Partner Academy 20.02.2013 Chateau St. · PDF fileThird-Party Storage with V-Series NetApp ......

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Partner Academy 20.02.2013 Chateau St. Havel

1 NetApp Confidential - Internal Use Only

Agenda

9:45 Čas pro Clustered Data ONTAP je tady

10:45 Hardwarové novinky

11:30 Softwarové novinky

13:00 Flash paměť všude kam se podíváte

aneb něco na té flashi je

13:45 Není podpora jako podpora

14:45 FlexPod/ExpressPod Comstor + Cisco

15:30 FlexPod pro Vmware Arrow


1992 2002 2012

Innovations That Transform Business


$6B

RAID-DP® disk resiliency

Thin provisioning and virtual

data copies

MetroCluster™ array-based

clustering and synchronous

mirroring

Unified dedupe for primary

and secondary storage

First flash-based cache in an

enterprise controller

First FCoE network

connectivity in a storage

controller

First file-level FlexClone®

volumes

First network-attached

storage appliance

First multiprotocol storage

appliance

NearStore® storage appliance

Unified SAN and NAS storage

appliance

Nondisruptive data migration

of tenants

First isolated, end-to-end,

multi-tenant solution

First converged 10Gb

Ethernet network

Inline data compression

across all storage tiers

First to support industry-

standard for shared high-

performance parallel I/O

First to enable scale-out

across unified SAN and NAS

systems

First clustering across unified

SAN and NAS

1992-2002 2002-2010 2010-2012

Agenda

9:45 Čas pro Clustered Data ONTAP je

tady





C-mode

Proč teď

Cluster Management


Agenda - Čas pro Clustered Data ONTAP je tady

Data ONTAP Operating in Cluster-Mode

Evolution of proven

NetApp® technology

Industry’s first unified

architecture at scale

Foundation for

continuous business

operation

NetApp Confidential - Limited Use

Always-on, on-demand operational efficiency

6

Data ONTAP 8.1 Cluster-Mode

Data ONTAP® 8.1

Cluster-Mode

Data ONTAP®,

WAFL®, FlexVol®

Integrated data protection,

Snapshot™, SnapMirror®

Storage efficiency: RAID-DP®,

thin provisioning, cloning,

deduplication, compression

Nondisruptive

operations

Scalable SAN

and NAS

Virtualized

architecture

NetApp® Core

Strengths + =

New Scalable

Capabilities

Dynamic

customization

Shared infrastructure

Consolidated

management

Unified architecture

at scale

Third-Generation of NetApp Scaleout

NetApp Confidential - Limited Use 7

Integrated Storage and Tiering

Entry

Midrange

High end

Data ONTAP 8.1 Cluster-Mode Features

Massively Scalable Multi-Tenancy Always-On Data

Multiprotocol Heterogeneous Platforms NAS

NFSv3, v4, v4.1

pNFS

SMB 2.0, 2.1

SAN

FC

FCoE

iSCSI

SATA

SAS

FC

SSD

Third-party arrays

Up to 24 nodes

per cluster

Up to 51PB per

cluster

Hundreds of

securely

isolated

resource pools

Transparent data

locality

Nondisruptive

operations

Continuous

technology lifecycle


Data ONTAP 8 Cluster-Mode System Overview

Single system image for up to 24 nodes

FAS and V-Series support

Scale to 51PB capacity

Scale to multi-GB/sec throughput

On-demand resource balancing

Integrated data protection and storage efficiency

Multiprotocol access

Common software and management

“Always-on” infrastructure

Fully integrated solution from NetApp

Third-Party Storage with V-Series

NetApp® Storage


Data ONTAP 8.1 Cluster-Mode Nondisruptive Operations

Nondisruptive

Operations

Vol Move LIF Migrate and

Load Balancing

High Availability

(SFO/LIF failover)

