Exalogic Technical Overview

Exalogic Technical Overview
EECS 2.0.6 (Echo)
January 2014

Agenda
• Exalogic Overview
• What is engineered about?
• Exalogic Elastic Cloud Software (EECS)
• Exalogic Hardware
– New Exalogic X4-2 released in December 2013
• Summary
• Resources

Exalogic Overview
CONFIDENTIAL - Internal Use Only

Exalogic – An Engineered System

Exalogic Logical Representation
Hardware and Software Engineered to Work Together
Data Center
Service Network
(10GbE)
Compute Nodes
Management Network (GbE)
Data Center
Mgmt Network
(GbE)
Exalogic Hardware
10GbE
GbE
Ethernet<>InfiniBand
Gateways
Management
Network Switch
Storage
Logs
Binaries
Patches
User Files
Standard
Oracle
Database
Applications
InfiniBand I/O Backplane
Exadata
or
additional
Exalogic
Hardware-accelerated Network
Virtualization is the foundation of
Exalogic’s extreme performance

What Is Engineered About?

Exalogic Optimization Investments
Deep Oracle Focus
Most Compelling
platform for Oracle
apps, Oracle
middleware and
custom / ISV apps
Simplified Lifecycle built in Java or C/C++
Maximum Density
Minimum Latency,
Maximum Throughput
Investments in infrastructure and
application lifecycle simplification
Investments in CAF memory
optimizations to minimize footprint
Investments in Exabus and FMW re-architecture
and re-design

Exalogic: The Only Converged Infrastructure System
Optimized for App Tier In The Industry
Mission-Critical Platform Faster to Setup
Easier to Manage Easier to Operate
 Integrated, configured, tested and
ready to run
 Optimized for Oracle middleware
and Oracle apps
 Enforces Oracle software
deployment best practices
 Cloud ready
 Fast Compute + Shared Storage
connected via high sped, low
latency InfiniBand fabric
 Built-in fault tolerance
 InfiniBand partitions for
application isolation
 Leverage Platinum Services for
24x7 monitoring, faster issue
resolution and risk reduction
 Highest support levels for Oracle
stack
 Better reliability & one stop
support
 Apps to Disk management from a
single console
 Manage Apps, Middleware, DB,
Servers and Storage from
Enterprise Manager
 Reduced Change management
risk
Compute
4, 8, 16 or 30 servers, each of
which can run a single instance
of Operating System or multiple
virtual servers
I/O Fabric
Converged I/O fabric connects all
system components together
and connects the system to the
data center networks
Storage
Disk array and two storage heads
with flash cache provides
shared storage for the Exalogic
system software

Exalogic Top 10 Optimizations
#1 Exabus
Optimized network virtualization
#2 Application Delivery Controller
Built-in Traffic Routing and Shaping
leveraging Exabus RDMA, with SSL
Offload
#3 SR-IOV
Optimized IO virtualization delivering
near-physical performance and
throughput
#4 Application Server
Exabus InfiniBand RDMA for optimized
Interprocess communication for fast I/O
#5 In-Memory Data Grid
Optimized grid communication with
Exabus RDMA & optimized local writes
with Elastic Data using built-in SSDs
#6 SOA
Increased use of in-memory Data Grid to
accelerate data retrieval and remove
database from critical code path
#7 TP Monitor
Optimized C/C++ runtime & Tuxedo
messaging infrastructure leveraging
Exabus RDMA
#8 In-Memory App Modules
Optimized C/C++ runtime & Tuxedo
messaging infrastructure leveraging
Exabus RDMA
#9 App Lifecycle
Simplified application lifecycle through
factory supplied VM templates and
assemblies
#10 Infrastructure Lifecycle
Simplified infrastructure lifecycle through
factory supplied tools across all three
platforms – OVM, OEL, Oracle Solaris

Exalogic Performance
Business Applications: RESPONSE TIME Standard hardware
200 ms
Exalogic and Exadata
E-Business
Suite
Order to Cash
E-Business
Suite
Self Service and HR
and Procurement
PeopleSoft
Self Service HRMS,
FIN
Siebel UCM
Customer Hub
8x better Response Time
2x better Scalability
JD Edwards
Order Management
0.51 s
0.17 s
11.94 s
1.42 s
1.18 s
0.39 s
25 ms
2.23 s
0.74 s
Response Time

Exalogic Performance
Business Applications: SCALABILITY
Utilities
Meter Data Management
Communications
Billing Revenue
Management
Exalogic and Exadata
ATG Web Commerce
Commerce Reference
Store
20
million
4000
10
2027
2.75
million
3.1
Scalability
Standard hardware

