3PAR Infoseminar

Agenda

16:00 –16:15

Begrüssung –Einleitung

16:15 –17:15

Othmar FreySales Director

Christian SchärerConsultant

VerlosungFragen & Antwortenweiteres Vorgehen

17:15 –17:30

Übersicht, Positionierung- Virtualisierung- Hochverfügbarkeit- Effizienz- Snapshot, Integration- Demo: Recovery Manager VMWare

Apéro

Sicherheit für Sie ein solides Fundament

Informations-Verarbeitung

1925

25 Mio. Umsatz

Thomas BaggenstosVR-Präsident

70 Mitarbeitende

100% eigen-finanziert

Schweizer Unternehmen

in Familien-besitz

Plan

Build

Run

Plan

Konzept und Plan für einen erfolgreichen Start

Build

Run

ICTStrategie

ICT Assessment

ICT Architektur

ICT Konzepte

Consulting

Projekt -Management

Eckhard Neuhaus Teamleiter Consulting

Knowhow und Kompetenzdamit ICT-Projekte Freude bereiten

Unified Communications mit Voice

Server &Storage

Network &Security

System Engineering

System Manage-ment

Michael KistlerCEO

Plan

Build

Run

Messaging

Virtualisierung• Hyper-V• VMware• Cloud Services

Ihre ICT Infrastruktur ist bei uns in guten Händen

Service & Helpdesk

2nd / 3rd Level Support

Operations

Rollout–Services

Daniel KammDirector of Service

Plan

Build

Run

Outsourcing

Outtasking

HP Hardware Repair-Center

Pikettdienst7x24Wartung

HP Converged Infrastructurethe HP Power

Gartner: Marktsicht über dieHP Storage Vision

• Launch 3PAR Q4.2012(Midrange Systeme)

• > 150 Systeme in der Schweiz ausgeliefert seit 01.2013

• Mission StatementNr. 1 in EMEA im 2016

3PAR SystemeNachfolger der EVA

• Smart Start

• Online Import from EVA to 3PAR

directly from EVA Command View

HP Storage Array PositioningOverview

P2000 MSA P9500StoreVirtual 4000

Virtual IT Mission Critical Consolidation

P6000 EVA

Utility Storage

3PAR StoreServ

Application Consolidation

Storage Consolidation

Architecture

Dual Controller Scale-out Cluster Dual Controller Mesh-Active Cluster

Fully Redundant

Connectivity FC, SAS, iSCSI iSCSI, FC FC, iSCSI, FCoE FC, iSCSI, (FCoE planned) FC, Ficon, FCoE

Performance 30K random read IOPs ; 1.5GB/s sequential reads

35K random read IOPs2.6 GB/s sequential reads

55K random read IOPS 1.7 GB/s sequential reads

> 390K random read IOPs; > 14 GB/s sequential reads

>1000K random read IOPS> 10GB/s sequential reads

ApplicationSweet spot

SMB , Enterprise ROBO, consolidation/ virtualizationServer attach, Video surveillance

SMB, ROBO and Enterprise – Virtualized inc VDI , Microsoft apps, ITaaSBladeSystem SAN (P4800)

Enterprise - Microsoft, Virtualized, OLTP

Enterprise and Service Provider , ITaaS, Utilities,Cloud, Virtualized Environments, OLTP, Mixed Workloads

Large Enterprise - Mission Critical w/Extreme availability, VirtualizedEnvironments, Multi-Site DR

Capacity 600GB – 288TB 7TB – 2240TB 2TB – 720TB 5TB – 2200TB 10TB – 2048 TB

Key features Price / performanceController ChoiceReplicationServer Attach

All-inclusive SWMulti-Site DR includedVirtualizationVM IntegrationVirtual SAN Appliance

Ease of use and SimplicityIntegration/CompatibilityMulti-Site Failover

Multi-tenancyEfficient Thin TechnologiesPerformanceAutonomic Tiering and Management

Constant Data AvailabilityHeterogeneous VirtualizationMulti-site Disaster RecoveryServer IO QOS SubLUN Tiering - Smart Tiers

