1. HPLive Storage Virtualization
HP Confidential
8 November 2018

2. Agenda Introduction 3PAR Enterprise Virtual Array P4000
Virtual Tape Libraries with StoreOnce
HP Confidential
8 November 2018

3. IT Sprawl has Business at the Breaking Point
70% Captive in Operations and Maintenance
Business Innovation Throttled to 30%
Time to revenue
Cost of lost time, effort, opportunity
Unpredictable business cycles
Rigid & aging infrastructure
Application & information complexity
Inflexible business processes
HP Confidential
8 November 2018

4. Tomorrow’s Business will be Built on a Converged Infrastructure
Servers
Storage
Power & Cooling
Network
Management Software
HP Confidential
8 November 2018

5. HP SAN Storage Array Portfolio
Storage Consolidation
Virtual IT
Application Consolidation
Utility Storage
Mission Critical Consolidation
P2000 MSA
P4000 Lefthand
P6000 EVA
3PAR
P9500 XP
Architecture
Dual Controller
Scale-out Cluster
Mesh-Active Cluster
Fully Redundant
Connectivity
SAS, iSCSI, FC
iSCSI
iSCSI, FCoE, FC
iSCSI, FC
FC, FCoE
Performance
30K Random Read IOPs ; 1.5GB/sec Seq reads
35K Random read IOPs
2.6 GB/sec reads P4800
55K Random read IOPS
1.7 GB/Sec Seq Reads
250K random IOPs; 5+ GB/sec seq reads – T class
350K Random IOPS
12GB/Sec Seq reads
Application Sweet spot
SMB , enterprise ROBO, consolidation & virtualization
Server attach, Video surveillance
SMB, ROBO and Enterprise –Virtualized inc VDI , Microsoft apps, P4800 BladeSystem SAN (P4800)
Enterprise - Microsoft, Virtualized, OLTP
Utility-based Enterprise and Service Provider, Cloud, Virtualized, Microsoft, OLTP, Mixed Workloads
Large Enterprise - Mission Critical w/Extreme availability
Capacity
600GB-192TB; 6TB average
7TB - 768TB; 72TB average
2TB-480TB; 36TB average
5TB – 800TB;120TB average T-class
10TB – 2000 TB; 150TB average
Key features
Price: performance
Controller Choice
Replication
Server Attach
All-inclusive SW
Multi-Site DR included
Virtualization
VM Integration
Virtual SAN Appliance
Command View Simplicity
Integration/Compatibility
Multi-Site Failover
Multi-tenancy
Efficiency (Thin etc)
Tiering
Autonomic Management
Highest Availability
Heterogeneous Virtualization
Multi-site Disaster Recovery
Application QOS (APEX)
Smart Tiers
OS support
Windows, VMware, HP-UX, Linux, OVMS, Mac OS X, Solaris, Hyper-V
Windows, Linux, HP-UX, MacOS X, AIX, Solaris, XenServer, VMware
Windows, VMware, HP-UX, Linux, OVMS, Mac OS X, Solaris, AIX, Hyper-V
Windows, Linux, HP-UX, AIX, Solaris
All major OS’s including mainframe and Nonstop 5

6. 3PAR’s Storage Platform for Utility Computing
Efficient
Autonomic
Multi-Tenant
Reduce acquisition and operational costs by 50%
Increase storage management efficiency 10x
The New Tier-1 Storage for Cloud Computing

7. 3PAR Hardware Architecture: Scale without Tradeoffs
3PAR InSpire® F-Series Architecture
3PAR InSpire® T-Series Architecture
A finely, massively, and automatically load balanced cluster
3PAR ASIC
3PAR ASIC
F200,
F400
Host Connectivity
Data Cache
Disk Connectivity
Passive Backplane
T400,
T800
Legend
11/8/2018 4:13 AM

8. Hardware Based for Performance - 3PAR Gen3 ASIC
Thin Built in
Zero Detect
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
HP Confidential
8 November 2018