Continued Hardware and Software Performance Improvement
Exalogic
2011 Exalogic
2012
Exalogic
2011 Exalogic
2012
Exalogic
2011 Exalogic
2012
Exalogic Performance 2011-2012
WEB APPLICATION
Requests/Sec.
MESSAGING
Messages/Sec.
ENTERPRISE JAVA
Operations/Sec.
13

Exalogic Virtualization Performance
NO COMPROMISE NO COMPETITION
Exalogic Bare
Metal Exalogic
Virtualized
COTS
Virtualized Exalogic
Virtualized

What’s Engineered About Exalogic?
Exalogic is Higher Value
DIY/Commodity
Converged
Infrastructure
Exalogic
Complete hardware stack (storage, networking, etc)  
Hardware pre-assembled/pre-configured  
Software pre-configured Sometimes 
Hardware stack pre-tested  
Software stack pre-tested 
Consolidated patching 
Integrated management + IaaS layer Sometimes 
Optimizations for Oracle software 
Special Exalogic-only modules for Oracle software 
Purpose built, high
performance / value
General purpose,
low business value

Exalogic Elastic Cloud
Software (EECS)

Exalogic Elastic Cloud Software
Middleware and Business Applications
Physical Oracle Linux/Solaris
= Exalogic Elastic Cloud Software
Enterprise Manager
WebLogic Coherence Tuxedo
Exabus
Integration
Traffic
Director
Exabus
Integration
Exabus
Integration
Exabus
Integration
Exabus
Oracle Linux Guest OS
Oracle VM for Exalogic
Exalogic Elastic Cloud Hardware
Exalogic
Control

Virtualization Support in Exalogic
• Oracle VM based: EECS virtualization with OVM
– Cloud Administration and Management with Exalogic Control
• Solaris based: Solaris Zones to host Solaris 11 and Solaris 10 apps
Compute Nodes
Physical
Oracle Linux
Solaris 11 Solaris Zones
Virtual
(OVM Server)
Guest VM (OL) VIRTUALIZED
ENVIRONMENT
Exalogic
Control
manage
18

Exalogic Elastic Cloud Software (EECS)
Virtualization Support
• Virtualization support since EECS 2.0.1 (Jul 2012)
• Focused on Hardware Virtualization / IaaS
Management
• Current EECS releases
as of November 2013
 2.0.3 – Physical Linux (Oct 2012)
 2.0.4 – EECS Virtual and Solaris 11.1 (Dec 2012)
 2.0.6 – EECS Virtual (Echo) (Sep 2013)
• Patch Set Updates are available on quarterly basis

Exalogic Management I Cloud Model
• Exalogic Control
– Built-in Cloud Administration and Management
• IaaS Management Runtime Engine
– Set of VMs running directly in rack
– Application Deployment & Automation
• Provision resources – compute network,
storage
• Create, deploy, manage, scale and monitor
virtual machines
Exalogic
Control
vServers
vNets
volume
vServers
vNets
volume
Oracle VM

Exalogic Management I Cloud Model
• Exalogic Control
1. Manage hardware, storage
volumes, clouds, scaling,
deploy/un-deploy, security,
users, etc.
2. Cloud Management API for
developers
3. Oracle Virtual Assembly Builder
Studio support (Echo Release)
4. Full EM integration for
application-to-disk management
OVAB
Studio
System and Cloud
Administrators
Exalogic Machine
Exalogic Compute Nodes
Exalogic
Control
Appliance
Appliance
Appliance Appliance
Appliance
Appliance
Assembly
Appliance
A
VM
Appliance
VM
Assembly
Appliance
VM
VM
A
VM
Appliance
VM
Exalogic Storage
Appliance
Appliance
VM
B
VM
C
Appliance
VM
B
VM
C
Appliance Appliance Appliance
VM
VM
A
VM
VM
B
VM
Assembly
PaaS/IaaS API
Assembly
Administrator
EM
1
2
3

Exalogic Cloud Management
EC CLI EC BUI Custom apps using IaaS
IAAS
vServer
Exalogic Hardware (servers, storage, network)
API’s
Account
Virtual Data Center
vServer
vServer
vNet
vNet
volume
volume
Account Account
vServer
vNet
volume
vNet
volume
vServer
vServer
vNet
vNet
volume
volume

