1. Clustered ONTAP 8.2 Product Feature Overview
NetApp Confidential
Clustered ONTAP 8.2 Product Feature Overview
April 9, 2013

2. Purpose of Presentation
Product presentation summarizing new features with 8.2 release
NetApp and partner sales presentation
This is not a customer presentation
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3. Clustered Data ONTAP 8.2 - Highlights
Key Features
Virtualized Environments
*Quality of Service (QoS)
SMB 3.0 and Hyper-V integration
*VMware integration (VAAI)
Scale-Out NAS
Intra Cluster caching (CIFS/NFS)
Infinite Volume for CIFS (SMB 1.0)
Performance & scaling
Enterprise Applications
*NDO enhancements
*Storage efficient SnapVault
*Two node switchless & 1- node clusters
Larger SAN scalability
*Comprehensive manageability
Deliver new Innovation
Accelerate adoption of clustered ONTAP
*Applicable to all categories
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4. Clustered Data ONTAP 8.2 - Overview
Quality of
Service (QoS)
Isolate hot workload, set workload IOPs limits
Enable multi-tenant/multi-workload consolidation
Enhanced
Virtualization
Support for Hyper-V over SMB 3.0 with continuously available shares
Expanded VMware VAAI support
Controller upgrade w/o volume move maintaining access to data
CIFS NDO for Microsoft Hyper-V with SMB 3.0
Better
NDO
Next Generation
SnapVault
Volume based SnapVault enables fast, efficient backups
Compression and dedup preserved over the network saving bandwidth
Notes:
Triple DES is a security setting, unclear on why in NDO
VMware VM Volumes is unreleased and will not release during 2013
49,152 LUNs in a 8-node SAN cluster
12,000 volumes in 24-node cluster
Infinite Volumes support for NFS v4, pNFS, SMB 1.0
400 TB aggregates
100K NFS clients
Support for BranchCache v2
Higher
Scaling
Single node cluster, 2 node switchless cluster configuration
7-Mode to Clustered ONTAP migration services
Improved OnCommand support
Ease of
Deployment
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5. Clustered Data ONTAP 8.2 - Highlights
Enhancement
Description/Benefit
Storage-efficient volume SnapVault®
Volume-level logical replication for online backup and recovery preserving compression and dedupe savings
SnapMirror® and SnapVault transfers with vol move
Flexibility to move SnapMirror and SnapVault source and destination volumes during data transfer
Quality of service workload management
Throughput limits by workload to assure no workload consumes more resource than expected
More FlexVol® volumes
Up to 1,000 volumes/controller enables greater scalability and more flexible management
Larger aggregates
2X+ larger aggregates (up to 400TB) support more high-capacity HDDs and enable more vols/aggregate
8-node SAN clusters and 8,192 LUNs per node
Increased cluster scalability when using LUNs
Switchless 2-node cluster
A single HA pair cluster configured without switches streamlines deployment and management
Single-node cluster
Enables data transfer between remote single-node clusters and larger data center clusters
Controller upgrade without volume move
In-place controller upgrade within a HA pair without moving volumes and while maintaining data access
Volume SnapVault
Volume-level disk-to-disk backup using logical replication, with compression and deduplication space savings preserved over the network and when written on the destination system
SnapMirror and SnapVault Transfers with Vol Move
8.1 allows a SnapMirror transfer to continue while a SOURCE volume is moved within the same Vserver
8.2 adds the ability to move as SnapMirror DESTINATION volume while transfer occurs, and the ability to move SnapVault source and destination volumes during transfer
Other new data protection capabilities are covered in IDP Roadmap presentation, including:
SnapMirror relationships will be convertible to SnapVault without a rebaseline
SnapMirror to SnapVault, SnapVault to SnapMirror, and SnapMirror to SnapMirror cascades
Vserver-aware NDMP backup
SnapMirror and SnapVault destination volume seeding using SMtape
Quality of Service (QoS) Workload Management
Hard limits for max throughput by workload prevent any workload from consuming more resource than desired
Workload limits can be defined at the Vserver, volume, or LUN level
QoS works with clusters up to 8 nodes; NOT supported with larger clusters (>8 nodes) with 8.2 initial release
More FlexVol Volumes
1000 volumes is supported ONLY in clustered Data ONTAP (the 7-Mode limit remains 500 vols/controller)
An HA pair should not contain more than 1000 flexible volumes to account for takeover events.