9. 3PAR Fine Grained Array-Based Virtualization
Chunklets
Physical drives broken into fine-grained uniform 256 MB chunklets
Common Provisioning Groups
Automatically grows by creating Logical Disks (LDs) as needed (parameters set by the CPG policies)
Virtual Volumes
Created and exported in two commands –15 seconds with no pre-planning
Limit
Warning
SSD, FC and Nearline
256 MB to 16 TB
Highest performance High resiliency Higher cost
Medium performance Highest resiliency Lower cost
RAID 0, RAID 10, RAID 50 (1:2-8), RAID 60 (2:6, 2:14)
Autonomic
Group
region
chunklet LD
Drive Chassis
11/8/2018 4:13 AM

10. Persistent Cache: Eliminating Intolerable SLA Impacts
Graceful failure handling eliminates write through performance penalty
Hosts
Preserved Service Levels
Controller Cache
FAILURE
Cache
Re-Mirroring
Disk Drives
3PAR Utility Storage InServ S400
HP Confidential

11. Storage Tiers - Dynamic Optimization
Performance
Cost per Useable TB
Fibre Channel
Nearline (SATA)
RAID 1
RAID )
RAID 5 (3+1)
RAID 5 (7+1)
RAID 5 (2+1)
RAID 5 (3+1)
RAID 6 (6+2)
RAID 6 (14+2)
SSD
In a single command… non-disruptively optimize performance, efficiency and resiliency
Would we ever ask customers to run anything put R10 SSD? Are there not inherent perf issues?
11/8/2018 4:13 AM

12. ADAPTIVE OPTIMIZATION: AUTOMATIC TIERING
Dynamic Optimization
Adaptive Optimization (AO)
AO with SATA & SSD
Tier 0 SSD
Tier 1 Fibre Channel
Tier 2
Nearline (Enterprise SATA)
Autonomic Data Movement
Autonomic Tiering and Data Movement
Save ~30% on $/IOPS and $/GB vs. Fibre Channel
- Region
HP Confidential
8 November 2018

13. Start | Get | Stay THIN with 3PAR
Start Thin
Get Thin
Stay Thin
Thin Provisioning
No pool management or reservations
No professional services
Fine capacity allocation units
Variable QoS for snapshots
Thin Conversion
Eliminate the time & complexity of getting thin
Open, heterogeneous migrations for any array to 3PAR
Service levels preserved during inline conversion
Thin Reclamation
Free stranded capacity
Automated reclamation for 3PAR offered by Symantec, Oracle
Snapshots and Remote Copies stay thin
Buy up to 75% less storage capacity
Reduce Tech Refresh Costs by up to 60%
Thin Deployments Stay Thin Over time

14. Virtual Copy: Protect, retain & share data affordably
3PAR Virtual Copy
Smart
Promotable snapshots
Individually deleteable snapshots
Scheduled creation/deletion
Consistency groups
Thin
No reservations needed
Non-duplicative snapshots
Thin Provisioning aware
Variable QoS
Ready
Instant readable or writeable snapshots
Snapshots of snapshots
Control given to end user for snapshot management
Virtual Lock for retention of read-only snaps
Base Volume
100s of Snaps…
…but just one CoW
The InServ Virtual Copy product works much along the same lines as our Thin Provisioning and takes advantage of space efficiencies.
Taking a look at “Smart” we see that snapshots are promotable, not interdependent on each other, can be routinely created or deleted with the scheduler, and has the ability to maintain consistent snapshots over a group of volumes. Snapshots can be promoted to other base volumes besides the original volume that the copy originated from. Snapshots 1-10 can be created with 6, 7, and 8 being deleted while copies 9, and 10 will remain and not be affected. More importantly consistency groups can be maintained for clustered environments such as VMware or databases like Oracle utilizing ASM as a disk management tool.
Virtual Copies are thin in nature even if the originating volume is fully provisioned. There is no need to create a separate pool of storage for snapshots although a CPG must exist for the snapshot to gain its policy settings from. It is also possible to create a snapshot that has a different QoS than the base volume such as making a copy of a RAID 10 FC volume to a RAID 50 SATA volume…
The Virtual Copy product is also capable of taking multiple snapshots of existing copies and creating separate snapshot tree’s, again, not interdependent of the pervious snapshots.
The Virtual Lock solution can also be used by maintaining DoD or SOX compliancy without locking the base volume. Simply create the snapshot and then utilize Virtual Lock against the copy.
The single most important point about the Virtual Copy technology is that it requires only a single Copy on Write to maintain the deltas from the base volume. Performance levels of the base volume only change by one additional penalty regardless of the number of snapshots that are taken against it.
Integration with
Oracle, SQL, Exchange, VMware
11/8/2018 4:13 AM