Apps Deployment on Exalogic – Accelerated
Pre-configured Templates Ready to Install in Minutes
Exalogic
vServer
Template
Import to
Exalogic
Control
• Templates have application components pre-installed and
Create and start up
vServer in
Exalogic Server Pool
eDelivery
Download from Oracle
• Pre-built, pre-configured OVM
Exalogic Template for Oracle Apps
EBS PSFT
JDE Test
& Dev
Exalogic Server Pool
configured for production
• Application performance close to bare-metal
• Configurable by end customers to suit custom deployments

OVM Templates for Exalogic: Availability
Available Now (as of April 2013)
 E-Business Suite 12.1.3 (separate
Vision DB template). EBS 12.2 being
tested.
 PeopleSoft with PeopleTools 8.52.10,
8.53.03 (only middle-tier. DB to be
provisioned separately)
 JD Edwards – Applications 9.1 with
Tools 9.1.2.1 (JDE demo DB template)
 Siebel 8.1.1.8 and 8.2.2 (sample Siebel
DB part of template)
 Agile PLM 9.3.1.2
 Value Chain Planning 12.1.3.8
Planned
 Demantra
 More applications are planned
 OTN Page:
http://www.oracle.com/technetwork/serve
r-storage/vm/overview/exalogic-templates-
1897402.html

Key Features of EECS 2.0.4
Navstar
• High Density Deployment with CPU over-subscription
• Application High Availability – auto restart of user vServers
• Support for X3-2 hardware
• Solaris 11.1
• X3-2 upgrade kits for bare-metal and virtual deployment
– Used to upgrade X3-2 and X2-2 racks from one size to next size larger
• Results in a mixed X2/X3 compute node configuration
• EM Cloud Control 12c PS1 Support
– Single pane of glass for Exalogic & vServer management

Exalogic vCPU Over-subscription
• Exalogic vCPU over-subscription
– provides the ability to carve out more vCPU's than available physical CPU
resources
– provides denser consolidations and hence better utilization of hardware
• Key Components:
2
– Exalogic Control interface to change vCPU over-subscription settings. On a
Exalogic X2-2, a fully-subscribed node supports 24 vCPUs. A vCPU over-subscription
setting of 2:1 for example supports 48 vCPUs/node for all nodes in
the vDC
50
– Exalogic Control interface to set cap on # of physical CPU cycles each
vCPU can consume. This is a way to provide deterministic performance for
vServers on Exalogic across the vDC. For example CPU cap set at 50% means
each vCPU can at the max utilize only 50% of a hardware thread at any point in
time.

Exalogic vCPU Over-subscription
• By default, vCPU over-subscription is disabled across the vDC
• vCPU over-subscription can be setup at vDC initialization time or
can be set/updated on a running vDC
• The vCPU over-subscription setting and the CPU Cap settings are
set for an entire vDC and cannot vary between VMs
• Scenarios:
http://docs.oracle.com/cd/E18476_01/doc.220/e25258/advproc.htm#BABEJJHG

What’s New
Highlight for EECS 2.0.6 Release (Echo)
 Exabus 1.1 for better performance and reliability
 OVM 3.2.1 for better performance and significantly improved
stability
 OVAB for faster application deployment
Faster
echo
 Enhanced Exalogic lifecycle tools for simplified lifecycle
 Reduced Control Stack Footprint from 5 to 3 for increased reliability
 Enhanced ECU with more automation and better install experience
 Hybrid rack support – Mixed Virtual and Physical on Same Rack
 Deployment of production & dev/test; migration from physical to
virtual
Easier
Open

Continued Improvements in EECS Lifecycle Operations
& Core Performance
1 2 3 4 5
Time to create
a single VM
Time to create
100 concurrent
VMs
3X
Reduction
Assembly un-deploy
& scale
down
operations
2.5X
Reduction
Exabus 1.1
TPS on virt-stack
vs. UDP
baseline
2X
Higher
Java app
response time
55%
Better
36%
Reduction

Detail of Echo Features
Part I

Echo – Mixed Rack
• Mixed virtual and physical on same Exalogic rack
– Flexibility to have physical and virtual environments on same
rack. For example, production on physical and test/dev on
virtual
– Exalogic Control manages the virtual compute nodes on the
rack. Physical compute nodes managed via CLI
– Option to change full physical to hybrid and hybrid to full
virtual rack
– User has an option to choose either the top or bottom nodes
for physical or virtual deployment
Exalogic
Virtual
vServers
vNets
volume
vServers
vNets
volume
Oracle VM
Exalogic
Physical
Node: bare
metal Linux
Node: bare
metal Linux
Node: bare
metal Linux
Node: bare
metal Linux
Supported Topologies Bottom CNodes Top CNodes
Full 1-16 17-30
Half 1-8 9-16
Quarter 1-4 5-8
Eighth 1-2 3-4

