Application Engineered Storage Der nächste Level der Integration

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Application Engineered Storage

Der nächste Level der Integration

Dirk Nitschke

Master Principal Sales Consultant

Oracle Hardware Presales

12. Juni 2014

2

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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, and timing of any features or

functionality described for Oracle’s products remains at the sole discretion of Oracle.

3 Customer Presentation

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Agenda

1

2

3

4

5 Einleitung

Software Defined Storage

Konsolidierung / Virtualisierung / Cloud

Application Engineered Storage

Ausblick

4 Customer Presentation

(5)

Einleitung

(6)

Anforderungen

Leistung der Anwendungen

erhöhen

Effizienz erhöhen

Risiken minimieren

Kosten senken

Customer Presentation 6

(7)

Viele Mitspieler aus verschiedenen Teams

Weidenfeller

Müller

Khedeira

Lahm

Reus

Schürrle

Kroos

Boateng

Mertesacker

Hummels

Hövedes

(8)

Oracles Vorteil: der Red Stack

(9)

Das Red Mesh

Operating System

Server

Storage

Network

Database

Middleware

Applications

(10)

Volume Management

(11)

Snapshots und Clones

(12)

Integration von Flash, Disk und Tape

(13)

Linear Tape File System

Files on

Tape

(14)

Software Defined Storage

(15)

Software Defined Storage

(16)

Oracle Software Defined Storage damals

• Sun StorEdge Data Management

Center

–

Sun StorEdge Target Emulation

–

Sun StorEdge Management Console

–

Sun StorEdge Component Manager

–

Sun StorEdge Data Instant Image

–

Sun StorEdge Data Replicator

• SPARC Hardware, Solaris 2.6, 7, 8

• Storage Virtualisierung

(17)

Storage Services in Oracle Solaris 11

Storage

Redundancy

Checksums

Compression

De-duplication

Encryption

Thin Provisioning

Snapshot

Clone

Replication

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Lokale Intelligenz an jeder Stelle

(19)

Abstimmung

set ssd:ssd_max_throttle=20;

set nfs:nfs3_bsize=1048576

sd-config-list = "ATA 2E256-TU2-510B00",\

"disksort:false, cache-nonvolatile:true, physical-block-size:8192";

RAID5 (4+1) SATA,

segment size=128kiB,

enable read-ahead

RAID1 (1+1) FC,

segment size=64kiB,

enable read-ahead

newfs –b 8192 /dev/rdsk/c2t3d0s0

recordsize=db_block_size

filesystemio_options=setall

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Haftnotizen, White Paper und Storage Profiles

Eigene Erfahrungen

Best Practices des Herstellers

Automatisierung von Abläufen

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Oracle ZFS Storage Appliance

• Software Defined Storage

–

Snap, Clone, Compression,

De-duplication, Replication

–

NFS, CIFS, iSCSI, FC, SRP

–

und vieles mehr…

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Konsolidierung / Virtualisierung / Cloud

(23)

Oracle Quality of Service

(24)

Logical Domain Virtual IO

(25)

Single Root IO Virtualization Virtual Functions (SR-IOV VF)

(26)

Oracle Virtual Networking

DMZ PROD

NAS

SAN

Oracle Virtual

Networking

iSCSI

E

W

DB

_VM

(27)

OpenStack

Compute Virtualization

Cloud Networking

Cloud Storage

Image Deployment

Cloud Management

Cloud APIs

Oracle VM

Oracle Virtual

Networking

Oracle ZS3, Oracle Axiom,

Oracle StorageTek Tape

Oracle VM Templates

Nova

Neutron

Cinder

&

Swift

Glance

Horizon

(28)

Hardware / Software Defined Storage

Operating System

Server

Storage

Network

Database

Middleware

Applications

(29)

Application Engineered Storage

(30)

Application Engineered Storage

Operating System

Server

Storage

Network

Database

Middleware

Applications

(31)

Oracle Snap Management Utility

(32)