Larger Aggregates
Aggregate size increases supported with both clustered Data ONTAP and 7-Mode
Aggregate sizes increase for all supported controller models; max sizes vary by controller and are at least 2x bigger than with 8.1.x
Max volume limits DO NOT INCREASE; however, with 8.2 volumes can be created as large as the max vol size (i.e. the 90% cap has been removed)
8-node SAN Clusters and 8192 LUNs/node
Greater scalability and flexibility when provisioning LUNs on clusters
Switchless 2-Node and Single-Node Clusters
Targeted at minimum-sized cluster deployments, typically standalone or at small locations in a distributed enterprise
A single HA pair cluster can be deployed with direct cluster interconnections, i.e. no interconnect switches required; expansion beyond 2 nodes requires adding 2 switches for interconnect redundancy
Single-node (non-HA pair) cluster is intended for distributed enterprise deployment when a single HA pair is not justified or available (e.g. Data ONTAP Edge may not support HA when clustered Data ONTAP support is enabled
Controller Upgrade without Volume Move
Prior to 8.2, upgrading controller models requires migrating data off the HA pair before taking the HA pair offline
With Data ONTAP 8.2, both controllers in a HA pair can be upgraded with new models while keeping volumes in place. This is done by assigning ownership of all aggregates in the HA pair to one controller while its partner is replaced. The benefit is faster controller upgrades without the need for extra storage and no additional load on controllers and drives.
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6. Clustered Data ONTAP 8.2 - Highlights
Enhancement
Description/Benefit
SMB 3.0
Latest protocol with Windows® 8 and Windows Server® 2012
Provisioning and copy offloaded (ODX) from clients
Hyper-V™ over SMB 3.0
Nondisruptive storage node failover and takeover
Faster recovery access after node failure (Witness)
Optimized remote VSS backup with SMHV
BranchCache v2
Faster remote user and application access to data stored in data centers for manageability reasons
Fpolicy
Enables quota mgmt and file auditing with third-party SW
File access audit
Enables audit logs that help customers meet compliance requirements and data security needs
CIFS features that enable better administration, diagnostics, end-user support, and security
Key feature support being added includes:
Local users and groups
Previous versions/VSS
Offline caching
Roaming profiles
SMB server signing
Access-based enumeration (ABE)
SMB 3.0
Support for Windows 8 client and Windows Server 2012 file access using SMB 3.0 is supported, including copy offload
Offloaded Data Transfer (ODX) enables the server (in this case a Data ONTAP cluster) to perform client-initiated copy operations (similar to VMware VAAI copy offload); Windows 8 and Windows Server 2012 automatically attempt to use this by default and Hyper-V uses it for VM storage motion
Hyper-V over SMB 3.0
Hyper-V data access over SMB 3.0 enables customers to deploy simpler and more scalable IT architectures compared to using FC or iSCSI
Unplanned failover and planned takeover (as well as giveback) between partner nodes of a HA pair are nondisruptive for Hyper-V clients that are accessing shares over SMB 3.0. SMB 3.0 persistent handles and Clustered Client Failover are utilized to accomplish this.
Note: Access over SMB 3.0 for non Hyper-V clients (e.g. home directories) is NOT resilient through storage node takeover or failover.