Nondisruptive

Upgrades


Vol Move


Cluster-Mode Transparent Volume Move

B

C1 A2

A3

A1

B1

B2

A

R

C

LUN

LUN

A B C

A1

A2 A3

B1 B2

C1

R

LUN LUN

Uninterrupted Access Continuous data access

by clients and hosts

Uses Snapshot™

technology to copy data

to a new aggregate

in the background

Nondisruptively move

volumes between ANY

aggregates anywhere

in the cluster

Storage space savings,

mirror relationships,

and Snapshot copies

are unchanged

NFS, CIFS , iSCSI , FC, FCoE

HA HA


Cluster-Mode: On-Demand Flexibility

The Results

Seamlessly add capacity

Rebalance resources

Rapidly deploy the new

system

The Challenges

Overprovisioning in anticipation of

future capacity needs

Managing access to new storage

The Benefits

Nondisruptive volume movement is

transparent to clients and hosts

Namespace and LUN mapping are

unchanged

Shared storage infrastructure

A1

C2

LUN LUN

B2

A

B

A1

A3

R C

LUN

B1

C1

LUN LUN

A A2


Cluster-Mode: Operational Efficiency

The Results

Virtualized tiered services

Integrated unified system

Match business priorities

The Challenges

Changing workload demands

Critical projects need appropriate

resources

The Benefits

Nondisruptive volume movement is

transparent to clients and hosts

Mix controllers and disk types in the

same cluster

On-demand mobility for critical

projects

Adapt resources to meet business

demand

Higher-Performance

Storage Lower-Cost

Storage

C1

LUN LUN

B2

A

B A1

A3

R C

LUN

A2 B1


Cluster-Mode: Operational Lifecycle

The Results

ZERO downtime

ZERO processing interruptions

ZERO client changes

The Challenges

Upgrade an entire storage system

24/7 operation during move

The Execution

Identify affected volumes and LUNs

Nondisruptively move volumes

Perform technology refresh

Power up node and rejoin cluster

Move volumes back to new node

Repeat

B2

A B

A1 A3

R C

LUN

A2

B1 C1

LUN LUN

“Always-On” Infrastructure


LIF Migrate and Load Balance


LIF Migrate

LIFs are moved to

other physical ports

within the cluster

HA HA

LIF2 LIF3 LIF4 LIF1 Load balance

NAS client access

Nondisruptive to NFS and CIFS clients

Redistribute client access during maintenance operations

Continued data access

by NFS and CIFS

clients


Dynamic IP Load Balancing


Load Balance Client Network Access

LIFs are not permanently tied to a network port

Two load-balancing options:

– Assign new clients by using DNS lookup to the least-loaded LIF

– Rebalance LIFs across nodes manually as the load changes

Average Network Load on the Node

Network Demand on an IP Address


High Availability


Storage Failover (SFO)

Active-Active HA Pair Active-Active HA Pair


Nondisruptive Upgrade


New Data ONTAP®

Version

Data ONTAP 8.1 Cluster-Mode Nondisruptive Rolling Upgrade

Rolling upgrade is the process to upgrade Data ONTAP

HA pair by HA pair, following the NDU procedure

Data ONTAP®

Upgrade

Complete on

Cluster


Multiprotocol Unified Storage

Storage

Efficiency

Only Data ONTAP® 8.1 Cluster-Mode Offers

Unified Storage Architecture at Scale

NAS and SAN

NFSv2, v3, v4, and v4.1 and pNFS

CIFS: SMB 1.0, 2.0, and 2.1

SAN: FC, FCoE, and iSCSI

Nondisruptive

Operations

Integrated

Data Protection


SAN


Data ONTAP 8.1 Cluster-Mode SAN Basics

SAN protocols

– FC

– FCoE

– iSCSI

– Seamless transition across FC, FCoE, and iSCSI

Cluster sizing

– Heterogeneous cluster nodes (mix and match

low, mid, and high controllers)

– 2, 4, or 6 nodes in 8.1.1 Cluster-Mode (SAN-only

or SAN+NAS)

