The document discusses NetApp's 2014 innovations in cloud data management, focusing on the Unbound Cloud strategy, Clustered Data ONTAP, and E-Series storage solutions. It highlights benefits such as reduced risks, increased agility, and seamless connectivity between private, public, and hybrid cloud environments. Key features include dynamic data portability, extensive customer choice, and efficient resource management for diverse IT workloads.

1. Marc Hinderickx
System Engineer
Stockage avec NetApp
Nouveautés 2014 pour
IT managers
Unbound Cloud
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2. Agenda
 Unbound Cloud
Vos données libérées des contraintes et
disponibles à 100%
 Clustered Data ONTAP
Réduisez les risques et gagnez en agilité
 E-series
Un nouveau standard en termes de
productivité dans les environnements
applicatifs
 Bonus
FAS8000
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3. Vos données libérées des contraintes et disponibles à 100%
Unbound Cloud est la nouvelle approche de NetApp en matière
de cloud.
Découvrez comment Unbound Cloud vous aide à obtenir une
gestion des données parfaite, quel que soit votre environnement
cloud : privé, public, hyper-évolutif ou une combinaison des trois.
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Unbound Cloud

4. CIO Challenges
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5. CIO Challenges
5
CIOs strive to remain efficient and look
for new IT service delivery models like
cloud to:
 Keep up with technology and innovation
changes
 Reduce overhead costs, while growing
capacity
 Lower risk with new mission-critical
applications deployments
 Manage complexity across the data
center

6. Common Inhibitors
for Moving to the
Cloud
6

7. Inhibitors for Transitioning to the Cloud
7
Perceived inhibitors for transitioning to the
cloud include:
 Lack of agility to move resources where
and when you need them
 Security risks of exposing confidential data
 Viruses
CIOs are tasked with managing complexity and
controlling data across multiple users,
services, and cloud resources.

8. The Changing Role of IT
Everyone has to think like a service provider
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9. How NetApp Enables
Cloud Solutions
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10. Connect the Clouds with NetApp
Seamless connectivity among clouds
Universal Data Platform
Dynamic Data Portability
Extensive Customer Choice
10

11. A Foundation Designed for Cloud
Key cloud features:
 Standard data
containers
 Secure multi-tenancy
 Pooled virtual
resources
 Efficient data
transport
 Rich data
management
Clustered Data ONTAP®
SVM SVM SVM
 Nondisruptive operations
 Seamless scalability
 Proven efficiency
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12. Universal Data Platform
 Works across NetApp, third-party array, commodity
disk, next to the cloud, and in the cloud
 Pervasive: World’s #1 storage OS
 Standardized data services
– Data protection, provisioning, efficiency, replication, QoS
Clustered Data ONTAP®
SVM SVM SVM SVM SVMSVM
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13. Dynamic Data Portability
 Efficiently move data between clouds
 #1 storage replication software
 Multiprotocol: Connect with any environment
Clustered Data ONTAP®
SVM SVM SVM SVM
VMVM
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14. Extensive Customer Choice
 Choose from hundreds of cloud providers
 Supports all major virtualization and cloud
management platforms
Choose where, how, and with whom to deploy
Clustered Data ONTAP®
SVM SVM SVM
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Multi-OS and Multihypervisor

15. Create a Cloud Data Fabric with NetApp
Seamless connectivity among clouds
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16. NetApp Cloud
Solutions
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17. Private Clouds Built on NetApp
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18. Building Private Cloud Solutions
 Validated with leading
virtualization platforms
 Prebuilt and validated
data center platform
 Turnkey cloud
automation
Converged Infrastructure
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19. Enabling the Path to Private Cloud
Service Requirements
 Define your services
 Optimize your service delivery
 Rapidly deploy your services
 Empower IT and your end users
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Self-Service
Automation
Service Analytics
Service Catalog
Fundamental Elements
Clustered Data ONTAP®
SVM SVM SVM

20. Enabling Storage Cloud Services
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Service Analytics
Service Catalog
Automation
Self-Service
 Thin provisioning
 Deduplication
 Back up daily
 Off-site DR
 Secure isolation
 High availability
Gold
Silver
Bronze
Service Request
Storage Admin
End-User Portal
End User
Request
Capacity planning
Metered usage
Service assurance
Performance optimization
NetApp® OnCommand®
• Workflow Automation
• Insight and Balance
• Workflow Automation
• Workflow Automation
• APIs (SDK)