Witness, a new Windows protocol with SMB 3.0, allows client access to move more quickly from a failed cluster node to its HA partner than can be done via LIF failover; it requires an available LIF on the partner
Remote VSS extends VSS to shares which then allows virtual machine ‘snapshot’ backups; integration with SnapManager for Hyper-V simplifies the backup workflow
BranchCache v2
Clustered Data ONTAP support with improved WAN performance compared to the Mode version (v1)
Fpolicy
New architecture for clustered Data ONTAP provides better resiliency, flexibility and scalability compared to 7-Mode. The key existing Fpolicy partners of Quota and Audit have signed up to adopt the new architecture.
File Access Audit
File access audit enables customers to track which file have been modified, when they were modified and which users modified the files. The Microsoft methodology is used to log file access events.
Additional CIFS Features
The addition of 6 key features (and more) which have been available in 7-Mode, will enable more customers to adopt clustered Data ONTAP (the 6 key features are in bold font):
Better administration: local users and groups; CIFS terminate
Better diagnostics: sectrace; list current CIFS sessions
Better end-user support: previous versions ; roaming profiles, offline caching
Better security: SMB server-side signing; Access Based Enumeration; fsecurity set/get
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7. Clustered Data ONTAP 8.2 - Highlights
Enhancement
Description/Benefit
Mixed RAID Flash Pool™
SSD RAID 4 groups with HDD RAID-DP® groups
NetApp Storage Encryption
Supported by PVR: 1 or more HA pair within a cluster can be configured with encrypting disks for data-at-rest security
IPv6
Support for CIFS, NFS, and iSCSI access and SNMP queries and traps
On-cluster FlexCache® for NFS and CIFS
Scale-out caching of NFS (v3, 4, 4.1) and CIFS (SMB 1, 2.x) files for increased read bandwidth
NetApp® Infinite Volume enhancements
Fixed content and enterprise content repositories
Infinite Volume Vservers on a shared cluster with standard FlexVol® Vservers
NFSv3 and 4.1/pNFS and SMB 1.0 file support
Flash Pool integration
Unified ACLs
NetApp Storage Encryption (NSE)
Requires an entire HA pair to be configured for NSE within the cluster; more than one HA pair can be NSE configured
Encryption management, including key management, is done at the node (controller) level not at the cluster level
Supported by PVR in 8.2
Mixed RAID Flash Pool
Support for RAID 4 group of SSDs with RAID-DP groups of HDDs to reduce cost of using SSDs
Supported with clustered Data ONTAP and 7-Mode
IPv6
CIFS: SMB 1.0, 2.0, 2.1, and 3.0
NFS: v3; v4 and v4.1 with AD authentication only (no Kerberos)
On-cluster FlexCache
CIFS: SMB 1.0, 2.x, and 3.0
NFS: v3, v4, v4.1
Additional slides in the Appendix
NetApp Infinite Volume blue font indicates functionality introduced with 8.2
Items in blue font are new with 8.2
Infinite Volume Vservers and FlexVol Vservers can be provisioned on the same cluster providing configuration flexibility
Support for NFS v4.1 and pNFS, and SMB 1.0 added (support for SMB 2.x and 3.0 is targeted for future releases)
Support for Flash Pool aggregates with Infinite Volume Vservers
Unified ACLS: Unified security style for UNIX and Windows users and groups
A single, common ACL form for securable file system objects that may be viewed, modified and managed by CDMI, SMB/CIFS and NFSv4.1. This differs from the existing 7-Mode and clustered Data ONTAP MIXED security model in which an ACL stored by one protocol (NFS or CIFS) is incompatible with the other protocol and it is only possible to manage an existing ACL via the protocol from which it was set.
Unified ACLs can contain any combination of UNIX and Windows users and groups. It won’t matter which protocol is used to attempt access since the ACEs control access, including whether or not a trustee (user or group) can read or modify the ACL
Unified ACLs apply to Infinite Volume Vservers only; standard FlexVol Vservers continue to use the legacy mixed security model.
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8. Clustered Data ONTAP 8.2 – Licensing Model Overview
Changes
Remains the Same
Entitlement Model
No changes.