OS support Windows, vSphere, HP-UX, Linux, OVMS, Mac OS X, Solaris, Hyper-V

vSphere. Windows, Linux,

HP-UX, MacOS X, AIX,

Solaris, XenServer

Windows, VMware, HP-UX, Linux, OVMS, Mac OS X, Solaris, AIX

vSphere, Windows, Linux, HP-UX, AIX, Solaris, OVMS

All major OS’s including Mainframe and Nonstop

3PAR HistoryConstant Evolution

1999 2001 2002 2003 2004 20102005 2006 2007 2008 2009 2011

May 993PAR foundedwith 5 employees

June 023PAR Utility Storage and Thin Provisioning launch in the US and Japan

May 053PAR introduces Dynamic Optimization and Recovery Manager

September 08T-Class with Gen 3 ASIC - the first Thin Built in storage array

April 09Introduction of:F-Class the first quad controller midrange array

November 073PAR IPOIntroduction of:Virtual Domains, native iSCSI support

September 103PAR acquired by HP

March 10Introduction of:Adaptive Optimization, Recovery Manager for VMware

December 00Bring-up of the Gen 1 3PAR ASIC

2000 2012

August 11Introduction of:V-Class w. Gen 4 ASIC, InForm v3.1.1, Peer Motion

November 11New SPC-1 world record released: 450’213 IOPS

2013

December 12Introduction of:New StoreServ 7000,3PAR OS 3.1.2,Peer Persistence, Persistent Ports

HP 3PAR Product FamilyOverview

Polymorphic Simplicity:

Storage Without BoundariesHP 3PARStoreServ 10800

HP 3PARStoreServ 10400

HP 3PAR StoreServ 7400

HP 3PARStoreServ 7200

NEW

NEW

• New 3PAR StoreServ 7000

• New 3PAR File Services

• New All-SSD Array

• New EVA to 3PAR Upgrade Path

• ONE Architecture – mid to high

HP 3PAR - StoreServ 7000Building Blocks

Base Storage Systems

Expansion Drive

Enclosures

DrivesHost Adapters

Racks Service Processor

4-port 8Gb/s FC

HBA

2-port 10Gb/s iSCSI/FCoE

CNA

HP M6710 2.5in 2U SAS

HP M6720 3.5in 4U SAS

SFF SAS HDD & SSD

2.5”

LFF SASHDD & SSD

3.5”

HP G3 rack VM-based (Default)

Physical HP DL360(Optional)

HP 3PAR StoreServ 7200(2 nodes, 4 x FC, 24 SFF slots)

HP 3PAR StoreServ 7400 (2-node, 4 x FC, 24 SFF slots)

HP 3PAR StoreServ 7400 (4-node, 8 x FC, 48 SFF slots)

Customer-supplied rack(4-post, square

hole, EIA standard,

19 in., rack from HP or other

suppliers)

HP 3PAR Virtualization Concept

HP 3PAR Virtualization advantageWide-Striping

RAID5 SetRAID1 Set

RAID1RAID5 Set RAID6 Set

LUN 1LUN 0

LUN 3LUN 4

LUN 5

Traditional Controllers

Sp

ar

e

LUN 7LUN 6

LUN 2

0 1 2 3 4 5 6 7

R1 R1 R5R1 R5R5 R6 R6

• Each RAID level requires dedicated drives• Dedicated spare disk required • Limited single LUN performance

Traditional Array

3PAR StoreServ Controllers

0 1 2 3 4 5 6 7

R1 R1 R5R1 R5R5 R6 R6

HP 3PAR• All RAID levels can reside on same drives• Distributed sparing, no dedicated spare drives• Built-in wide-striping based on Chunklets

Physical drivesS

par

e

HP 3PAR Virtualization AdvantageChunklets

• Ease of use and Drive Utilization

• Same drive spindle can service many different LUNs, RAID types and RAID sizes at the same time

– RAID1 – RAID5 – 2:1 to 8:1– RAID6 – 4:2; 6:2; 8:2; 10:2; 14:2

• Array managed by policies, not by administrative planning

• Enables easy mobility between drives, RAID types and service levels by using Dynamic or Adaptive Optimization

• Performance

• Enables wide-striping across hundreds of drives

• Avoids hot-spots

• Autonomic data restriping after disk installations

• High Availability – selectable by CPG

• HA Magazine - Protect against magazine failure (Industry standard)

• HA Cage - Protect against a cage (full disk shelf) failure.