– 2 or 4 nodes in 8.1 Cluster-Mode (SAN-only or

SAN+NAS)


Multipath SAN Access with Vol Move

MPIO

ALUA

Active Optimized

A A1

ALUA path state

changes for LUNs

Paths to a volume’s

new physical location

are active/optimized

Active Nonoptimized

Active Unoptimized

Active Unoptimized

Active Unoptimized

ALUA sends a

path update SCSI

command down

moved LUN paths

Active Optimized


Active Indirect

Optimized (Direct) Path to each LUN

MPIO

ALUA

Active Indirect

Active Indirect

A A1

Active Direct

B B2

Active Direct


NAS


Namespace is unchanged as volumes move

No client code

Easy to manage

Easy to change

Seamlessly scales to many petabytes

Access using a single NFS mount or CIFS share

B

A2

A3

A1

B1

B2

A

R

C A4

Single NFS mount/CIFS share

Data ONTAP 8 Cluster-Mode Namespace Benefits

A B

A1

A2 A3 B1 B2

R

C

A4


Data ONTAP 8.1 Cluster-Mode NFS

Complete support for NFSv2 and v3

– NFSv3 is recommended and preferred

NFSv4

– Supports referrals as a new feature Referrals are updated at mount time

– Choose the recommended client kernel

pNFS

– New in 8.1 Cluster-Mode

– An extension of NFSv4.1

– Delegations on directories and symbolic links

– Client support with RHEL 6.2


Client reads or

writes a file;

checks file layout

for location

Data ONTAP 8.1 Cluster-Mode pNFS Data Access

B

A1 A2 B1

B2

C1

A3 R

Volume is

moved

File is read again

A

File layout is

updated for

new location;

redirects client

File layout knows

data is on node 1;

client is redirected


Data ONTAP 8.1 Cluster-Mode CIFS Features

SMB v1.0 and 2.0

SMB v2.1

– Compounding, leases,

asynchronous messaging,

durable handles

– Required for nondisruptive

operations

Home directories

Group policy

Name mapping through

RDB and LDAP

Widelinks (DFS referrals)

Security

– Microsoft® Hi-Sec security

– SMB client signing

– Schannel MSRPC security

for NETLOGON

Authentication

– NTLM v1

– NTLM v2

– GSSAPI Kerberos


Data ONTAP 8.1 Cluster-Mode CIFS Feature Comparison

Feature Cluster-Mode 7-Mode

SMB2 SMB 2.1 SMB 2.0

Group Policy Objects Kerberos Multiple

Local user and groups, IPv6, dynamic DNS, and

LDAP TLS support No Yes

Offline folder (client-side caching) Manual Yes

Connection manager of external servers Yes Some

Security cache management Yes Some

Diagnostic interfaces for all major functionality Yes Some

Audit, the NetApp® FPolicy® feature, Access-Based

Enumeration (ABE), fSecurity, Volume Shadow

Copy Service (VSS), file folding, Performance

Monitor (perfmon), and CIFS internationalization

No Yes


35 NetApp Confidential - Limited Use

Infinite Volume

Enterprise Content Repository Overview

A single Vserver namespace on a

dedicated cluster

Native storage efficiency

NFSv3 files

Scales to 20PB and 2 billion files

Up to five FAS6280 HA pairs

Container-wide Snapshot™ copies

and SnapMirror® replication

Target applications

– Fixed content depots for Web

content and reference media

Data ONTAP® 8.1.1 Cluster-Mode

Cluster-Wide Namespace

NetApp® Infinite Volume

NAS Interface (NFSv3)

