Výhody a benefity nasazení Oracle Database Appliance

Safe Harbor Statement
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,
timing and pricing of any features or functionality described for Oracle’s products may change and remains
at the sole discretion of Oracle Corporation.
2

Agenda:
1
2
3
4
What is an Oracle engineered system
Oracle Database Appliance (ODA) overview
Licensing on ODA vs on traditional infrastructure
ODA solution architectures
Successful ODA references5

Typical database deployment options
Converged/hyperconvergedCommodity build your own
• Many choices, customizable
• Multiple vendors
• No unified management
• No end-to-end support
Engineered systems
• Fully integrated SW & HW
• Purpose built appliances engineered
for simplicity, optimized for database
• Single vendor
Not optimized
for database
• Generic workload consolidation
• Integration stops at hypervisor
• Multiple vendors
Not optimized
for database
Optimized
for database
Copyright © 2020, Oracle and/or its affiliates. All Rights Reserved.

ODA vs BYO | Why BYO Takes Longer to Deploy/Maintain/Run
Build Your Own
Measure
diagnose,
tune and
reconfigure
Multi-vendor
finger
pointing
Test and debug
failure modes
Assemble dozens
of components
Many
Weeks
Time
Complexity
▪ 10X faster deployment time
▪ 20X less maintenance
▪ Simplify IT environment
▪ reduced TCO
▪ License only needed cores
Key Benefits
Time
Complexity
30-90
Minutes
ODA Engineered Appliance

Exadata
(Database)
PCA
(Apps/MW)
StorageTek
(Tape Archive)
ZFS Storage
(Block, File)
On-Premises
and Oracle
Cloud @
Customer
Versions
ZDLRA
(Database B/U)
Oracle Infrastructure Technologies provide the foundation and/or on-ramp to Oracle Cloud
On-Premises,
Oracle
Cloud @
Customer &
Public Cloud
Versions
Oracle’s Systems Portfolio
Servers/Appliances
Oracle X86 Servers
Oracle SPARC Servers
Oracle Operating Systems
Oracle DB Appliance
Engineered Systems Storage

ODA | Evolution Oracle Database Appliance Portfolio
7th Generation

Oracle Database Appliance X8 model familyPerformanceHigher
Capacity Higher
Oracle Database Appliance X8-2S
▪ Single-instance
▪ 16 cores
▪ 192 GB memory, expandable to
384 GB
▪ Up to 3x public network cards
▪ 12.8 TB data storage (raw)
Oracle Database Appliance X8-2M
▪ Single-instance
▪ 32 cores
▪ 384 GB memory, expandable to 768 GB
▪ Up to 3x public network cards
▪ 12.8 TB data storage, expandable up to
76.8 TB (raw)
Oracle Database Appliance X8-2-HA
▪ Single-instance and RAC
▪ 64 cores
▪ 768 GB memory, expandable to 1.5 TB
▪ Up to 3x public network cards per server
▪ 46 TB SSD data storage, expandable up to 369
TB SSD or up to 92 TB SSD / 504 TB HDD (raw)
Meets a wide range of workload and
availability requirements

Usable Space ODA X8-2S/X8-2M
Note: Usable Storage
calculations accounts for
15% Reserved Space
required to maintain full
redundancy in case of
disk failure. Raw Storage
capacity is based on
storage industry
conventions where 1 TB
equals 1,0004 bytes.
The usable storage is the
aggregate for DATA and
RECO Disk Groups
Number of 6.4 TB
NVMe Drives
Raw Storage Usable Storage
Double Mirroring
Usable Storage
Triple Mirroring
2 Drives
X8-2S/X8-2M
12.8 TB 5.4 TB NA
4 Drives
X8-2M
25.6 TB 10.9 TB 7.3 TB
6 Drives
X8-2M
38.4 TB 16.3 TB 10.9 TB
8 Drives
X8-2M
51.2 TB 21.8 TB 14.5 TB
10 Drives
X8-2M
64 TB 27.2 TB 18.1 TB
12 Drives
X8-2M
76.8 TB 32.6 TB 21.8 TB