3PAR StoreServ Controllers

0 1 2 3 4 5 6 7

R1 R1 R5R1 R5R5 R6 R6

Physical Disks

HP 3PAR Virtualization advantageCPGs

• CPGs are Policies that define Service and Availability level by:

• Drive type (SSD, Fast Class, Nearline)

• Number of Drives (striping width)

• RAID level (R10 / R50 2:1 to 8:1 / R60 4:2; 6:2; 8:2; 10:2; 14:2)

• Multiple CPGs can be configured and optionally overlap the same drives

• i.e. a System with 200 drives can have one CPG containing all 200 drives and other CPGs with overlapping subsets of these 200 drives.

• CPGs have many functions:

• They are the policies by which free Chunklets are assembled into logical disks

• They are a container for existing volumes and used for reporting

• They are the basis for service levels and our optimization products.

HP 3PAR VirtualizationCPG’s, Chunklets

FC LDs

RAID10Set 1:1Type FC

FC ChunkletsFast Class (FC)

Physical Drives (PD) Logical Disks (LD)1GB Chunklets ExportedLUNs

RAID 50Set 7:1Type FC

CPG(s)

3PAR autonomy User initiated

VirtualVolumes

A

B

A

B

A

HP 3PAR VirtualizationController Architecture - Mesh

7400

with 2 nodes

7200

with 2 nodes

7400

with 4 nodes

Host Ports

Data Cache

Disk Ports

HP 3PAR High Availability

HP 3PAR High Availability (HA)HA Enclosure vs. HA Drive

Tier 1 Availability feature in a modular class arrayMost modular arrays stripe Data and Parity across Enclosures.

Raid

let S

ets

Enterprise Arrays, including the all HP 3PAR

arrys allow configurations that stripe Data and

Parity across Enclosures

In the event of a Entire Enclosure outage,

Data remains Online and available to Hosts

Raid Group 1 Raid Group 2

If you lose access to ≥ 2 drives in an Enclosure

you lose access to ALL Data in the array

HP 3PAR High Availability (HA)HA Enclosure

Max RAID-set sizes supporting HA Enclosure

Enclosures RAID1 RAID5 RAID6

2 OK NA NA

R1

R1, R

5 3

+1, R

6 6

+2

R1, R

5 4

+1, R

6 8

+2

R1, R

5 7

+1, R

6 1

4+

2

R1, R

5 2

+1, R

6

4+

2

6 OK 5+1 8+2

3 OK 2+1 4+2

4 OK 3+1 6+2

5 OK 4+1 8+2

7 OK 6+1 8+2

8 OK 7+1 16+2

9 OK 8+1 16+2

R1, R

5 8

+1, R

6 1

4+

2

R1, R

5 5

+1, R

6 8

+2

R1, R

5 6

+1, R

6 8

+2

HP 3PAR High AvailabilitySpare Disk Drive vs. Distributed Sparing

Traditional Arrays 3PAR StoreServ

Few-to-one rebuildhotspots & long rebuild exposure

Spare drive

Spare chunklets

HP 3PAR High AvailabiltyOnline FW-Updates, NPIV

0:0

:1

Fabric1

Host

Ctrl 1

0:0

:1

Fabric2

Traditional Array

Native Port IdentityGuest Port Identity

All paths stay online in case of node maintenance or failure

No user intervention required

NPIV based port ID swap

Server will not “see” the swap of the 3PAR port WWN thus no MPIO path failover required