21. Connecting to Cloud Service Providers
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22. Cloud Service Providers Built on NetApp
 Native Data ONTAP® data
services
 Seamlessly extend private
environment
 Wide variety of workloads and
specialized services
 Local services available
worldwide
 Providers with global
coverage
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23. Other
as a Service
Infrastructure
as a Service
Data Protection
as a Service
Messaging and
Collaboration
as a Service
Desktop
as a Service
SAP
as a Service
Cloud Services Built on NetApp
175+ Partners, 300+ Services Worldwide
2323

24. Connecting to Hyperscale Cloud Providers
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25. Customers Embracing Hyperscale
Customer with a public cloud mandate
 Could not scale to peaks
 Data security was essential
NetApp Private Storage for AWS
 Agility of cloud, with control of on-premises storage
 Moving 90% of VMs to Amazon EC2, saving 70% of cost
 Secure replication to meet compliance requirements
 Provision Oracle®
RDS instances in <10 minutes
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“NetApp private storage for AWS gives us 90% of the
benefits of cloud, with only 10% of the risk.”
- Infrastructure ArchitectEC2: Elastic Compute Cloud
RDS: Relational Database Service

26. Seamlessly Connect Clouds with NetApp
Extending Data Stewardship to the Public Cloud
26

27. Continue on Your Journey to the Cloud
Only NetApp delivers:
 Universal data platform
 Dynamic data portability
 Extensive customer choice
Your data, any cloud, endless possibilities
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28. Réduisez les risques et gagnez en agilité.
Data ONTAP 8 offre une architecture en cluster unifiée
qui évolue et s'adapte à vos besoins, réduisant ainsi les
coûts et les risques.
Clustered data ONTAP a été conçu pour éliminer les
temps d'indisponibilité.
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Clustered Data ONTAP

29. 29
Clustered Data ONTAP
Data ONTAP®
Storage
Efficiency
Storage Infrastructure Virtualization
Integrated
Data Protection
Multiprotocol
Clustered Data ONTAP

30. Cluster Overview
Nodes are paired for
high availability
Consists of one to 24
nodes
Up to 68PB in a single
system
Is connected with a
dedicated, dual-fabric
10GbE interconnect
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31. Cluster Overview
 Set of connected storage nodes that work
together as a single system
 System can change while users access data
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32. Storage Infrastructure Virtualization
 Storage Virtual Machine
(SVM)
 Required for data access
 Serves SAN, NAS, or both
 Includes FlexVol® volumes
and LUNs
 Can use physical storage
on any cluster node
 Includes logical interfaces
(LIFs); a LIF may have an IP
address or a WWPN
 Can have LIFs on any
cluster node
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LIF
SVM 1
LIF
LUN
LIF
SVM 2
LIF
LUN
LIF
SVM 3
Cluster

33. Storage Virtual Machine NAS Access
 Flexible volumes can move to
other nodes nondisruptively
 LIFs can move to other nodes
nondisruptively
 A LIF keeps its IP address
wherever it goes
 LIFs and volumes can exist on
any or all the nodes in a
cluster
 A SVM has a single NAS
namespace
 pNFS and CIFS Auto-locate
send I/O directly to the node
that hosts a volume (not
shown)
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HA interconnects and disk shelf
connections omitted for clarity
LIF LIF

34. Storage Virtual Machine SAN Access
 Flexible volumes containing
LUNs can move to other
nodes nondisruptively
 SAN LIFs do not move
 The host will prefer a LIF on
the node that hosts the LUN
 SVM SAN access requires
an ALUA/MPIO stack on the
host
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LIF
Data access with SAN
LIF
LUNLUN
HA interconnects and disk shelf
connections omitted for clarity
SAN host with
ALUA/MPIO
stack

35. Nondisruptive Operations
 Upgrade or repair
hardware while serving
data
 Move flexible volumes
and LIFs off the node to
be serviced
 Add new nodes and
shelves
 Move flexible volumes
and LIFs to the vacant
node
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HA interconnects and disk shelf
connections omitted for clarity
LIF LIF

36. Nondisruptive Operations
 Online hardware
upgrade of an HA pair
using aggregate
relocate (ARL)
 Upgrade nodes while
flexible volumes and
physical storage stay in
place
 Node takes full
ownership of partner’s
disks during upgrade.
 New in clustered Data
ONTAP® 8.2
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LIFLIF
HA interconnect and cluster
network omitted for clarity
LUN

37. Proven Efficiency
 Deduplication
 Compression
 FlexVol® cloning
 LUN cloning
 Thin provisioning
 Virtual storage
tiering
 Use individually or in
combination
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LUNLUNLUNLUNLUN

38. Proven Efficiency
 Provision new SVMs on
demand
 Different SVMs may
share the same physical
hardware
 Secure logical
boundaries between
SVMs
 Tenants may be
unaware of each other
 SVM administration can
be delegated
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LIF LIFLIF LIF
LIF LIF LIF