15. Remote Copy: Protect and share data affordably
3PAR Remote Copy
FC-IP Converter/ Extender
Primary
Secondary
Other Common Approach
vs.
3PAR Remote Copy
Actual Used Capacity
Unused Purchased Capacity
Base Volume
BCV
Remote Copy
Thin Provisioned Base Volume
Smart
Initial setup in minutes
Simple, intuitive commands
VMware SRM integration
Thin
Native IP-based (built-in ports), or FC
Thin provisioning aware
No extra copies or infrastructure needed
Thin conversion
Ready
Asynchronous Periodic (Snapshot based or Synchronous or SLD (Sync Long Distance)
Mirror between any InServ size or model
Many to one, one to many (Array level)
3PAR Remote Copy
3PAR Remote Copy is a uniquely simple, efficient and flexible replication technology that allows customers to protect and share data of any application affordably. Implemented natively over IP and with a handful of simple, intuitive commands, 3PAR Remote Copy can be set up, managed, and tested in a matter of minutes. Costly and prolonged professional services engagements, common with other replication technologies, are eliminated. Special extenders or converters that permit long distance replication are also eliminated. With Remote Copy users may flexibly choose to use one or both modes of operation: asynchronous periodic and synchronous (which supports native Fibre Channel connectivity as well). Remote Copy allows users to mirror data between InServ Storage Servers of any model and configuration, eliminating the incompatibilities and complexities associated with trying to mirror between traditional vendors' midrange and highend array technologies. Source and target volumes may also be flexibly and differently configured to meet users needs (e.g., different RAID levels and drives types). Special efficiencies stem from the "thin copy" capabilities of Remote Copy. Since Remote Copy is Thin Provisioning-aware, target volumes provide the same dramatic cost savings and ease-of-use benefits associated with thin provisioned source volumes. Bandwidth is also efficiently utilized since (with asynchronous periodic mode) changed data within a volume or consistency group is transferred only once -- no matter how many times it may have changed between synchronization intervals. Thin conversion is a key new feature that allow a Fat LUN to be replicated thinly to 3PAR array .

16. 3PAR Direct Manageability
3PAR InForm Mgmt. Console
3PAR InForm CLI
Simple, comprehensive, consolidated administration
Powerful, fine-grained control
GUI runs as Java Client on various platforms
Scriptable, with highly consistent syntax
LDAP support, IPv6
Multiple assignable roles S E B e
Super
Access to all operations
Edit
Access to most operations
my Snapshot
Create/refresh snapshots (for developers)
Service
Limited operations for servicing
Browse
Allows read-only access

17. 3PAR Virtual Domains: Ready for Consolidation
Virtual Domain B
Virtual Domain A
Hosts
Access
CPG Parameters
Volumes
Virtual Private Arrays
Master administrator creates/assigns users, logical elements, and domains
Users authorized to manage elements in their Domain(s) only with Domain-specific statistics
Integrated with System Reporter, LDAP, & Remote Copy
Benefits
Completely virtual implementation preserves massively parallel InServ load balancing
Higher performance and availability levels than pre- consolidation levels
Virtual domains ideal for:
“Self-service” storage
Disparate applications and user groups
Test & Dev. + Production
Error prevention
Up to 1,024 Virtual Domains / InServ
HP Confidential