All paths stay onlineNode 1 takes over

0:0:1 0:0:2 1:0:21:0:1

Ctrl 0

XX

X X

Fabric1

Host

Node 0 Node 1

Fabric2

HP 3PAR with Persistent Ports

1:0:2

0:0:1

1:0:1

0:0:2

0:0:1 0:0:2

1:0:1 1:0:2

MPIO path failover required

1:0:21:0:10:0:1 0:0:2

Node 0

MPIO

HP 3PAR Efficency

HP 3PAR Leadership - Efficiency

Cost SavingTiering OptimizedThin Technologies

Reduce required raw capacity by at least 50% -

Guaranteed *

Tiering balances $/GB and $/IOP

Reduce power and cooling costs at least

50%

Tier 2

Tier 1

Tier 0 $$

HP 3PAR Thin TechnologiesEfficiency

Buy up to 75% less storage capacity *

Get Thin withThin Conversion

Stay Thin with Thin Persistence

Reduce Tech Refresh Costs by up to 60%

*

Thin 3PAR volumes stay thin over time

Traditional

Provisioning

3PAR Thin

Provisioning

4TB 4TB

1TB 1TB

* See HP’s Get Thin Guarantee on http://www.hp.com/storage/getthin

Linux

Start Thin with Thin Provisioning

HP 3PAR Thin TechnologiesEfficiency

“Only the HP 3PAR StoreServ platform provides a thin provisioning implementation that delivers the most efficient storage utilization.” *

* Out of the “Thin Technologies Competitive Comparison” Whitepaper by the Edison Group in September 2012 http://www.theedison.com/pdf/2012_Samples_HP_Thin_Provisioning.pdf

Platform

Measured IOPSdegradation

during Zero Page Reclaim

Measured HostLatency

Degradation during Zero Page

Reclaim

EMC VMAX 48.19% 40.58%

Dell Compellent

42.33% 74.22%

EMC VNX 29.99% 42.61%

HDS VSP 23.34% 30.33%

HP 3PAR 0% 1.23%

Exemplary performance impact results

NetApp FAS was not included in this test, as the system has no native support for zero-page-reclaim. Data for IBM XIV was not included, because that system performs reclaim over a very long period of time that was outside the test parameters. *

3PAR ASICHardware based for performace

Fast RAID 10, 50 & 60 Rapid RAID Rebuild

Integrated XOR Engine

Tightly-Coupled ClusterHigh Bandwidth, Low Latency

Interconnect

Mixed WorkloadIndependent Metadata and Data

Processing

Thin Built in Zero Detect

HP 3PAR Storage Tiering

HP 3PAR OptimizationManual or Automatic Tiering

Tier 0

Tier 1

Tier 2

3PAR Dynamic Optimization

3PAR Adaptive Optimization

Sub-LUN Block Movements between Tiers based on Policies

LUN Movement between Tiers

CPG 1

CPG 2

CPG 3

CPG A

CPG B

CPG C

HP 3PAR Virtual Copy Solutions

HP 3PAR Virtual CopyFull Copy

• Part of the base 3PAR OS • Full physical point-in-time copy

• Provisionable after copy ends

• Independent of base volume’s RAID and physical layout properties

• Fast resynchronization capability

• Thin Provisioning-aware

• Full copies can consume same physical capacity as thinly provisioned base volume

Base Volume

Full Copy

Full Copy

Intermediate Snapshot

HP 3PAR Virtual CopySnapshot at its best

Base Volume

100s of Snaps…

Up to 8192 Snaps per array

…but only oneCoW required

# of Snapshots Model

6559 V800

6172 S800

6156 S800

5138 S800

4666 S400

4482 S800

4341 T800

4295 T800

3991 T400

3871 T800

Top 10 Arrays WW as of July

2012

Smart• Individually erasable and promotable • Scheduled creation/deletion• Consistency groups

Thin• No reservation, non-duplicative• Variable QoS

Ready• Instantaneously readable and/or writeable• Snapshots of snapshots of …• Virtual Lock for retention of read-only snaps• Automated erase option