Usable Space ODA X8-2-HA High Performance Configuration
Number of 7.68 TB
SSDs
Double Mirroring
Usable Storage
Triple Mirroring
6 SSDs 46 TB 19 TB 13 TB
12 SSDs 92 TB 39 TB 26 TB
18 SSDs 138 TB 59 TB 39 TB
24 SSDs 184 TB 78 TB 52 TB
48 SSDs 369 TB 156 TB 104 TB
Note: Usable Storage calculations accounts for 15% Reserved Space required to
maintain full redundancy in case of disk failure. Raw Storage capacity is based on
storage industry conventions where 1 TB equals 1,0004 bytes.
The usable storage is aggregate for DATA and RECO Disk Groups.

Usable Space ODA X8-2-HA High Capacity Configuration
Number of 7.68 TB SSDs
and 14 TB HDDs
Double Mirroring
Usable Storage
Triple Mirroring
6 SSDs
Plus
18 HDDs
SSDs: 46 TB SSDs: 19 TB SSDs: 13 TB
HDDs: 252 TB HDDs: 107 TB HDDs: 71 TB
12 SSDs
Plus
36 HDDs
SSDs: 92 TB SSDs: 39 TB SSDs: 26 TB
HDDs: 504 TB HDDs: 214 TB HDDs: 142 TB
Note: Usable Storage calculations accounts for 15% Reserved Space required to
maintain full redundancy in case of disk failure. Raw Storage capacity is based on
storage industry conventions where 1 TB equals 1,0004 bytes.
The HDD usable storage is aggregate for DATA and RECO Disk Groups. The SSD
usable storage is for FLASH Disk Group.

ODA Business Value: simplicity through integration
Build your own Oracle Database Appliance
5 Puzzle pieces
Server, storage, networking,
database, consultants
1 component
Automated install
7 staff / skills for HA
DBA, network admin,
storage admin, system admin,
installation expertise,
HA expertise, optimization skills
1 DBA
~ 863 hours
3 years deploy,
maintenance, support
~ 36 hours
3 years deploy,
maintenance, support
16 + patches
per year
4 patches
per year

ODA | Appliance Manager
Simplifies Deployment, Management, and Support of Oracle Database Appliance
Browser User Interface
(Web Console)
• Gather configuration and deploys
system
– System information
– Network information
– Database information
• Manage, Patch, Backup, and
Monitor the system
Command Line
• ODACLI/ODAADMCLI provides
simple commands to streamline
administration and hardware
monitoring
• Manage, Patch, Backup, and
Monitor the system
Background Processes
• Continual monitoring and
management to ensure best
practices compliance and optimal
performance
• Servers
• Storage
• Database

Appliance Manager | Implements Oracle Best Practices
Database Sizing Templates for All Workloads
Database Templates sized for characteristic
Oracle workloads for best performance:
– Sizing for CPU, Memory and REDO logs
– Incorporates best practice database
parameters
– Multiple sizes to satisfy various workloads
for OLTP, DSS and In-Memory
Database
Class OLTP
CPU
Cores
SGA (GB) PGA (GB) REDO Log Size
odb-01s 1 2 1 4
odb-01 1 4 2 4
odb-02 2 8 4 4
odb-04 4 16 8 4
odb-06 6 24 12 8
odb-08 8 32 16 8
odb-10 10 40 20 8
odb-12 12 48 24 16
odb-16 16 64 32 16
odb-20 20 80 40 16
odb-24 24 96 48 16
odb-28 28 112 56 16
odb-32 32 128 64 16

Simplified Patching for Entire Stack – Firmware, Server, GI, Database
• Single patch for entire stack includes latest database
release updates, OS and firmware updates
• Oracle thoroughly tests the entire stack
• Automated patching process
Benefits
• Eliminate the time required to determine patches
• Reduce the need to test end-to-end inter-operability
• Use command line or browser use interface (web
console) to patch
Patch Bundle
Appliance Manager | Comprehensive Patching for Entire Stack
Complete
Update software repository
21
Download Bundle Patch
3
Update OS, GI, ILOM, BIOS
Complete4
Update Firmware
5
Update Databases