18. 3PAR System Reporter
Historical system data covering performance trends and capacity utilization
Metering of all physical and logical objects, including Virtual Domains
Useful for troubleshooting, planning, charge-back, SLA management
Custom thresholds and notifications
Scheduled reports
Adaptive Optimization evaluation, monitoring and control
DB Choices: SQLite, MySQL, Oracle
DB Access:
Clients: Windows IE, Mozilla, Excel
Directly via published DB schema
11/8/2018 4:13 AM

19. 3PAR Management Plug-In for VMware vCenter
Precise insight into VM-to-Datastore-to-3PAR LUN mapping
View LUN properties, including Thin vs. Fat
All available from vCenter
No need to login to 3PAR IMC or CLI separately to get this information
Demo recording available here: 24
C:\Documents and Settings\jtchin\Local Settings\Temp\cache\OLK30\3PAR IPO Roadshow (Nov ).ppt
:13

20. 3PAR SUPPORTS VMWARE VAAI IN VSPHERE 4.1
VAAI (vStorage APIs for Array Integration) enables integration with array-specific capabilities & intelligence
Hardware Assisted Locking (ATS)
Full Copy
(XCOPY)
Block Zero
(WRITE_SAME)
Higher VM density with granular storage locking
Faster VM cloning and Storage vMotion with offloaded data movement
Increased space reclamation efficiency with eliminated repetitive write zero commands
Free 3PAR Plug-In for VAAI available here:
C:\Documents and Settings\jtchin\Local Settings\Temp\cache\OLK30\3PAR IPO Roadshow (Nov ).ppt
:13

21. 3PAR Inform management console
HP Confidential
8 November 2018

22. Introducing the p6000 eva
HP Confidential
8 November 2018

23. P6000 EVA SIMPLE EFFICIENT ADAPTABLE
Trusted Enterprise Application Consolidation
Lower operating costs with simple storage management.
Maximized asset utilization
Comprehensive high availability
SIMPLE
EFFICIENT
ADAPTABLE
Easy to Use
Familiar
Intuitive
Thin
Virtual
Green
Matrix
Comprehensive HA
Data Migration (MPX)
The Edison Group’s latest report shows P6000 EVA is still easier to manage than traditional storage arrays.
Improved performance and lower energy requirements combine with virtualized storage architecture for leading TCO.
Trusted 5th generation storage with almost 100,000 units deployed with new high performing and industry standard 6Gb SAS drives.
HP Confidential
8 November 2018

24. The HP way of virtualization
Disk groups, segments, block mapping tables & sparing
EVA Controller
Block Mapping Table
Reserved Spare Capacity
Disk Group

25. The HP way of virtualization
LUN/Vdisk allocation
EVA Controller 1 2
Presented LUNs 3
Vraid1
fat
Vraid5
fat
Vraid6
thin
0% allocated
100% allocated

26. The HP way of virtualization
Capacity upgrade and load leveling
EVA Controller 1 2 3

27. The HP way of virtualization
Online Volume Growth and Shrinking -
manually or by using Dynamic Capacity Management (DCM) *
EVA Controller 1 2
* EVA capability, requires OS/FS support; see SPOCK for supported environments

28. The HP way of virtualization
Fat and thin virtual volumes with any RAID level coexist within a Disk Groups with optimal striping and no hot-spots
EVA Controller 1 2 3 4
Presented LUNs
Vraid0
fat
Vraid1
thin
Vraid5
fat
Vraid6
fat
Block Mapping Table
Spare Capacity
Disk Group(s)