Echo – Minimize Control VM footprint
• Minimize Control VM footprint
– Exalogic Control VMs consolidated into 3
virtual machines (previously 5)
• VM1 will run OVMM, DB, EC and OVAB
Deployer apps
• VM2 will run PC1
• VM3 will run PC2
– Control VM’s spread across 2 compute
nodes (VM1 and VM2 on node 1, VM3 on
node 2)
VM1:
OVMM, DB, EC,
OVAB Deployer
VM2:
PC1
OVS node 1
VM3:
PC2
OVS node 2

Echo – Base Image and Base Template Enhancements
– Oracle Linux Server 5.8 as part of EBI and base template
– OS watcher added by default to the base template
• OS Watcher (OSW) is a collection of UNIX shell scripts intended to collect and archive
operating system and network metrics to aid support in diagnosing performance issues
• OS Watcher installed, configured and running by default on OVS nodes, guest VMs,
control VMs.
– Exalogic Guest Base Template support for LVM to partition local disks
• LVM is a Logical Volume Manager for the Linux operating system
• LVM provides a higher-level view of the disk storage on a computer system than the
traditional view of disks and partitions
– Exalogic Guest Base Template based on Linux server installation
• Minimal install of necessary RPMs only
– imageinfo and imagehistory part of the base template
• Helps in patching and upgrade
Oracle Linux Server release 5.8
Kernel 2.6.32-400.26.3.el5uek on an x86_64

Echo – Performance Improvements
• IMB Improvements:
– Support for IMB 1.1. IMB 1.1 has better performance and
fixes multiple bugs found in the older IMB 1.0 version.
• OVM 3.2.1 support:
– Better performance and concurrency handling
– Major improvements in stability of the platform

Echo – Enhanced ECU
Exalogic Configuration Utility (ECU)
• Better Install Experience and better documentation
• ECU with more automation and usability enhancements
– Provides the ability to run a range of steps or a particular step
– Each run of the step is recorded
– Prevents users from skipping steps during execution of ECU
– Provides an option not to be recorded (run_step_archaic) and
once this option is used the rest of the steps need to run
unrecorded

ECU Spreadsheet for Full Virtual or Hybrid
Same Exalogic Configuration Process
• Same ECU process for
Full Virtual or Mixed
(Hybrid) rack installation
• The only difference is in
the spreadsheet
selection
– Mixed Rack = [No]
– Mixed Rack = Virtualized
• Top compute nodes OR
• Bottom compute nodes
• the rest are physical

Echo Features Part II
Oracle Virtual
Assembly Builder
(OVAB)

Oracle Virtual Assembly Builder (OVAB)
• Accelerates and simplifies provisioning of complete multi-tier application
topologies
• Is capable of capturing application topologies comprised of Oracle and
non-Oracle products
• Applications can be fully deployed quickly and efficiently using application
and user defined metadata
• Drive single-step, template-based deployment of multi-tier applications to
virtualized environments
• Capture the configuration of each software component from an existing
application environment and package them into a collection of customized
software appliances

Example EDG Deployment Topology for Oracle SOA Suite
Web Tier
Application
Tier
Data
Tier
Web Server
Web Server
App
Srvr
AS
App
Srvr
WSM
App
Srvr
SOA
App
Srvr
AS
App
Srvr
WSM
App
Srvr
SOA
App
Srvr
BAM
App
Srvr
BAM
DB DB
2 nodes
8 nodes
2 nodes
12 nodes

Assemblies: Standardization with Flexibility
Metadata
Reference
Application Topology
Capture Complete
Application Topology
Provision Multiple Instances
To Multiple Environments

Create Standardized Model for IT
One Time Effort Repeated Activity
Templates
 Configurable
blueprints for
entire
application
topology
 Simplify
repeatable
process for
predictable
outcomes
Standardize
 Create self-contained
software appliances
 Eliminate customized
one-off’s & confg.
errors
Automate
 Orchestrate
deployment
and configuration
of all appliances
 Reduce manual
effort and administration
 Deployment of new
environments in minutes:
QA, Enablement,
Development, Test-Bug
hunting …
METADATA