39. Proven Efficiency
 Quality of service (QoS)
new in 8.2
 Control operations or
raw throughput used by
tenants
 Limit I/O to SVMs,
flexible volumes, files,
or LUNs
 Control bully workloads
 Manage tenant
expectations
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LIFLIF

40. Seamless Scalability
 Start small, grow large
 Buy additional
performance and
capacity as you need it
 Single-node clusters
supported starting with
clustered Data
ONTAP® 8.2
 Expand existing SVMs
and create new ones
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HA

41. Why Clustered Data ONTAP?
 Nondisruptive operations
 Proven efficiency
 Seamless scalability
 All in a single system
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42. Un nouveau standard en termes de productivité dans les
environnements applicatifs.
L'efficacité de la baie de stockage NetApp E-series
combine une performance à forte bande passante, des
IOPS élevés, et une densité extrême pour créer un
système parfaitement adapté aux solutions qui exploitent
les données de manière intensive.
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E-series

43. Industry-Leading Storage Innovation
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Flash Arrays
for ultrahigh performance
E-Series
for price/performance at scale
Clustered Data ONTAP®
for shared infrastructure
Corporate
Data Centers
Cloud
Data Centers

44. E-Series By The Numbers
Innovative
Dynamic Disk Pool
technology
More than 30 years of
Industry knowledge
and leadership
Impressive
99.999% availability
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Technology embedded into
worlds largest data warehouses & databases
Attached to the worlds
largest supercomputers
NetApp Confidential - Limited Use

45. E-Series Customer Value
 Performance Efficiency
– Storage cost savings based on performance and
density reducing power, cooling, and space
– Investment protection through easy to upgrade
modular architecture, storage that grows with your
business
– Enterprise features in base product provide
operational flexibility and growth
 Enterprise Reliability & Availability
– 99.999% availability, nearly zero downtime
– NetApp AutoSupport
 Effortless Management
– “Set it and Forget it” management
– Elimination of complex RAID concepts through DDP
– Enterprise application integration: VMware,
Exchange, SQL
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Environments & Workloads for E-Series
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• SAN-based business apps for SMB
• Heterogeneous backup/archive target
• High-density storage repositories
• Business intelligence, data warehouse
• Latency-sensitive applications
• SMB mixed workloads
• HPC clustered/parallel file systems
• Simple, low-touch administration
• Flexible, reliable SAN storage
• Seamless application-driven
management
• Extreme capacity and density
• High-performance GB/s or IOPS
• Power and space efficiency
• Mixed SSD and HDD
Typical WorkloadsKey Storage Requirements
• Storage area networks (SANs)
• Server-attached storage
• Application-specific
Infrastructure
StreamlinedSimple Seamless

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When to Deploy
FAS E-Series EF-Series
Protocol • Unified and file • Block • Block
Data
Management
• Needed in the
storage layer
• Provided up-stack
(app or OS)1
• Provided up-stack
(app or OS)1
Workload
Characteristics
• Shared, concurrent
• Transactional
• Application-driven
• Data-intensive
• Latency-driven
Performance
Requirements
• Mixed I/O
• Scale-out IOPS
• Bandwidth
• Scale-up IOPS
• Consistent
ultralow latency
Capacity • Scale-out to 65PB • Scale-up to 1.5PB • Up to 96TB raw
Data Protection • Integrated • Application-driven • Application-driven
Efficiencies
• Dedupe
• Compression
• Capacity/U
• Performance/U
• Performance/U
Flash
• Hybrid cache tier
(read or read/write)
• Persistent storage
• Hybrid cache tier
(read only)
• Persistent storage
• Persistent storage
1 SANtricity® provides basic on-box management features that are secondary, with minimal impact on performance.

48. FAS 8000 family
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Bonus

49. Introducing The FAS8000
Next Generation Enterprise System
 Sandy Bridge chipset
 PCIe Gen 3 architecture
 NVRAM9 with persistent write cache
– Embedded NVRAM9, no slot impact
 More memory, uses DDR3 technology
 Onboard ports include:
– 10GbE and 16Gb FC / 10GbE Unified
Target Adapters (UTA2)
– 6Gb SAS and GbE management
interface
 V-Series becomes software option
– FlexArray Virtualization Software
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50. Introducing FAS8000
Three New Models
 FAS8020 replaces FAS3220
 FAS8040 replaces FAS3250
 FAS8060 replaces FAS6220
 Single chassis configurations
– Standalone with controller / blank
– HA with two controllers
 Dual chassis configurations
– Dual-chassis HA requires MetroCluster™
 Ships on Data ONTAP® 8.2.1 RC2
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