZFS Storage S2500
Flash Appliances
& SSD
S6180 S6580 S6780 SL24/48 VTL SL500 SL3000 VSM SL8500
© 2010 Oracle Corporation 7
- 9. Server Strategy
Deliver The Best Open Servers For Oracle Applications
Sun SPARC Enterprise Servers
Sun Fire Servers
© 2010 Oracle Corporation 9
- 10. SPARC Technology Direction
• Delivering Mission Critical RAS
• Extending SPARC performance leadership
– 2x plus performance improvement every 2 years
– Scale to 1,000s of threads and multiple TBs of memory
• Eliminating complexity, improving execution
– One SPARC architecture
– One Operating System
– One System Management solution
– One Virtualization solution
• Accelerated deployment, reduced risk
© 2010 Oracle Corporation 10
- 11. Accelerating SPARC Solaris Innovation
5 Year Trajectory SPARC
1-64 Sockets
Cores 4x +2x Throughput
M-Series
Threads 32x 8-64 Sockets +1.5x Single Strand
Memory Capacity 16x +2x Throughput
Database TPM 40x
Java Ops Per Second 10x T-Series
1-8 Sockets
M-Series +3x Throughput
8-64 Sockets
+6x Throughput
+1.5x Single Strand
T-Series
1-4 Sockets
M-Series +3x Single Strand
1-64 Socket
T-Series + 20%
1-4 Socket
+ 2x Throughput
Solaris 10 Solaris Express 11 Solaris 11 Solaris 11 Update Solaris 11 UpdateSolaris 11 Update
Platform Support Software Lifecycle Software Lifecycle High Availability System Management Core Scalability
Software Integration Scalability Networking Scalability Networking Memory Scalability I/O Scalability
Security Security Virtualization
Solaris 10 Update Solaris 10 Update
2010 2011 2012 2013 2014 2015
© 2010 Oracle Corporation
11 11
- 12. Accelerating SPARC Solaris Innovation
5 Year Trajectory SPARC
1-64 Sockets
Cores 4x +2x Throughput
M-Series
Threads 32x 8-64 Sockets +1.5x Single Strand
Memory Capacity 16x +2x Throughput
Database TPM 40x
Java Ops Per Second 10x T-Series
1-8 Sockets
M-Series +3x Throughput
8-64 Sockets
+6x Throughput
+1.5x Single Strand
T-Series
ü
1-4 Sockets
M-Series +3x Single Strand
ü
1-64 Socket
T-Series + 20%
1-4 Socket
+ 2x Throughput
ü Solaris 10
Platform Support
ü
Solaris Express 11
Software Lifecycle
Solaris 11
Software Lifecycle
Solaris 11 Update
High Availability
Solaris 11 UpdateSolaris 11 Update
System Management Core Scalability
Software Integration Scalability Networking Scalability Networking Memory Scalability I/O Scalability
Security Security Virtualization
Solaris 10 Update Solaris 10 Update
2010 2011 2012 2013 2014 2015
© 2010 Oracle Corporation
12 12
- 13. Accelerating SPARC Solaris Innovation
5 Year Trajectory SPARC
1-64 Sockets
Cores 4x +2x Throughput
M-Series
Threads 32x 8-64 Sockets +1.5x Single Strand
Memory Capacity 16x +2x Throughput
Database TPM 40x
Java Ops Per Second 10x T-Series
1-8 Sockets
M-Series +3x Throughput
8-64 Sockets
+6x Throughput
+1.5x Single Strand
T-Series
ü
1-4 Sockets
M-Series +3x Single Strand
ü
1-64 Socket
T-Series + 20%
1-4 Socket
+ 2x Throughput
ü Solaris 10
Platform Support
ü
Solaris Express 11
Software Lifecycle
Solaris 11
Software Lifecycle
Solaris 11 Update
High Availability
Solaris 11 UpdateSolaris 11 Update
System Management Core Scalability
Software Integration Scalability Networking Scalability Networking Memory Scalability I/O Scalability
Security Security Virtualization
Solaris 10 Update Solaris 10 Update
2010 2011 2012 2013 2014 2015
© 2010 Oracle Corporation
13 13
- 14. SPARC System Trajectory
Today 2015 Improvement
Cores 32 128 4x
Threads 512 16,384 32x
Memory Capacity 4TB 64TB 16x
Logical Domains 128 256 2x
Operating System Solaris 10 Solaris 11 countless
Database TPM 3M 120M 40x
Java Ops Per Second 5000 50,000 10x
© 2010 Oracle Corporation 14
- 15. What’s Next with SPARC?