Integrated• MS SQL• MS Exchange• Oracle• vSphere• HP Data Protector • …

HP 3PAR Virtual CopyFor Backup use case

One week based on hourly snaps and an average daily change rate of ~10%

Base Volume of 2 TB 24 Copies

~200 GB48 Copies~200 GB

72 Copies~200 GB

96 Copies~200 GB

120Copies~200 GB

144Copies~200 GB

168 Copies~200 GB

Results in 168 Virtual Copies and only ~1.4 TB Snapshot Space needed

Monday Tuesday Wednesday Thursday Friday Saturday Sunday

HP 3PAR Application - Integration

Application recovery solutions

Recovery Manager for Oracle

Recovery Managerfor SQL & Exchange

Recovery Manager for vSphere

• Expedite provisioning of new virtual machines

• Rapid online recovery of files

• Snapshot copies for testing and development

• Fast point-in-time snapshot for backups of databases

• Recovery from snapshot• Exporting of database

backups to other hosts

• Fast point-in-time snapshot for backups of databases

• Increases efficiency of recoveries

• Allows Cloning and Exporting of new databases

HP 3PAR Remote CopyProtect and Share Data

Smart

• Initial setup in minutes

• Simple and intuitive commands

• No consulting services

• VMware SRM integration

Complete

• Native IP-based, or FC

• No extra copies or infrastructure needed

• Thin provisioning aware

• Thin conversion

• Synchronous, Asynchronous Periodic or Synchronous Long Distance (SLD)

• Mirror between any 3PAR array

• Many to one, one to many

Sync RCand / or

Primary Secondary

P RC

RC P

Primary

Secondary

P

RC2

Tertiary

RC1

Async Periodic RC

Standby

Sync RC

Synchronous Long Distance 1:2 Configuration

1:1 Configuration

Metr

opolita

n d

ista

nce

See the demo video on http://h20324.www2.hp.com/SDP/Content/ContentListing.aspx?PortalID=1&booth=66&tag=534&content=3431

Async Periodic RC

Peer Persistence v1 - VMware

Up to 2.6ms RTT latency

High Availability Enhancements

Fabric A

Vol B prim

Vol B sec

VMware Cluster (single subnet)

3PAR Array A

3PAR Array B

Vol A secVol A prim

Fabric B

What does it provide?• Manually initiated Load Balancing across data

centers with Storage vMotion• High Availability of VMware environments

across data centers • Transparent LUN presentation across two

sites within synchronous Remote Copy distances

How does it work?• Based on 3PAR Remote Copy and vSphere

ALUA host mode persona 11 • Presents primary Vol as active and secondary

as standby• Remote Copy Group migration initiated by

“setrcopygroup switchover <group>” command

Supported environments:• ESX vSphere 5.x • Sync Remote Copy • Up to RC supported max of 2.6ms (~260km )

Requirements:• 3PAR Disk Arrays• 3PAR Remote Copy License • 3PAR Peer Persistence License

Swap Vol A

Peer Persistence v2 - VMware

vSphere

Up to 5ms RTT latency

Fabric A

Vol B prim

Vol B sec

VMware vSphere Metro Storage Cluster (single subnet)

3PAR Array Site A

3PAR Array Site B

Vol A secVol A prim

Fabric B

What does it provide?• Automated and manually initiated Load Balancing across

data centers with Storage vMotion• High Availability of VMware environments across data

centers • Transparent LUN presentation across two sites within

synchronous Remote Copy distances

How does it work?• Based on 3PAR Remote Copy and vSphere ALUA host mode

persona 11 • Presents primary Vol as active and secondary as standby• Manual volume swap initiated by “setrcopygroup

switchover <group>” command• Automated volume swap arbitrated by a Quorum Witness

(QW)

Supported environments:• ESX vSphere 5.x incl. Metro Storage Cluster• Sync Remote Copy • Up to new RC supported max of 5ms (~500km )

Requirements:• 3PAR Disk Arrays• 3PAR Remote Copy License • 3PAR Peer Persistence License

QW

Site C

HP 3PAR Software SuitesLicensing overview

Data Optimization SW Suite

Security SW Suite

Required – Licensed per drive – Licenses capped for 7200 at 48, 7400 at 168 drives

Optional – Licensed per drive – Licenses capped for 7200 at 48, 7400 at 168 drives

Optional – Licensed per System

Operating System SW Suite

Replication SW Suite

Application SW Suite for Oracle

Reporting SW Suite

Application SW Suite for VMware

Application SW Suite for MS SQL

Application SW Suite for MS Exchange

Referenzauszug3PAR @Baggenstos

3PAR 7200OptimizationVirtual CopyReporting Suite

3PAR 7200 3PAR 7200 3PAR 7200OptimizationSuite

Fileserver ClusterWindows 2012

SchrittweiseAblösung EVA 4400

Erweiterung ESX UmgebungAblösung EVA

Aufbau performanterVDI Umgebung