FAS Controller/Node specific licensing
Licensed to lifespan of the controller, to the initial “sold to” customer only
HA-Pairs must be uniformly entitled
Clusters remain uniformly entitled
Compliance Enforcement
Relaxed enforcement within a cluster
Uniform Cluster licensing contractually enforced, but not technologically enforced within a cluster
Compliance enforcement is managed primarily through license keys
EULA Audit provisions
License Keys
Unified set of SW SKU’s regardless of mode, connected to one key generator
One set of keys per feature, regardless of mode, to simplify sales & cluster transitions
Each key embeds a controller serial #
Keys are no longer portable between controllers
Demo/Eval Keys are now date specific with install counts eliminated
7-mode concept of “license key in a key slot” to activate a revenue feature remains, this concept now works across a cluster as well
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9. Clustered Data ONTAP 8.2 – Licensing Model Overview
Changes
Remains the Same
Order
Sales can quote either version 8.1 or 8.2
ASUP & prior cluster sales data available to promote uniform entitlement
Complete Bundle renamed to Premium Bundle
Current GA release is the default software option
ONTAP SW Packaging & Pricing
Fulfillment
PTO will support 8.1 until inventory close out
Burdensome “Inc-tot” cluster licensing gone!
CTO Systems arrive with license keys installed
PTO to inventory latest GA ONTAP version
License Keys available on SupportSite per Controller or Cluster Serial Number
Support
Cluster reconfigs & expansion does not require new license keys if node(s) have matching entitlements
SupportSite shows all Controllers in a cluster & associated keys
Better process for key creation or replacement to facilitate faster transitions
90 day licensing grace period to provision real- time head-swaps & take entitlement transfers off of Service’s critical path
Cluster Create requires a Cluster Base license key
Break/fix Head Swaps require entitlement transfer
License Keys available on SupportSite
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10. NetApp Confidential – Limited Use
Detailed Features
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11. QoS Policy Groups
Defines isolation boundaries between sets of workloads
Contains one or more storage objects
Vserver, Volumes, LUNs or File
Policies are behaviors applied collectively to a policy group
Policies supported in ONTAP 8.2 are throughput limits
Throughput is defined in terms of
IOPS
MB/s
QoS Policy Group
Volume
vol3
vol5
Name: qos_policy
Limit: IOPS < 2000 per policy group
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12. QoS Value Proposition
Enables consolidation of mixed workloads in a shared storage infrastructure
Prevents runaway workloads from impacting other workloads in the cluster
Enables service providers to deploy multiple tenants on a shared storage infrastructure
Drive down infrastructure costs per tenant, while meeting their SLOs
Prevent tenants from impacting each other
Enable “Get no more than what you purchased”
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13. Maintenance Operations Infrastructure Resiliency
NDO Updates
Lifecycle Operations
Maintenance Operations
Infrastructure Resiliency
DataMotion for Volumes Enhancements
Rolling Upgrade Enhancements
Cluster Switch Upgrade (TNSC)
Aggregate Relocate for Controller Upgrade & Replacement
Failover & Giveback Performance Enhancements
CIFS NDO for Hyper-V Environments

14. Space Efficient Data Protection with Mobility
SnapMirror
Volume based SnapMirror and SnapVault
Replication with nondisruptive volume moves
Cluster-aware, multi-tenant DR, D2D Backup and NDMP dump to Tape
Storage and wire efficient DR and SnapVault with deduplication and thin replication
Application Integration with SnapProtect and SnapManagers
SnapVault
Multiple Recovery Points via SnapShots
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15. Scalable SAN Enhancements
Features
Description / Benefit
Scaling up to 8 nodes; 50,000 LUNs per cluster;
8,000 LUNs per node
Users can continue to scale their SAN configurations with scale-up as well as scale-out with support for up to 8 nodes and 50,000 LUNs in a SAN or Unified Storage (SAN & NAS) infrastructure.