T4 Supercluster
• Integrated Hardware
1-4 T4 Processors Platforms with SPARC
8 Cores servers, network and storage
8 Threads per core
Crypto Co-proc • Stack is optimized for
Logical Partitions performance, availability and
security
Customers can run Oracle DB,
AVAILABLE 2011
Middleware and Applications, and ISV
applications more cost effectively
than assembling “best of breed”
components
© 2010 Oracle Corporation 15
- 16. Oracle s x86 Clustered Systems
High Performing Applications-to-Disk Solutions
Oracle Virtual Machine
+
Validated Configs Exadata v2
EFFICIENCY
Oracle Database
Fusion Middleware
• Engineered
Solaris • Tested
Linux OS • Packaged
Server • Certified
• Deployed
Storage • Supported
• Upgraded together
Competition
Blade
Rack-Mount Servers Clusters
and Open Storage (x86/SPARC)
INTEGRATION LEVEL
© 2010 Oracle Corporation 16
- 17. Oracle’s Two OSes : Solaris and Linux
Solaris and Linux Advantage
Oracle is committed to offering choice, flexibility, and
lower cost computing for customers. The combination of
Solaris and Linux provides the most complete, open and
integrated operating system offerings in the industry
• With Solaris, Oracle offers industry-leading scalability
and performance through superior technical
innovation
• With Linux, Oracle delivers world-class support and
technology leadership for the most widely deployed
open source operating system
© 2010 Oracle Corporation © 2010 Oracle – Proprietary and Confidential 17
- 18. Oracle Solaris: The Mission Critical OS
If It Must Work, It Runs on Solaris
• The #1 deployment platform for the
#1 mission critical Oracle Database
• Extreme data integrity: ZFS
• Military-grade security: Solaris Trusted Extensions
• Predictive Self Healing: FMA, SMF
• Designed in Virtualization with application isolation
and security: Zones
• Production Safe Observability: DTrace
• Scales to thousands of threads,
multiple terabytes of memory
© 2010 Oracle Corporation 18
- 19. Solaris Roadmap
Maximizing Integration
SPARC Trajectory
Cores 4x
Solaris 11
Threads 32x
Update
Memory Capacity 16x Core Scalability
Database TPM 40x
Java Ops Per Second 10x
Solaris 11
Update
System Management
IO Scalability
Solaris 11
Update
High-Availability
Solaris 11 Memory Scalability
Software Lifecycle Virtualization
Scalability
Solaris 10 Networking
Platform Support Security
SW Integration
2010 2011 2012 2013 2014 2015
© 2010 Oracle Corporation 19
- 20. Oracle Solaris 11 (currently express)
Key Focus Areas
• Availability: Greatly reducing planned and unplanned downtime
– Self checking software packaging tools, network-based
software repositories, safe updates with ZFS boot
environments and fast reboot
• Scalability and Performance: Scaling to 1000s of threads,
terabytes of main memory, 100s of Gbps
– Next generation memory management, advanced power
management, low latency/high speed interconnect
• Efficiency: Increasing deployment flexibility for applications
– Completely virtualized network, storage and server
environments, run your existing applications unchanged
• Security: Guarding your datacenter with advanced security
– Secure by default startup,hardware verification of OS,
data encryption services, enforced root role
© 2010 Oracle Corporation 20
- 21. Oracle Linux Strategy
• Deliver the best performing, most modern and
reliable Linux operating system for the data center
• Enhanced with features and improvements from
mainline Linux development
• Stay as close to mainline as possible
• Full stack tested with real world workloads
• Offer enterprise class support at low cost