OVAB Components
OVAB Studio/CLI OVAB Deployer
Web Services APIs
Resources Abstraction Layer
• Maintain Assembly Repository
• Manage Deployment Lifecycle
• Programmatic API and CLI
• Part of EECS 2.0.6 (Echo) Installation
• Create Appliances
• Construct Assemblies
• Create Deployment Plans
• Transfer & Deploy via Deployer
OVM 3
OVA
Mgmt
Scale
Life
cycle
Deploy

Exalogic Hardware

Exalogic Architecture I Fault Tolerance
Compute Nodes
InfiniBand Gateways
Management Switch
Compute Nodes
InfiniBand Spine Switch
Exalogic Rack
• Dual Power Distribution Units (1+1)
• Dual power supplies in each
component (1+1)
• N+1 cooling (fan) strategy
• Redundant IB switches (1+1)
• Dual HCA ports in every
component (bonded, 1+1)
• Redundant storage heads (1+1)
• All SSD and HDD RAID 1+
Storage System

Exalogic X3-2
Converged Infrastructure
Compute Power
 2 socket, 8-core, 2.9 GHz Intel Xeon processors
 256 GB of 1600MHz DRAM
 480 cores in a Full Rack; also available in
1/2,1/4,1/8 or multi-rack configurations
 Redundant SSD, power, cooling, InfiniBand (IB)
Internal I/O Fabric and Data Center Connectivity
 40 Gb/sec internal InfiniBand I/O backplane
 10 Gigabit Ethernet connectivity to datacenter
Integrated Storage
 Enterprise-class, integrated Network Attached Storage
 ZFS Clustered for high availability
 60 TB SAS disk, 4 TB read cache, 292 GB write cache
 Clones, snapshots, remote replication

Compute Nodes Specification
Sun Server X3-2
Chassis 1 Rack Unit (RU)
(8*2.5” Disk Configuration, No DVD Drive)
Hot-Swap Redundant Cooling Fans
(the only moving parts)
CPU 2 * Intel® Xeon E5-2690 Processors
(SandyBridge)
8 cores/socket,
(2 threads/core)
Main Memory 256GB (16 * 16GB 1600MHz) DDR3 DIMMs
Disks 2 * 100GB SSD Disks
(2.5” SATA Solid State Drives)
Hot-Plug Disks,
RAID-1 Configuration
Network 4 * 100M/1Gb/10Gb Ethernet ports
1 Dual-port QDR InfiniBand HCA (PCIe)
Only NET0/eth0 is plumbed
Private/Public IB networking for
app communications

Shared Storage Specification
Sun ZFS Storage 7320 Appliance
Chassis 6 Rack Unit (RU) (2 Storage Heads (2RU) + 1 JBOD Disk Array (4RU))
CPU/Storage Head 2 * Intel® Xeon Processors 2 Storage Controller Heads for redundancy
Main Memory 192GB DDR3 DIMMs
Disks/Storage
Head
2 * 100GB SSD Disks
2TB (Read Cache, 4*512GB SSD Drives)
Hot-Pluggable Disks, RAID-1 (Mirrored Boot Disk)
4TB Total
I/O 4 * 100M/1Gb Ethernet ports
1 Dual-port QDR InfiniBand HCA (PCIe)
NET0/eth0, NET1, NET2 are plumbed
Private IB networking for Compute<=>Storage Nodes
Disk Array 292 GB (Write Cache)
60TB (20*3TB SAS Hard Disk Drives)
4*73GB SSD Drives
HDDs are RAID-1 (Mirror), 2 Hot Spares from factory
60TB raw = 27 TB effective  [((20-2)/2) Drives * 3TB]

Exalogic InfiniBand Switches
NM2 GW and NM2 36P InfiniBand Switches
• Lossless switched fabric
• Channel-based
architecture
 Quality of Service and
security
 Fault tolerance and
failover
 Extreme Scalability
InfiniBand Switch NM2-GW NM2-36P
Name/Purpose Leaf (Gateway,
Service Connection,
“Exabus”)
Spine (Multi-Rack
Connection,
Horizontal Expansion)
40 Gb InfiniBand Ports 32 36
10 Gb Ethernet Ports 8 0
1 Gb Ethernet Port
1 1
(ILOM/Mgmt)
Quarter and Eighth
Rack
2 0
Half Rack 2 1
Full Rack 4 1

IB Gateway Switch and 10GbE Ports
for Ethernet
Gateway
for Serial access
Sun NM2-GW
0A 1A
1 2 324 1 2 3 47
10 GbE port uplinks
(MPO Cable Shown)