VMware vStorage API
Integrating the VMware VAAI (vSphere Storage APIs for Array Integration), clustered ONTAP enables enhanced Virtual Machine Management, including such operations as storage driven Virtual Machine Cloning, Instant Provisioning, and Enhanced Performance
Windows Server 2012 Copy Offload
Using Copy Offload reduces CPU, Memory and Network utilization for WS2012 hosts by offloading the copy operation to the storage controller.
IPv6 iSCSI
With the continued drive to IPv6 capable networks, NetApp offers support for iSCSI services in IPv6 environments with clustered ONTAP 8.2
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16. Single Node and Two Node Switchless Clusters
Lowers cost
Reduces complexity
Creates a base for growth
WAN
Remote Office Cluster
Data Center Cluster
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17. NetApp Confidential – Limited Use
SMB 3.0 Features
Infrastructure for Windows Server 2012 Hyper-V
Hyper-V access to networked storage via SMB 3.0 for deployment simplicity and scale, without compromising on performance and resiliency. Application-level consistent backup and storage migration for a complete solution.
ODX
Offloaded Data Transfer (aka Copy Offload) offloads copy operations from the client to the storage server offering zero utilization of client processor or network bandwidth for rapid provisioning scenarios.
Witness Protocol
Enables faster, non-disruptive failovers with a standby LIF ready to go
CA Shares
Enables non-disruptive access to Continuously Available shares when used in Hyper-V over SMB environments, utilizing Persistent Handles
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18. New CIFS Feature Support
Access Based Enumeration
Microsoft Previous Versions
Local Users and Groups
Roaming Profile, Folder Redirection
Offline Folder (Client Side Caching)
SMB Signing (Server Side)
FPolicy
File Access Auditing
Fsecurity
IPv6
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19. . . . . . . . Infinite Volume NetApp Infinite Volume FlexVol f1 f2
Applications
Tape Backup
System Manager 3.0
NFSv3, v4, pNFS, SMB1.0
NetApp Infinite Volume
FlexVol
Create, lookup operations
Create, lookup, read, write operations
Clustered Data ONTAP®
Redirector files f1 f2 f1 f2
Data constituents
Root volume
Namespace constituent
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20. NetApp Confidential – Limited Use
Benefits of FlexCache
Lower costs with improved system utilization
Enables load-balancing
No need to provision for peak load
Reduce time-to-market
Scale-out performance for read or metadata-intensive workloads
Enable increase in # of compute servers that need read access to the same data
Automated serving of current data
Support for read delegations for files in FlexCache removes need for schedule based replication (Load share mirrors)
Space efficient
Only data accessed is cached
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21. FlexCache - Performance Scaling
Problem
Node 1 is overloaded due to reads of files in volume A from many clients
Clients
Clients
Clients
Clients
Solution
Create cache vols on nodes 1, 2, 3 & 4
Distribute client reads to volume A files to origin/cache volumes across all nodes
Protocols supported: NFSv3/v4, SMB 1.0/2.0/3.0
Examples:
Movie rendering
Financial simulations
Chip design
Seismic interpretation
Web servers
Node 1
Node 2
Node 3
Node 4 A’ A C E G B
Cache Volumes F H D
Vserver
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22. OnCommand Portfolio At A Glance
Control
Automate
Analyze
* Not available at Data ONTAP 8.2 RC

23. Professional Services

24. Transitioning to Clustered ONTAP
3rd party migration tools
Available Now
* Coming Soon
NFS / Unix
Rsync: Host-based file-level
For largely static, unstructured content
NetApp PS assisted migration service
Preserve storage efficiency and snapshots
7-Mode Transition Tool
NetApp PS migration service
3rd party tools
CIFS/ Windows
Robocopy / RichCopy
Secure Copy (ScriptLogic)
Databases
Storage vMotion
Host-based block-level migration tools (e.g., Veritas Volume Manager, other LVMs*)
Business Apps
Application based migrations (Exchange, ORCL etc.)
Storage vMotion
Block-oriented SAN data
Many 3rd party SAN migration tools (including NetApp’s DTA)
DTA
3rd party tools
Holistic operational planning (best practices, transition planner, discovery & analysis tools etc.)