… …

Simpler data management

using a single mount for

multi-PB data store

Infinite Volume

36 NetApp Confidential – Limited Use

Enterprise Content Repository Benefits

A single large content repository

– Scales to PBs and billions of files

– Native storage efficiency

Simplified operations

– Load balances data at ingest

– Start small, grow granularly

Highly available

– Snapshot™ copies and

replication for quick recovery

– Manage and upgrade

nondisruptively


Infinite Volume


Integrated Data Protection

Data ONTAP 8.1 Cluster-Mode Replication

Intra- and intercluster data

protection mirrors

Volume-level replication

Mirrors Snapshot™ copies

Storage-efficiency aware

Replicate between any

aggregate types

Supports all protocols


Secondary Cluster

Remote Data Center

Primary Cluster

Main Data Center

B

C A2

A3

C1 A1

B1

B2

A

R

C2

LUN

LUN LUN

B C

A2

A3 C1

A1

B1

B2

A

R

C2

LUN

LUN

LUN

WAN

Intra- and intercluster replication options

Asynchronous volume SnapMirror®

Storage efficiency savings are preserved

Data ONTAP 8.1 Cluster-Mode SnapMirror


Replication for Load Sharing Mirrors

Read-only mirrors of a CIFS or

NFSv3 FlexVol® volume

Scales client read requests to

increase data throughput and

balance workload across nodes

Clients are automatically

directed to a read-only mirror – Explicit volume mount required

for write access

Scheduled automatic resync of

all mirrors simultaneously

Use where mostly read-only

access throughput is needed

M’

M M’ M’ M’


Qtrees for FlexVol Volumes

Qtrees are supported in Cluster-Mode

– Primarily for quota management:

Qtree, user, and group quotas

– Allow NFS and CIFS client access to qtrees

– Qtrees inherit NFS export policy of the parent volume

No qtree-level export policies

Qtree considerations

– Used for quota management

– Appear at the root of a volume like a normal directory

– Limit of 4,995 qtrees per volume (same as 7-Mode)

– Can’t be replicated, mirrored, or dumped individually

– Snapshot™ copies coordinated at the FlexVol® level NetApp Confidential - Limited Use 42

Data ONTAP 8.1 Cluster-Mode Technical Specifications: Hardware Support

Product Highlights and Support

Max Raw Cluster Capacity1 51PB1 (based on 24 nodes of 6280 or 6240 with maximum number of 3TB drives)

Controller Models2 FAS/V62x0, FAS/V32x0, FAS60x0, FAS31x0, FAS3070, FAS3040, FAS2240,

FAS2220, and FAS2040

Storage Shelves Supported DS4486, DS4243, DS2246, DS14mk4, and DS14mk2 AT

Disk Drive Capacities Supported

SATA: 1TB, 2TB, 3TB SAS: 450GB, 600GB FC: 450GB, 600GB SSD: 100GB

Extended Cache Cards Flash Cache and Performance Acceleration Module (PAM I)

3rd-Party Storage Arrays (V-Series) EMC: CLARiiON CX4, Symmetrix DMX4; HP: EVAx400

FC

1. Smaller maximum cluster capacities apply to other controller models.

2. Cluster-Mode for SAN is supported only with FAS/V 62x0, 6080, 6040, 32x0, and 31x0 controllers.


Cluster-Mode Network


Cluster-Mode Network Overview

Data Network

SAN / NAS

Management Network

Cluster-Interconnect

10GbE

HA HA

Data ONTAP® Cluster-Mode Cluster


What’s New

NetApp Cluster Interconnect and Optional

Cluster Management Switch


Low-latency, nonblocking 16

10GbE SFP+ Ethernet ports

Dual fans and power supplies

Ordering part numbers

X1960-R6 (standard)

X1980-R6 (promotional part number)

Lower-cost solution for 8-node or smaller cluster sizes

Support starts in Data ONTAP® 8.1.1

16 ports of 10GbE cluster or GbE management

CN1610 CN1601

16 ports GbE RJ-45

Dual fans, single power supply

Ordering part numbers

X1961-R6 (standard)

X1981-R6 (promotional part number)

Cluster Configuration Overview


2 to 8 nodes 2 to 18 nodes 2 to 24 nodes

2 NetApp® CN1610

– 16 x 10Gbps

Ethernet ports

(SFP+)

