Am Seminar wurden die wesentlichen 3PAR Konzepte präsentiert und teilweise live gezeigt

1. 3PAR
Infoseminar

2. Agenda
16:00 –
16:15
Begrüssung –
Einleitung
16:15 –
17:15
Othmar Frey
Sales Director
Christian Schärer
Consultant
VerlosungFragen &
Antworten
weiteres
Vorgehen
17:15 –
17:30
Übersicht, Positionierung
- Virtualisierung
- Hochverfügbarkeit
- Effizienz
- Snapshot, Integration
- Demo: Recovery Manager VMWare
Apéro

3. Sicherheit für Sie
ein solides Fundament
Informations-
Verarbeitung
1925
25
Mio.
Umsatz
Thomas Baggenstos
VR-Präsident
70 Mitarbeitende
100%
eigen-
finanziert
Schweizer
Unternehmen
in Familien-
besitz
Plan
Build
Run

4. Plan
Konzept und Plan
für einen erfolgreichen Start
Build
Run
ICT
Strategie
ICT Assessment
ICT
Architektur
ICT
Konzepte
Consulting
Projekt -
Management
Eckhard Neuhaus
Teamleiter Consulting

5. Knowhow und Kompetenz
damit ICT-Projekte Freude bereiten
Unified Communications
mit Voice
Server &
Storage
Network &
Security
System
Engineering
System
Manage-
ment
Michael Kistler
CEO
Plan
Build
Run
Messaging
Virtualisierung
• Hyper-V
• VMware
• Cloud Services

6. Ihre ICT Infrastruktur
ist bei uns in guten Händen
Service &
Helpdesk
2nd / 3rd
Level Support
Operations
Rollout–
Services
Daniel Kamm
Director of Service
Plan
Build
Run
Outsourcing
Outtasking
HP Hardware
Repair-Center
Pikettdienst
7x24
Wartung

7. HP Converged Infrastructure
the HP Power

8. Gartner: Marktsicht über die
HP Storage Vision
• Launch 3PAR Q4.2012
(Midrange Systeme)
• > 150 Systeme in der
Schweiz ausgeliefert
seit 01.2013
• Mission Statement
Nr. 1 in EMEA im 2016

9. 3PAR Systeme
Nachfolger der EVA
• Smart Start
• Online Import from EVA to 3PAR
directly from EVA Command View

10. HP Storage Array Positioning
Overview
P2000 MSA P9500StoreVirtual 4000
Virtual IT
Mission Critical
Consolidation
P6000 EVA
Utility Storage
3PAR StoreServ
Application
Consolidation
Storage
Consolidation
Architectu
re
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 IOPs
2.6 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
Application
Sweet spot
SMB , Enterprise ROBO,
consolidation/ virtualization
Server attach, Video
surveillance
SMB, ROBO and Enterprise
– Virtualized inc VDI ,
Microsoft apps, ITaaS
BladeSystem 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, Virtualized
Environments, Multi-Site
DR
Capacity 600GB – 288TB 7TB – 2240TB 2TB – 720TB 5TB – 2200TB 10TB – 2048 TB
Key features Price / performance
Controller Choice
Replication
Server Attach
All-inclusive SW
Multi-Site DR included
Virtualization
VM Integration
Virtual SAN Appliance
Ease of use and Simplicity
Integration/Compatibility
Multi-Site Failover
Multi-tenancy
Efficient Thin Technologies
Performance
Autonomic Tiering and
Management
Constant Data Availability
Heterogeneous
Virtualization
Multi-site Disaster
Recovery
Server 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

11. 3PAR History
Constant Evolution
1999 2001 2002 2003 2004 20102005 2006 2007 2008 2009 2011
May 99
3PAR founded
with 5 employees
June 02
3PAR Utility Storage and
Thin Provisioning launch
in the US and Japan
May 05
3PAR introduces
Dynamic Optimization
and Recovery Manager
September 08
T-Class with Gen 3
ASIC - the first Thin
Built in storage array
April 09
Introduction of:
F-Class the first
quad controller
midrange array
November 07
3PAR IPO
Introduction of:
Virtual Domains,
native iSCSI
support
September 10
3PAR acquired by HP
March 10
Introduction of:
Adaptive Optimization,
Recovery Manager for VMware
December 00
Bring-up of the Gen
1 3PAR ASIC
2000 2012
August 11
Introduction of:
V-Class w. Gen 4
ASIC, InForm
v3.1.1,
Peer Motion
November 11
New SPC-1 world record
released: 450’213 IOPS
2013
December 12
Introduction of:
New StoreServ
7000,
3PAR OS 3.1.2,
Peer Persistence,
Persistent Ports

12. HP 3PAR Product Family
Overview
Polymorphic Simplicity:
Storage Without Boundaries
HP 3PAR
StoreServ 10800
HP 3PAR
StoreServ 10400
HP 3PAR
StoreServ 7400
HP 3PAR
StoreServ 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