*Logical Volume Managers shipped with different OS
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25. Lifecycle Services Portfolio for Clustered Data ONTAP Success
Purpose
Accelerate success by helping customers plan, build, operate, and optimize an efficient, highly available, and seamlessly scalable agile data infrastructure.
Description
Services that help customers evolve from their current state to their goal state:
Strategy
Enterprise Transformation Workshop
Planning
NetApp Clustered Data ONTAP Readiness Assessment
Building
RDS+ Storage Implementation
Clustered Data ONTAP Migration Service
Operating
Residency Services
SupportEdge Premium
Target Customer
Data ONTAP 7-Mode customers
New FAS customers
Target Customer Needs
Align IT capabilities with business strategy
Plan for a new architectural approach to storage so that it can be implemented gracefully
Help deploying systems and getting them production ready quickly
Expand IT expertise and bandwidth
Customer Benefits
Get all the benefits earlier in your systems’ lifespan
Optimize efficiencies to reduce deployment and operational costs
Reduce time to market
Provide better service quality to your customers
Improve performance
Eliminate unplanned downtime
Reduce risk of unplanned disruptions
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26. NetApp Confidential – Limited Use
Summary
Clustered ONTAP 8.2 delivers new innovations
QoS, Storage efficient vaulting, improved NDO, enhanced Windows support and ease of deployment options
That accelerate the adoption of clustered ONTAP in virtualized environments, scale-out NAS and Enterprise applications.
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27. NetApp Confidential – Limited Use
Resources
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28. Collateral and Training
Key 8.2 Field Portal Binders
Clustered Data ONTAP 8.2 Technical FAQ
Technical Overview of clustered Data ONTAP 8.2 
Clustered Data ONTAP 8.2 Technical Presentations 
Clustered Data ONTAP 8.2 Technical Reports 
Training
SELL News on Data ONTAP 8.2 Licensing
Solution Insight Webcast "Clustered Data ONTAP 8.2: What's New"
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29. Learning Materials Available Now
8.2 Licensing
Learning Materials Available Now

30. NetApp University Courses
Resource
Description
Available To:
What's New in Data ONTAP 8.2 Licensing
In this course you will learn about what is new in Data ONTAP 8.2 licensing and some of the business process changes to support this.
Internal, Partners and Customers
Data ONTAP License Key Replacement Scenarios
This course explains specific use cases or scenarios where license key replacements may be required for Data ONTAP 8.2.
Technical Overview of Licensing in Data ONTAP 8.2
This course explains how node locked licenses work in Data ONTAP 8.2, some CLI commands for licensing and common troubleshooting scenarios.
Ask an Expert: Data ONTAP Licensing
Kickoff recording available here. Ongoing sessions for Q&A. Weekly through the end of May.
Tuesday at
Internal and Partners
Creating a Cluster Configuration in QuoteEdge
Addendum for creating a cluster configuration for Data ONTAP 8.2 in QuoteEdge
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31. ONTAP 8.2 Licensing Field Portal Articles
Resource
Description
Available To:
What's Changing in ONTAP Software Licensing for Data ONTAP 8.2
High-level awareness message for Licensing changes
Internal and Partners
“Ask an Expert: Data ONTAP Licensing” interactive sessions for Data ONTAP 8.2 Licensing Changes
Session logistics and kickoff recording
Data ONTAP 8.2 Licensing Learning Opportunities
Links to available training material
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32. ONTAP 8.2 Licensing Knowledge Base Articles
Resource
Available To:
What are the licensing and packaging requirements for Data ONTAP 8.2
Internal, Partners and Customers
FAQ - Data ONTAP 8.2 Licensing Overview and References
OEM: What are non-uniform Cluster Software Requests?
Internal
Why would a FAS/V Controller be delivered with temporary license keys installed?
FAQ - When should Data ONTAP license keys be replaced
FAQ - Data ONTAP Licensing
Questions can also be sent to: xdl-licensingexpert
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