4 ports used for ISLs

– 1 rack unit each

2 Cisco Nexus® 5010

– 20 x 10GbE ports

8 ports used for ISLs


– Expansion module

required for 12 to 18

nodes

1 module (8 x

10GbE)

2 Cisco Nexus 5020

– 40 x 10GbE ports

8 ports used for

ISLs

– 2 rack units each

2 NetApp CN1601

– 16 ports of 1Gbps

Ethernet RJ-45


2 Cisco® Catalyst®

2960

– 24 ports of 10/100

Ethernet RJ-45


2 Cisco Catalyst

2960

– 24 ports of 10/100

Ethernet RJ-45


Configuration Overview

Function Switch Max

Nodes

Configurable in

NetApp Cabinet Supported NICs

Cluster

interconnect

NetApp®

CN1610 8 Yes

X1117A-R6

X1107A-R6

X1008A-R6

Cluster

interconnect Cisco® NX-5010 12 No

X1117A-R6

X1107A-R6

X1008A-R6

Cluster

interconnect

Cisco NX-5010

with expansion

module

18 No

X1117A-R6

X1107A-R6

X1008A-R6

Cluster

interconnect Cisco NX-5020 24 No

X1117A-R6

X1107A-R6

X1008A-R6

Management

network NetApp CN1601 16 Yes

Management

network

Cisco Catalyst®

2960-24TT 2 – 24 No


Solution

Mix of FAS or V-Series HA pairs

NetApp® disk shelves and supported arrays

Same solutions for FAS and V-Series

Supported

Controllers

V32xx, V62xx

EMC DMX4, CX4; HP EVA x400, HDS AMS2x00

NetApp shelf required

Array Support EMC DMX4, CX4; HP EVA x400, HDS AMS2x00

NetApp shelf required

New in Data

ONTAP® 8.1

LUNs treated like LUNs (versus LUNs looking like disks)

More robust, more commands, better error messages

Data ONTAP 8.1 Cluster-Mode V-Series


C-mode

Proč teď

Cluster Management



Aplikace

OS

VMware

Hyper-V

MS SQL

ORACLE

SAP

MSSP


Data ONTAP 8.1 Cluster-Mode SAN Infrastructure

Host OS support

– Focus on virtualized OS

infrastructures

– VMware® ESX™ 4.x, 5.x

– Windows® 2008, 2003

– RHEL 5u6, 6

– AIX (FC only)

– HP-UX

– SuSE Linux®

– Solaris

Attached SAN fabrics

must support NPIV

Platform support

– FAS and V32xx and 62xx

– Also supported with 31xx,

6040, and 6080

– FAS2240 – iSCSI only

– No support for FAS2220,

FAS2040

iSNS support


Blue text – Data ONTAP® 8.1.1 required

VMware Native Multipathing (NMP)

53

~ # esxcli storage nmp device list naa.600a0980324666374a2b2d4a366d4f64 Device Display Name: NETAPP Fibre Channel Disk (naa.600a0980324666374a2b2d4a366d4f64) Storage Array Type: VMW_SATP_ALUA Storage Array Type Device Config: {implicit_support=on;explicit_support=off;

explicit_allow=on;alua_followover=on;{TPG_id=1002,TPG_state=ANO}{TPG_id=1000,TPG_state=ANO}{TPG_id=1001,TPG_state=AO}{TPG_id=1003,TPG_state=ANO}}

Path Selection Policy: VMW_PSP_RR Path Selection Policy Device Config:

{policy=rr,iops=1000,bytes=10485760,useANO=0;lastPathIndex=6: NumIOsPending=0,numBytesPending=0}

Path Selection Policy Device Custom Config: Working Paths: vmhba4:C0:T4:L1, vmhba3:C0:T4:L1

