Deniz Önay
Server Sales Specialist
Engineered Systems
Other Custom Configurations
• Runs Oracle software
• Customer integrates hardware and software
• Error prone and time consuming to deploy
• Support from multiple vendors
– Hardware
– Software
– Operating System
Engineered Systems
• Runs Oracle software
• Oracle integrates hardware and software
• Risk free and quick to deploy
• Support from one vendor
– Hardware
– Software
– Operating System
vs
Hardware and Software
Engineered to Work Together
Improve
Quality of
Service
Improve
Agility
Reduce
Complexity
Reduce
IT Costs
• Standardize Operating System
• Standardize applications
• Fewer configurations • Capital costs
• Management costs
• Downtime costs
• Resource management
• Dynamic services
• Shared resources • Tighter security
• Faster performance
• Higher availability
Business Value of Engineered Systems
Oracle’s Engineered Systems
Purpose Built
Exalogic Exadata SPARC
SuperCluster
General Purpose
Oracle
Exadata
Oracle Exadata Database Machine
• Fastest Data Warehouse & OLTP
• Best Cost/Performance Data Warehouse & OLTP
• Optimized Hardware (per rack)
• Processor: up to128 Intel Cores and 2 TB DRAM
• Network: 880 Gb/Sec Throughput
• Storage: 5 TB Flash and up to 336 TB Disk
• Software Breakthroughs
• Exadata Smart Storage Grid
• Smart Flash Cache
• Hybrid Columnar Compression
• Scales from ¼ Rack to 8 Full Racks
Transaction Processing, Data Warehousing, Consolidation
Exadata Software Innovations
• Smart Scan query offload
• Scale-out storage
+ + + + + +
Smart Scan
• Speeds random I/O up to 30x
• Doubles data scan rate
Smart Flash Cache
Hybrid Columnar
Compression
•10x for data warehouses
•15x for archives
primary
standby
test
dev’t
backup
Uncompressed
Compressed
Exadata Delivers Extreme Consolidation Create a “Database-as-a-Service” Platform
• Large Memory
• Many databases can be consolidated
• Extreme Performance
• OLTP, DW, data mining, batch, reporting, loading,
backups, files in the database
• Encryption, compression
• Workload Management
• Manage SLAs via Quality of Service (QoS)
• CPU and I/O resource management
Oracle Exadata
• Pre-built storage rack for Oracle
Exadata Database Machine
• For applications that need more
space but not more compute
• Available in Full, ½ or 1/4 Rack
New I Storage Expansion Racks
Exadata Storage Servers
Exadata Storage Expansion Rack
432 TB Disk 6.75 TB Flash 216 CPU Cores
Exadata Storage Software
Complete Family of Database Machines
Oracle Exadata X2-2 2 to 8 (12 core) database nodes
Oracle Exadata X2-8 2 (64 core) database nodes
Quarter
Half
Full, Multi-Rack
Oracle Exadata
• Lower data center costs through consolidation
• Store up to ten times more data
• Search data up to ten times faster
• Make more-informed business decisions in real time
• Speed time-to-market for new products and services
• Mitigate deployment risks
Extreme Performance at Lowest Cost
Oracle
Exalogic
Oracle Exalogic
• Fastest Java, C, C++ Applications
• Best Cost/Performance Java, C, C++ Applications
• Optimized Hardware
• Processor: 96-360 Intel Cores; 2.8 Terabyte DRAM
• Network: 880 GB/Sec IO Throughput
• Storage: 4TB Flash; 40 TB Disk
• Software Breakthroughs
• Exa-Bus High Performance Messaging
• Parallel Workload Scheduling
• Dynamic Workload Balancing
• Transaction Affinity with Database
• Built in Application & Network Isolation
Transaction Processing, Consolidation
Oracle Exalogic Elastic Cloud Elasticity from Single Application to Private Cloud
Quarter Rack
Half Rack
Full Rack
Multi-rack
• Seamless hardware upgrade
• Flexible software licensing
• Up to 5X processor
utilization advantage
for many other
application types: • Java EE and Fusion
Middleware
• Oracle Applications
• OLTP with Oracle
Exadata
Exalogic ROI: Performance Less hardware and software: Easier to Deploy, Manage, Maintain
• 25% processor
utilization
advantage for
standard Linux
or Solaris
applications
25% 50% 2X 3X 5X
Exalogic ROI Standard Hardware ROI
Co
mp
ara
tiv
e R
OI
Exalogic Processor Utilization Efficiency Advantage
Fusion Middleware Performance on Exalogic
SOA 11g Response Time
Standard Hardware Exalogic
9X
Tuxedo 11g Response time
Standard Hardware Exalogic
7X
UCM 11g Throughput
Standard Hardware Exalogic
3X 10X
0.16ms
1.1ms
58ms
520ms
5,640 tps
17,340 tps
ADF 11g Concurrent Users
Standard Hardware Exalogic
24,000
240,000
10X
Oracle Exalogic Elastic Cloud
• Extreme performance for JAVA Applications
• Extreme performance for Oracle Applications
• Best foundation for Cloud
• Mitigate deployment risks and costs
Maximum Application Performance and Efficiency
Oracle
SPARC
Supercluster
Nodes
• 2 or 4 compute nodes
Storage Grid
• 3 or 6 storage cells
InfiniBand Network
• Redundant 40Gb/s switches
• Unified server & storage net
Shared Storage
• ZFS storage appliance with
dual controllers
A complete infrastructure solution for enterprise applications
Software
• Oracle Solaris 11
and Solaris 10
• Oracle Enterprise Manager
Ops Center (optional)
SPARC Supercluster Architecture
Exadata SPARC SuperCluster Exalogic
Exadata Storage
Database Servers
ZFS NAS Storage
Application Servers
SPARC Supercluster
Summary
Oracle’s Engineered Systems
Purpose Built
Exalogic Exadata SPARC
SuperCluster
General Purpose
Exadata X2-8 Exalogic X2-2 SuperCluster
Compute Grid
- Compute Servers 2 X4800 30 X4170 M2 4 SPARC T4-4
- Compute Cores 128 Xeon 360 Xeon 128 Sparc T4
- Compute Server Memory 2 TB 2.8 TB 4 TB
- Operating Systems Linux / Solaris Linux / Solaris Solaris
- Oracle Virtual Machine Partitioning - - Yes
- Exalogic Elastic Cloud Software - Yes Yes
Storage Grid
- ZFS 7320 NAS Appliance - Yes (40TB) Yes (40TB)
- Exadata Storage Servers 14 (up to 336TB) - 6 (up to 72TB)
Networking
- Ethernet 1 GbE / 10GbE 10GbE 10GbE
- InfiniBand Fabric Yes Yes Yes
- Fibre Channel SAN Connectivity - - Yes (optional)
Components - Exadata, Exalogic, and SuperCluster