29. HP P6000 Enterprise Virtual Array Family
5th Generation
P6300 EVA
P6500 EVA
Description
Perfect for consolidating storage & simplifying IT in a SAN with major business applications including database, , and ERP, all with a low entry cost.
Maximum capacity
Scales to 250 SFF or 120 LFF
Scales to 450 SFF or 240 LFF
Host Ports
8 FC only
4 FC, 8 1Gb/s iSCSI
4 FC, 4 10Gb/s iSCSI/FCoE
Features
Easy management with P6000 Command View with built-in Thin Provisioning and simple installation with P6000 Smart Start
Optional Software
Local replication and LUN migration with P6000 Business Copy, Remote replication with P6000 Continuous Access, Advanced data protection with P6000 Cluster Extension
November 8, 2018
HP Confidential
8 November 2018

30. Command View EVA
Provides a powerfully, simple management experience for all EVA arrays
Automate and aggregate management tasks
Offers proactive remote monitoring services for maximum uptime
Intuitive, easy-to-use GUI
Enables you to quickly expand a LUN online, configure LUNs or RAID groups, or add physical disks with just a few mouse clicks
Uses standards-based SMI-S
Allows you to easily provision online storage and instantly replicate data

31. P6000 EVA Thin Provisioning
Reservationless provisioning
Postpone and save acquisition costs
Save on power and cooling
Reduce administration loads
Lower management costs
Optimize system capacity
Foster consolidation
Used space
Traditional
Provisioned Storage
Thin Provisioned Storage
Over provisioning
Threshold
Save up to 50%
HP Confidential
8 November 2018

32. Dynamic LUN/RAID Migration
New
Dynamic LUN/RAID Migration
One Step
1. Press “Migrate”
One Step Tiered Storage
Move LUNs within P6000 EVA to more space efficient RAID levels and lower cost HDDs
Load Balancing and Performance Improvement
Move a heavily accessed LUN to a different disk group to improve performance
Non-disruptive system consolidation
With no application downtime, critical data can be moved between drives
HP Confidential
8 November 2018

33. P6000 Business Copy Create instant copies for different purposes
Back up data without impacting applications
Test applications against real data before deploying
Quickly restore a volume after a corruption
Mine data to improve business processes or customer marketing
Different types to meet different requirements
Snapshots (demand and/or fully-allocated)
SnapClone
MirrorClone
Allows online LUN and RAID migration
Flexibility
Choose different Raid Level for the copy
Choose different Disk Group for Clones
Controlled from Command View, Replication Solution Manager or Command Line interface T0 S t1 T1 T2 S T

34. HP P6000 Continuous Access Software
Continuous Access provides remote replication capabilities on the entire P6000 EVA product family enabling Advanced Disaster Recovery
Key Customer Benefits
Zero data loss (RPO=0) in synchronous replication mode
Supports unlimited distance in asynchronous replication mode
Protects investment through cross array replication support
Source Data
Mirror
P6000 EVA at Primary
P6000 EVA at Secondary

35. Commandview EVA
HP Confidential
8 November 2018

36. P4000
HP Confidential
8 November 2018

37. Fully featured, Scale-out Architecture
Buy for today, and then scale with demand
All inclusive feature-set optimized for virtualized environments
Granular scalability of capacity and performance, online
Thin provision on-demand for superior capacity utilization
Support for NFS and CIFS
P4000 Unified NAS Gateway
Simple to install and centrally manage
Capacity Tier
1GigE
or 10 GigE Connectivity
Scale On Demand and Online
Performance Tier
1GigE
or 10 GigE Connectivity
Single, Scalable Storage Resource Pool
Storage Node
- Controller
Disk
NW Connectivity
- Redundancy
Centralized Management
of all Clusters
HP Confidential
8 November 2018

38. The industry’s 1st SAN converged with BladeSystem
Simplicity:
Leverage existing C7000 chassis
Field installable
Common management
Storage efficiency:
Density and storage virtualization drives down cost
Dynamically scale as infrastructure expands
Scalable Performance:
High speed storage paths
Dense spindle count
High availability:
No single point of failure storage architecture
Non-disruptive software upgrades
HP P4800 SAN
Bay 07
Bay 08
P4800
Flex-10 Connectivity
P4800
Bay 15
Bay 16
SAS Connectivity
P4800
P4800
35 Drives
35 Drives
35 Drives
35 Drives
HP Confidential
8 November 2018