System Monitoring, Diagnostic Collection, ASR
• Background processes continuously monitor the system and provide alerts for system issues,
validates hardware and software components and quickly identifies any anomaly or violation of
best practice compliance
• Integrated Lights Out Module (ILOM)
• Real-time monitoring and reporting
• Management of all system and chassis functions
• Enables remote management of the server
• Diagnostics collection gathers all relevant logs from hardware and software components and
produces single bundle for support to triage the issue
• odaadmcli manage diagcollect
• Auto Service Request (ASR) - Monitors hardware to detect soft or hard hardware failures,
creates automatic service request to communicate errors to Oracle Support
Appliance Manager | Advanced Diagnostics

Appliance Manager | Database Copies using ACFS Snapshots
Rapid and Efficient Database Copies for Test/Development
• Supported on all models
• Rapid and efficient provisioning of database environments for development and testing
• Command line and browser user interface (web console) integration
• Clone databases only use space for data that changes
– Blocks are written to clone databases when data is changed in source databases
– Space-efficient clones enables creation of many clone databases for a given source database
Base Image
1TB Data Files
Copy A
1TB Data Files
Copy B
1TB Data Files
Full copy of the original database
1TB for Base Image + 2TB for clones = 3 TB!
Only changed blocks in
new snapshot space
1TB for Base Image + 15GB
for clones = 1.015 TB!
Clone A
5GB Data Files
Clone B
10GB Data Files
New data
Pointers to
existing blocks
New data
Pointers to
existing blocks
Traditional
Copies
Clones

Create databases on ODA right from the BUI

Monitor ODA hardware with the ODA Appliance Manager

ODA | Hybrid Columnar Compression
• HCC is only available on ODA, Exadata, and ZFS Storage
• Requires ODA SW 18.5 or higher
• Oracle Database 18c Release 2 and higher are supported
• HCC is included with Oracle Database Enterprise Edition
(no need for extra license)
• Warehouse Compression: 10x average data compression
• Archive Compression: 15x average data compression
(up to 50X on some data)
Extreme compression for archive type data
10x to 15x

ODA | Enterprise Manager Plug-In
• Monitoring ODAs with the Enterprise
Manager Plug-In
• Centralized console to monitor a single ODA
or multiple ODAs
• Simple, intuitive tag based model to create
ODA groups
• Actionable component level analytics across
an ODA group
• Hierarchical viewer to show component
relationships
• Full support for both bare-metal and
virtualized ODAs
• Free to use with DBEE

• Standard Edition – 11.2.0.4, 12.1.0.2, 12.2.0.1, 18c, 19c
• Enterprise Edition – 11.2.0.4, 12.1.0.2, 12.2.0.1, 18c, 19c
• For Capacity-on-Demand Licensing set ODA core count in multiples of 2 via Appliance Manager
– Can only increase core count after initial provisioning
Please note: Oracle Database version 11.2.0.4 is already on Extended support, which ends in December 2020
https://www.oracle.com/us/assets/lifetime-support-technology-069183.pdf
Oracle Database Licensing Supported on ODA

ODA | Capacity on Demand Licensing (DBEE)
License only the cores you need
Year 4Year 3
Option 1: Build your own
License all 64 cores for anticipated growth
Year 4
Option 2: Buy database appliance
License as you grow and save significantly
Year 2Year 1 Year 2 Year 3Year 1
8 Cores
16 Cores
52 Cores
24 Cores
40 Cores
32 Cores
64 Cores
8 Cores
16 Cores
52 Cores
24 Cores
40 Cores
32 Cores
64 Cores
Add
capacity
when
needed

28
Example on traditional bare-
metal deployment (DBEE)
Quad core
Intel commodity
server
2
LicensesI want to purchase a
server for my
2 DB EE
licenses
4
cores
I want to purchase an
additional license
+ 1 License
Quad core
Intel commodity
server
1
Licenses
2
cores
I buy a new server with same
specs as my current one
I use all cores in my server for Oracle
DB
1
Licenses
2
cores
I add 1 license
(2 cores)
In order to be compliant I need to
purchase an additional license