Hybrid Columnar Compression

HCC

Data

10x to 50x

Reduction

Oracle Database

Uncompressed Data

Oracle’s Maximum Data

Compression Solution

Up to

50X

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Automatic Data Optimization

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Nur Oracle automatisiert Kompression

This Quarter

UNCOMPRESSED

or ACO Row Store

for fast OLTP

OLTP

This Year

OLTP

HCC Query for

Fast Analytics

Prior Years

Compliance and Reporting

HCC Archive for

Maximum Compression

10x

Uncompressed Data HCC Data

15x

Uncompressed Data HCC Data

3x

(35)

Analytics

• Detaillierte Auskunft über

Systemzustand

• Wer nutzt welche Ressourcen

–

CPU, Cache

–

Kapazität, Disk, Datenbewegung

–

Netzwerk, Protokoll

• Mächtiges Werkzeug für

Fehleranalyse und Identifikation

von Engpässen

(36)

Oracle Intelligent Storage Protocol (OISP)

Ohne OISP

Mit OISP

NFS

Server

Multiple shares, each with

its own Record Size and LogBias

setting

/mnt/dbname/redo

(Record Size, LogBias)

/mnt/dbname/control

(Record Size, LogBias)

/mnt/dbname/pfile

(Record Size, LogBias)

/mnt/dbname/datafile

(Record Size, LogBias)

/mnt/dbname/tempfile

(Record Size, LogBias)

/mnt/dbname/chgtrack

(Record Size, LogBias)

/mnt/dbname/backup

(Record Size, LogBias)

Two shares: logfile and datafile

Logfile share

Datafile share

/mnt/dbname/logfile

(OISP sets Record Size, LogBias)

*redo

/mnt/dbname/datafile

(OISP sets Record Size, LogBias)

*control

*pfile

*datafile

*tempfile

*chgtrack

*backup

NFS

Server

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Oracle Intelligent Storage Protocol

IO metadata details

exchanged with

ZFS Storage Appliance

Oracle ZS3

Storage System

Oracle

Database 12c

ZFS Storage

Appliance

Dynamically

Tunes Critical

Storage

Parameters

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Vorteile durch Application Engineered Storage

• Konsolidierung von Speichersystemen

• Software Lizenzen

• Schnellere Provisionierung (SMU)

• Reduktion von Speicherkapazitäten (ACO, HCC)

• Datenbankgesteuertes Storage Tiering (ADO)

• Effizientes Monitoring und Fehleranalyse (Analytics)

• Vereinfachte Administration durch Automatisiertes Speichermanagement

(OISP)

(39)

Oracle ZFS Storage Appliance

• Software Defined Storage

–

Snap, Clone, Compression,

De-duplication, Replication

–

NFS, CIFS, iSCSI, FC, SRP

• Application Engineered Storage

–

Snap Management Utility

–

Hybrid Columnar Compression

–

Automatic Data Optimization

–

Oracle Intelligent Storage Protocol

–

Analytics

(40)

Ausblick

Software In Silicon

(41)

Oracle SPARC Processor Roadmap

Solaris 11.x

Solaris 11.1

Solaris 11.x

Solaris 12

Solaris 11

T4

+1x Throughput

+5x Thread Strength

M5

+6x Throughput

+1.5x Thread

Strength

M6

+2x Throughput

>1x Thread Strength

In Test

M & T Series

+2x Throughput

+1.5x Thread

Strength

T5

+2.5x Throughput

+1.2x Thread

Strength

2011

2012

2013

2014

2015

2016

Delivered

Software in Silicon

• Database Query

• Decompression

• Encryption

• Application Data

Integrity

• Java Optimization

• Low Latency

Clustering

2018

Oracle Numbers

Optimization

M & T Series

+1.3x Throughput

+1.5x Thread

Strength

Solaris 12.x

2017

2019

Software in Silicon

Enhancements

• Database Query+

• Java Optimization+

• Encryption+

• Low Latency

Clustering+

Core Enhancements

Increased Cache

Increased

Bandwidth

Solaris 12.x

Next Gen Core

Planned

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