39. Network RAID Granular NR 0 High Availability NR 5 NR 10
Always on storage, data remains online during human, power, rack, network or component failures
High availability for storage
Would you use disk RAID 0 for your data?
Striping across arrays w/out protection is just as careless!
Protect data from any SPOF including the array
RAID 10 (Mirroring)
Mixed workloads ( , DB, virtualization)
Can lose up to half of nodes and data remains available
RAID 5 and 6 (Parity Based)
Read intensive workloads (file shares)
Storage is as HA as the VMs
Volume level granularity
Change Network RAID levels on-the-fly
Granular
High Availability
NR 0
NR 5
NR 10 A A B B C A F C D A B D E C B F C D P1 E E D E F 50

40. Real-time protection from site failure
08/11/18
Real-time protection from site failure
P4000 Multi-site SAN
Site/Rack 1
Site/Rack2
Physical separation for protection from:
Component failure
Node Failure
Rack failure
Building failure
The next level of high availability for virtualized environments
All NR10 volumes are online and accessible simultaneously at both sites
Separate both storage and VMs for maximum protection
Volumes and VMs remain online in the event of a site failure
Volumes automatically re-synch after failed site comes back online
Single Cluster
Single Cluster
NWR 10 B A C D E F B C D A E F A B C D E F
= or > 1 Gb
Single SAN stretched between two sites or racks
HP Confidential

41. Space Efficient Data Recovery
P4000 Snapshots
Scheduled or manual snapshots
Mount for quick file recovery
Rollback capability
No space reservations, ever
Always thin provisioned for space efficiency
Application integration
Exchange
SQL
SharePoint
Microsoft Cluster Shared Volumes
3:00
1:00
2:00
3:00 52

42. Asynchronous Snapshot Replication for DR
P4000 Remote Copy
Site 1
Site 2
Thin provisioned snapshot replication for efficiency
Simple to Manage
Bandwidth management
Failover / Failback Wizard
Incremental failback
Support for VMware SRM included
WAN
Primary
Vol
Primary
Vol
Remote
Vol
1:00
1:00
2:00
2:00
3:00
3:00 53 53

43. Disaster Recovery for ROBO Sites
No physical SAN hardware at required at remote sites
Main Site
Remote 1 - HA/DR
Main Site
Meet core performance and scalability needs with physical P4000 SAN
Remote Sites
Performance on a smaller scale with P4000 VSA
No dedicated SAN hardware at remote sites
Accommodate space and power restrictions at remote sites
Fan-in / fan-out replication for flexible configurations
VSA VM VM
Remote 2 - HA/DR
VSA
Remote 3 - HA/DR
VSA
P4000 SAN 54 54

44. P4000 SAN P4000 Unified NAS Gateway
Add file (CIF, NFS), print and management services to P4000 SANs
Powered by Windows Storage Server R2
Provide file level deduplication via Single-Instance-Storage (SIS)
Highly available solution
Microsoft Failover Clustering
P4000 network RAID VM VM VM VM
P4000 Unified NAS Gateway
P4000 SAN
HP Confidential
8 November 2018

45. P4000 centralized management console
HP Confidential
8 November 2018

46. virtual tape Libraries with storeonce backup systems
HP Confidential
8 November 2018

47. HP Disk-Based Data Protection
For data centers and remote offices
HP VLS Family
D2D4324 Series
D2D4312 Series
D2D4112 Series
Leading capacity
Scalable to 72 TBs usable
Single or multi-node systems
High performance & scalable
Large FC SANs
D2D4106 Series
Scalable to 36 TBs usable
9 to 18 TBs usable with upgrade
D2D2500 Series
4.5 to 9 TBs usable with upgrade
Featuring deduplication for performance critical environments
Entry-level - choice of 1.5 & 3 TBs usable
All feature HP StoreOnce deduplication, data replication and offer NAS or VTL targets for backup
HP Confidential
08/11/18