Management Ethernet Switch
Cisco 4948 Switch
 Connects all components in Exalogic together on a 1GbE
Management Network
 Connections
 Compute nodes – NET0/eth0
 7320 Storage – NET0 of each storage controller head, NET1/2 for clustering
 InfiniBand Switches/Gateways – Management port
 Power Distribution Units – Management port
 Typically uplinked to datacenter for remote access to nodes
 Network used for network management tools (ASR, OpsCenter, etc)

Exalogic X3-2 Aggregate Specifications
Exalogic X3-2 Eighth Rack Quarter Rack Half Rack Full Rack
Compute Nodes 4 8 16 30
Processor Cores 64 128 256 480
Memory 1 TB 2 TB 4 TB 7.7 TB
ZFS Storage Appliance 1 1 1 1
Integrated Disk Storage (Raw) 60 TB 60 TB 60 TB 60 TB
InfiniBand Spine Switches 0 0 1 1
InfiniBand Gateway Switches 2 2 2 4
10 GbE Network Drops (Max) 16 16 16 32
Management Switch (GigE) 1 1 1 1

INTRODUCING
EXALOGIC X4
ELASTIC CLOUD
December
2013

What’s New in Oracle Exalogic X4-2?
MORE PROCESSOR CORES
MORE MEMORY
MORE FLASH
BETTER PERFORMANCE
BETTER CONSOLIDATION
SAME PRICE

Exalogic X4-2 Changes
Compute Tier
 2 socket, 12-core, 2.7 GHz Intel Xeon Ivy Bridge / node
 256 GB of RAM upgradable to 512 GB / node
 800 GB SSD / node
 720 cores in a full rack
 Pre-cabling for full rack (vs. just for nodes installed)
Internal I/O Fabric
 40 Gb/sec internal I/O backplane: New ConnectX-3 HCAs
Integrated Storage
 Sun ZS3-ES Network Attached Storage - 80 TB SAS
disk, 6.4 TB read cache, 292 GB write cache

Oracle Exalogic Hardware Evolution
X2-2
(2011)
X3-2
(2012)
X4-2
(2013)
Processor Clock Speed 2.93 GHz 2.90 GHz 2.7 GHz
RAM per Node 96 GB 256 GB 256 GB
Processor Cores per Node 12 16 24
SSD per Node 64 GB 200 GB 800 GB
Disk Storage 40 TB 60 TB 80 TB
Storage System RAM 48 GB 192 GB 256 GB
Storage Write Cache 72 GB 292 GB 292 GB

Exalogic X4-2 Hardware Configurations
Eighth Eighth Rack Quarter Rack Rack Half Rack Rack Full Rack Rack Multi-Multi-rack
Rack
4 Nodes
96 Cores
1 TB RAM
80 TB Storage
8 Nodes
192 Cores
2 TB RAM
80 TB Storage
16 Nodes
384 Cores
4 TB RAM
80 TB Storage
30 Nodes
720 Cores
7.5 TB RAM
80 TB Storage
60+ Nodes
1,440+ Cores
15+ TB RAM
160+ TB Storage
* Units are upgradable. For example, an eighth rack can be turned into a quarter rack with the addition of four compute nodes

Exalogic X4-2 Software Changes
vs. “Echo” (2.0.6.0.0)
 Compute Node Firmware Update
 ZFS Firmware Update
 Switch Firmware Update
 OpenFabrics Enterprise Distribution Firmware Update
Firmware
 Unbreakable Linux Kernel 1  2
 Oracle Linux 5.8  5.9 Platform
New Release Version: 2.0.6.1.0
Must Run 2.0.6.1.0+ on Exalogic X4-2

Summary

Summary
• Best consolidation platform for
business critical applications and for
building private clouds
• Extreme performance for Java and
Oracle Business Applications
• Engineered System with best ROI

Resources

Resources
Whitepapers, References, etc.
• Oracle Exalogic Site
– http://www.oracle.com/exalogic
– Exalogic 5 min Demo
• Exalogic System Overview Whitepaper
• Exalogic Document Library
– http://docs.oracle.com/cd/E18476_01/index.htm
• Exalogic TV
– http://www.youtube.com/exalogicTV

Join the Exalogic Community
Twitter
twitter.com/OracleExalogic
Facebook
facebook.com/Exalogic
Oracle’s WebLogic blog
blogs.oracle.com/exalogic
Youtube
Youtube.com/user/exalogicTV
LinkedIn
linkedin.com/groups/Oracle-Exalogic-Elastic-Cloud-3764186
oracle.com/exalogic

Thank You!

Exalogic Technical Overview

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