Cost impact on a traditional solution with VMware (DBEE)
Add 2 DB cores to fully licensed vSphere cluster (each host has one 8-core CPU):
Customer must pay for:
▪ additional HW + support
▪ Operating System licenses + support
▪ VMware licenses + support
▪ other SW licenses for additional HW node ( security, management, backup... )
▪ Installation & Configuration services
▪ Purchase Oracle DBEE licenses – Soft Partitioning = all new 8 cores must be licensed!

30
Capacity on demand on ODA (DBEE)
ODA
2
Licenses
I want to purchase a
server for my
2 DB EE
licenses
4
cores
I want to purchase an
additional license
+ 1 License
3
Licenses
6
cores
Easily grow capacity when needed on ODA

KVM virtualization on ODA

Virtualization on Oracle Database Appliance Architecture
Virtualized Platform (Oracle VM)
• Supported on ODA HA only
• Type 1 bare metal hypervisor
• Based on Xen technology
Kernel VM (KVM)
• Supported on all ODA Models
• Type 2 host OS based hypervisor
• Aligns ODA virtualization technology with
Oracle Cloud Infrastructure (OCI)

Oracle VM / KVM on Oracle Database Appliance
Feature Oracle VM KVM
(ODA 19.9)
Consolidates DB and APPS on a single box (Solution-in-
a-box)
Yes Yes
Ability to patch application and database layers
independently
Yes Yes
Requires ODA re-imaging Yes No
Integrated management tools Appliance Manager Appliance Manager
Browser UI Support No Yes
Supported Guest VMs Linux, Windows, Solaris
for x86
Linux and Windows
Support for Oracle databases running in VMs ODA_Base No (coming soon)
Support for multiple Oracle database VMs No No (coming soon)
Support for Hard Partitioning for Oracle Database
Licenses (EE)
Yes No (coming soon)
Support for OVA templates Yes Yes

ODA 19.9 | CPU Pools
1 2 3 4 5 6 7 8
9 10 11 12 13 14 15 16
17 18 19 20 21 22 23 24
25 26 27 28 29 30 31 32
ODA X8-2M
3 pools, 16 cores licensed
• Enable management of CPU resources in both bare metal and KVM environments, providing QoS (Quality of
Service) by guaranteeing dedicated CPU resources for Databases and VMs
• Two types of CPU pools: BM (Bare-Metal) and VM (Virtual-Machine)
- BM CPU pool: Databases on a bare metal host run exclusively on the CPUs specified in the CPU pool
- VM CPU pools: Virtual machines on ODA KVM host run exclusively on the CPUs specified in the CPU pool
• Resources in CPU pools cannot overlap. CPU pools cannot share CPUs
• Supported with Oracle Database 12.x or higher only
• Ideal for database consolidation and eliminate the noisy-neighbor problem
DB2
DB3
DB4
OS
APP
VM1
OS
APP
VM2
VM CPU Pool
BM CPU Pool 1
BM CPU Pool 2
DB1

Create CPU Pool on ODA

Create Virtual Machine (KVM) on ODA

Notable ODA SW release 19.8 and 19.9 improvements
• Support for Oracle Data Guard
• Support for Standard Edition High Availability ( HASE ) for Upgrade Database functionality in the BUI
• Oracle Flex Redundancy Support for Oracle ACFS Disk Groups using BUI
• Support for Managing Resource Allocation Using CPU Pools
• Support for Oracle Linux Kernel Virtualization KVM
• Support for Transparent Database Encryption (TDE)
More information in ODA release documentation:
https://docs.oracle.com/en/engineered-systems/oracle-database-appliance/index.html

SE2 and EE customers - Disaster Recovery With Dataguard/DBvisit
Dataguard/DBvisit DR with Single-Node Models S and M
Production Site Physical Standby Site
Sync or Async
REDO Shipping
ODA S or M Model ODA S or M Model
• Dataguard or Active Dataguard can be configured using Enterprise Edition of the Oracle Database.
With ODA 19.8 Release, Oracle Data Guard is integrated with ODA (odacli).
• Dbvisit Standby is a simple, reliable and affordable DR tool for Oracle Standard Edition