48. Automate and Consolidate Backup
Consolidating backup
Automate and Consolidate Backup
HP D2D4324 Backup Systems
ISCSI
Save on hardware costs
Space efficient backup – HP StoreOnce deduplication typically retains 15x more data on disk
Scale capacity and performance up to 72 TBs usable
Simplify backup
Consolidate multiple backup streams to a single device
Seamless integration with existing infrastructure
Backup the iSCSI SAN or FC SAN using NAS target (CIFS/NFS) emulation or via VTL emulation
Save on resources
Automate backup with little to no maintenance required
Via NAS
Backup
10GbE
Or via VTL backup
10GbE Switch FC
HP D2D4324
8Gb FC
Via VTL Backup
8Gb FC Switch
HP Confidential
08/11/18

49. Keep More Data to Hand for Faster Restore
Business Continuity
Keep More Data to Hand for Faster Restore
HP D2D4324 deduplication across heterogeneous environments
HP StoreOnce to keep data to hand for longer
Consolidated, reliable data protection
Single deduplication solution for your entire environment
Single replication technology
Scalable capacity to 72 TBs with low-cost upgrades
Choice of backup targets
Heterogeneous
Environment
Disaster recovery site
Virtualized
HP D2D4324
Unix/Linux
Single
Enterprise Backup Application
WAN Link
Replication target device
Windows
HP D2D4112
HP Confidential
08/11/18

50. Disaster recovery
Problem: Providing Disaster Recovery Capabilities Across the Organization, Including Remote Sites
Limited resources
Unreliable backup
Difficult to monitor and audit
Cost of disaster recovery
Physically transporting data between sites
Expense of traditional replication
Impact to business productivity and continuity
Ability to quickly access and restore lost or corrupt files
ROBO Sites
Data Center Or
Snapshot
Remote
Snapshot
WAN Link
HP Confidential
08/11/18

51. Dependable, Cost-effective Disaster Recovery
Scaling from small to large-scale ROBO deployment
Powerful HP StoreOnce data deduplication
Enables network efficient data replication
Possible use of 10 GbE for large scale seeding and faster backup, otherwise 1 GbE is sufficient
Replicate data offsite for DR
Manage up to 50 ROBO sites using HP Replication Manager
HP Integrated Lights-Out Management (iLO) provides anytime, anywhere remote access
ROBO Sites
Data Center
HP D2D2502
Monitor all replication jobs with HP Replication Manager
HP D2D4324
WAN Link
HP D2D4106
HP D2D2504
Central disaster recovery site for ROBOs
HP D2D4112
Up to 50 ROBO sites
HP Confidential
08/11/18

52. The Key Benefits of Data Deduplication
Keep more data on disk - typically 20x more backup data
Allows longer retention of backup data on disk before archiving off, or purchasing more backup storage
Improve service levels and business performance – data is available on disk for longer for fast recovery of lost or corrupt files from multiple backup points
More efficient storage utilization – effectively reduces cost per gigabyte for backup data 1
Enables network efficient replication
Cuts the costs of data transmission through lower bandwidth lines
Makes remote backup and disaster recovery more affordable for a wider range of businesses
Reduces the overhead required at remotes sites required for backup, media management and off-site vaulting 2
HP Confidential
08/11/18

53. HP StoreOnce Enables Deduplication
Any device. Any backup app. Any data type. Any pane of glass.
You are Here
Appliance
Datacenter Scalability VM
Virtual Machine
Backup Software
Primary Scale-Out
HP Restricted – For HP and Channel Partner Internal Use. May be shared with select customers under CDA.
HP Confidential
08/11/18

54. thankyou
HP Confidential
8 November 2018