13. HP 3PAR - StoreServ 7000
Building 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 SAS
HDD & 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)

14. HP 3PAR
Virtualization Concept

15. HP 3PAR Virtualization advantage
Wide-Striping
RAID5 SetRAID1 Set
RAID1RAID5 Set RAID6 Set
LUN 1
LUN 0
LUN 3
LUN 4
LUN 5
Traditional Controllers Spar
e
LUN 7
LUN 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 drives
Spar
e

16. HP 3PAR Virtualization Advantage
Chunklets
• 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

17. HP 3PAR Virtualization advantage
CPGs
• 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.

18. HP 3PAR Virtualization
CPG’s, Chunklets
FC LDs
RAID10
Set 1:1
Type FC
FC ChunkletsFast Class (FC)
Physical Drives (PD) Logical Disks (LD)1GB Chunklets Exported
LUNs
RAID 50
Set 7:1
Type FC
CPG(s)
3PAR autonomy User initiated
Virtual
Volumes
A
B
A
B
A

19. HP 3PAR Virtualization
Controller Architecture - Mesh
7400
with 2 nodes
7200
with 2 nodes
7400
with 4 nodes
Host Ports
Data Cache
Disk Ports

20. HP 3PAR
High Availability

21. HP 3PAR High Availability (HA)
HA Enclosure vs. HA Drive
Tier 1 Availability feature in
a modular class array
Most modular arrays stripe Data and
Parity across Enclosures.
RaidletSets
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

22. HP 3PAR High Availability (HA)
HA Enclosure
Max RAID-set sizes supporting HA
Enclosure
Enclosures RAID1 RAID5 RAID6
2 OK NA NA
R1
R1,R53+1,R66+2
R1,R54+1,R68+2
R1,R57+1,R614+2
R1,R52+1,R6
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,R58+1,R614+2
R1,R55+1,R68+2
R1,R56+1,R68+2

23. HP 3PAR High Availability
Spare Disk Drive vs. Distributed Sparing
Traditional Arrays 3PAR StoreServ
Few-to-one rebuild
hotspots & long rebuild exposure
Spare drive
Spare chunklets

24. HP 3PAR High Availabilty
Online FW-Updates, NPIV
0:0:1
Fabri
c
1
Host
Ctrl 1
0:0:1
Fabric
2
Traditional Array
Native Port
Identity
Guest 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 online
Node 1 takes over
0:0:1 0:0:2 1:0:21:0:1
Ctrl 0
X
X
X X
Fabri
c
1
Host
Node 0 Node 1
Fabric
2
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
1:0:21:0:1
0:0:1 0:0:2
Node 0
MPIO

25. HP 3PAR
Efficency

26. 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
$$

27. HP 3PAR Thin Technologies
Efficiency
Buy up to 75%
less storage
capacity *
Get Thin with
Thin 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

28. HP 3PAR Thin Technologies
Efficiency
“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 IOPS
degradation
during Zero Page
Reclaim
Measured Host
Latency
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. *

29. 3PAR ASIC
Hardware based for performace
Fast RAID 10, 50 & 60
Rapid RAID Rebuild
Integrated XOR Engine
Tightly-Coupled Cluster
High Bandwidth, Low Latency
Interconnect
Mixed Workload
Independent Metadata and Data
Processing
Thin Built in Zero Detect

30. HP 3PAR Storage Tiering

31. HP 3PAR Optimization
Manual 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

32. HP 3PAR
Virtual Copy Solutions

33. HP 3PAR Virtual Copy
Full 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

34. HP 3PAR Virtual Copy
Snapshot at its best
Base Volume
100s of Snaps…
Up to 8192 Snaps per array
…but only one
CoW 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
• …

35. HP 3PAR Virtual Copy
For 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 GB
48 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

36. HP 3PAR Application - Integration
Application recovery solutions
Recovery Manager
for Oracle
Recovery Manager
for 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

37. HP 3PAR Remote Copy
Protect 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 RC
and / or
Primary Secondary
P RC
RC P
Primary
Secondary
P
RC
2
Tertiary
RC
1
Async Periodic
RC
Standby
Sync RC
Synchronous Long Distance
1:2 Configuration
1:1 Configuration
Metropolitandistance
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

38. 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

39. Peer Persistence v2 - VMware
vSpher
e
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

40. HP 3PAR Software Suites
Licensing 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

41. Referenzauszug
3PAR @Baggenstos
3PAR 7200
Optimization
Virtual Copy
Reporting Suite
3PAR 7200 3PAR 7200 3PAR 7200
Optimization
Suite
Fileserver Cluster
Windows 2012
Schrittweise
Ablösung
EVA 4400
Erweiterung
ESX Umgebung
Ablösung EVA
Aufbau
performanter
VDI Umgebung