Standard Edition 2 (SE2) and Enterprise edition (EE) customers
Single instance and/or RAC/HASE cluster on ODA X8-2HA
Production Site
10/25 GbE Public Networking
25 GbE Interconnect
SAS
Compute Node
Disk Shelf
Compute Node
Fully Redundant Highly Available System
High Availability options on ODA:
• Real Application Clusters (RAC)
• Real Application Clusters One Node
• High-Availability for Standard Edition (HASE)
Automated deployment on ODA:
• A two-node RAC cluster can be installed on ODA
HA in 90 minutes or less• ODA’s Storage is shared by both servers.
• The two servers are connected to communicate the health of each
server.

EE and SE2 customers - Disaster Recovery With Dataguard/DBvisit
Data Guard/DBvisit DR with X8-2HA and ODA X8-2M/S
Production Site
Oracle Database Appliance: Implementing Disaster Recovery Solutions Using Oracle Data Guard - MAA WP
10/25 GbE Public Networking
25 GbE Interconnect
SAS
Compute Node
Disk Shelf
Compute Node
Fully Redundant Highly Available System
ODA S or M Model
Physical Standby Site
Sync or Async
REDO Shipping

Key points ODA - Summary
reduce complexity, reduce cost, save time
42
Simple Optimized Affordable
Simple deployment
Unpack, Rack and Spin up your first
database in under 4 hours
All-in-One Solution
Everything you need to run your
Oracle Database
Simple management:
Singular management tool for
server, storage and database layer
Optimized for all Oracle DBs
ODA is optimized for all SE, SE one,
SE2 and EE editions
High performance
Due to its dedicated all flash
architecture, running your DB on
ODA gives very strong results
Uptime
Everything on ODA is redundant. The HA
is built for RAC to give maximum uptime
Capacity on Demand
Only license the cores you require and
optionally grow from there
No unexpected costs
ODA contains all the components to
run Oracle Database: server, storage
and SW

Agenda:
1
2
3
4
What is an Oracle engineered system
Oracle Database Appliance (ODA) overview
Licensing on ODA vs on traditional infrastructure
Recommended solution architectures
Successful ODA references5

Extend IT
& Oracle engineered
systems
✓ specializace na Oracle Database Appliance
✓ expertíza v Oracle DB od 1997
✓ zkušenosti ODA V1 (2011) až po nejnovější
✓ cíleně neprodáváme jiný než Oracle HW
✓ nejvíce ODA specialistů v CZ/SK
(5 DBA na ODA, 2 DBA na Exadata)
✓ jediný partner s 24x7 podporou ODA
✓ nejvíce ODA implementací v Čechách
(5 referenčních na webu)
✓ pomoc s přechodem z DIY HW na ODA
Kompletní zastřešení
projektu

Zvýšení produktivity a stability
50% Zkrácení času
plných záloh
Zlepšení
Zákaznické podpory zkrácením
prodlev
CRM systému
Produktivita Zrychlení
databázových transakcí
—–
“Oracle Database Appliance gave us the
power we needed to ensure maximum
business efficiency for our energy customers.
We shortened backup time by 50% and can
now run several batch jobs daily, ensuring
employees always have accurate information
at their fingertips.”
Radek Iltis
Linux and Network Administrator, Bohemia Energy Entity s.r.o

Konsolidace & zjednodušení
Rychlost Implementace,
migrace a aktualizace
Jednoduchost Správy i administrace
3 ODA boxy pro
kompletní konsolidaci Oracle
prostředí

Bezpečnost dat a
licenční optimalizace
1/24 Nižší náklady na licence
(4 CPU core zalicencované z 64)
Flexibilita Připravenost na růst
(Capacity on Demand)
2 x Rychlejší operace
včetně šifrování dat

Výhody a benefity nasazení Oracle Database Appliance

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