• Ensure Oracle Linux customers have full legal
protection with complete indemnification
• Influence Linux roadmap upstream via direct
community involvement
21
© 2010 Oracle Corporation 21
- 22. Optimized Oracle Infrastructures
Solaris Solaris Linux
SPARC x86 / x64
• Best symmetric • Best multi-operating
multiprocessing (SMP) system virtualization
scalability
• Choice of
• Highest throughput per watt Solaris or Linux
© 2010 Oracle Corporation 22
- 23. Oracle: Application Aware Virtualization
Full Stack Data Center Virtualization
• Most comprehensive
• Fully tested with applications
• Designed for full stack deployments
• Integrated, full stack management
• Integrated support
Taking you beyond consolidation…
Oracle provides a more COMPLETE solution
© 2010 Oracle Corporation 23
- 24. Oracle Storage
Leading HW and SW to Address Data Management Needs
Disk Storage Tape Storage
Primary Secondary
• Mission Critical Databases • Fixed Content • Video, Medical,
• High-Performance • Backup and Recovery Data Archive
Applications • Business Continuity • Regulatory
• Flash Storage • Snap/Mirror/Replication Compliance
• Hybrid Storage • Online Archive • Disaster Recovery
Tiered Storage Business Applications Unified Storage
Archive Manager
Software (11g partitions) Hybrid Storage Pool
Average Days 30+ Days
0 Days 90 Days to Forever
Since creation
Recovery Time
Milliseconds Seconds Minutes
Objectives (RTO)
© 2010 Oracle Corporation 24
- 25. Storage Requirements and Solutions
Managing Your Data, Not Devices, Not Technology
Requirement Challenges Key Technologies Strategy
Data Warehouse Database Machine,
IOPS, MB/s,
Flash, Infiniband Flash Acceleration,
Business Analytics Scale
Infiniband Fabric
Global Namespace for
Private Cloud Global Namespace File and Block, Live
$/G, MB/s, Scale Data Migration, N-Way
Global Namespace Live Data Migration
Management
Data Protection One unified stack,
$/G, Key Snap, Clone, Replicate
disk to tape, with all
Security, Compliance Management Encrypt, Dedup, Compress
these primitives
QoS, CPU, I/O, and Network Data Set QoS, Flash
Predictable Performance Observability, QoS Scheduling, Dynamic Hybrid Storage,
Resilvering Real-Time Observability DTrace Analytics
© 2010 Oracle Corporation 25
- 26. Storage Trajectory
Oracle Storage Scales at the Speed of Compute + I/O
Today 2015 Improvement
Controller Throughput 2 GB/s 44 GB/s 15x
Cluster Throughput 240 GB/sec 3 TB/sec 12x
Write Performance 250K IOPS 8M IOPS 32x
Controller Capacity 576TB 30PB 50x
Cluster Capacity 20PB 400PB 20x
Tape Capacity 1TB 20TB 20x
Archive Capacity 100PB 2,000PB 20x
Tape Performance 120MB/sec 600MB/sec 5x
Archive Performance 276TB/hr 1.4PB/hr 5x
© 2010 Oracle Corporation 26
- 27. Oracle Archive and Tape Drives
SL8500
Industry Leading 1.2 – 2.0 Exabyte
Capacity
5 Year Trajectory 920 - 1380 TB/hr
Tape Capacity 12 - 20x Gen5
Tape Data rate 3.3 – 5x 12 - 20 TB Capacity
Archive Capacity 12 - 20x 400 - 600 MB/sec
Archive Data Throughput 3.3 - 5x
SL8500
600 – 1000 PB
Capacity
621 – 920 TB/hr
Gen4
SL8500 6 - 10 TB Capacity
300 - 500 PB 270 - 400 MB/sec
Capacity
414 - 621 TB/hr
Gen3
SL8500 3 - 5 TB Capacity
100 PB Capacity 180 - 270 MB/sec
276 TB/hr
T10k-B
1 TB Capacity
120 MB/sec
2010 2011 2012 2013 2014 2015
© 2010 Oracle Corporation 27
- 28. Complete. Open. Integrated.
Integrating Technologies To Better Your Business
• Performance
• Reliability
• Security
• Management
• Quality
© 2010 Oracle Corporation 28
- 29. For the next installment ….
San Francisco 2011
October 2–6, 2011
Latin America 2011
December 6–8, 2011
Tokyo 2012
April 4–6, 2012
© 2010 Oracle Corporation 29