Round Robin

Path Selection Plugin

NAA ID

Canonical Name

SATP

Storage Array Type Plugin

Create a Separate LIF for Each NFS Datastore

Only way to avoid indirect path without auto path selection

– The alternative is to leave 20-30% extra node CPU headroom

Create LIFs on target node before creating datastores on that

node’s aggrs

VSC picks least-used LIF when creating NFS datastore

– Unused LIF will get picked first

– If no LIFs on selected node, VSC warns and ask for different aggr

When you move a volume, you move the LIF with it

– No effect on other volumes

– VSC M&HC detects datastores with volume on different node

VMware on NFS Datastore

54

55

Data3 Data2 Data1 OLTP

Data1 Data3 Data2 DW

Data

Data Log2

Log1 Log2 Log1 FRA

FRA

Root

Oracle Server

Logical Interfaces(Data LIF)

Ethernet Gigabit

Switch

NFS

Oracle

56

upgrade

57

iSCSI

– Hyper-V, VMware &Physical

NFS

– VMware

FC

– Physical

FCoE

– Physical

SMB

– Physical & Hyper-V

Storage Protocols for SQL Server

58

Object level QoS

– LUNs and Files (virtual disks, database files,

etc)

– Map objects to VMs

Policy based management

– performance management with minimal user

interaction

Predictable Performance

– Meet performance goals for critical applications

– Set reserves & manage oversubscription

Data ONTAP Quality of Service

59

ONTAP 8 Cluster-Mode

Clustered ONTAP 8.2 Quality of Service

60

Obj

IOPS Reserve: 3,000

Latency Target:

Slow

Priority: Low

SAP

IOPS Reserve:

6,000

Latency Target: Fast

Priority: High

IOPS Reserve: 10,000

Latency Target:

Medium

Priority: Medium

Collaboration Messaging

Obj

Obj

Obj Obj

Obj Obj Obj Obj

Obj Obj

Obj

Obj

Obj

Obj

Obj

Obj

Best

Effort

Obj

Customers are

diversifying

Storage & data

management is

a critical service

NetApp offers

the deepest set

of cloud

integrated

solutions

3 Keys to Customer Success

61

Storage integration similar to the VSC

– Provisioning, management, cloning and

backup for OVM Server and VMs

– Distributed natively in Oracle 11g

Oracle Storage Connect & NetApp

62

Create LUN

CLONE VM

NetApp Virtual Storage

Console Plug-in

– Provision and manage

storage to XenServer

– Clone VMs and import

into XenDesktop pools

SnapCreator

– Snapshot backup for

XenServer

NetApp & Citrix XenServer

63

64

C-mode

Proč teď

Cluster Management



Cluster Management Tools

Command line interface (CLI)

– Tab line completion

– Wild-card compatible

– Context-sensitive prompts

– Vserver-scope administration

– Simple cluster setup and join wizard starts automatically on newly

installed nodes

System Manager 2.0

– GUI-based management tool

– Wizard driven for common administrative tasks

NetApp® OnCommand® 5.1

– Storage resource management product

Cluster View

– Real-time charting of cluster-wide operations


The OnCommand Portfolio

System Manager

Report

Balance

Insight

Unified Manager

Workflow Automation

SnapManager®

SDK/API

Snap Creator

Framework

OnCommand System Manager 2.0

Easy wizard setup and

configuration

– CIFS, NFS, iSCSI, FC

Simple device management

– Intuitive, Web browser based

– Dashboard view, graphical reports

– Wizards for most common

workflows

Manage Data ONTAP® features

– Storage efficiency, security

– High availability, replication

Platforms

– Runs on Windows® or Linux®

– Data ONTAP 7.2.x and 8.x 7-Mode

– Data ONTAP 8.1 Cluster-Mode


http://web.netapp.com/engineering/design-depot/appliance-mgmt/single-element/arsenic/images/fs/cifs-hl-share-create-wizard-1aa.PNG

OnCommand System Manager 2.1

Expands on the 2.0 intuitive Web-based interface

– For example, enterprise content repository management, Flash

Pool

Simple management of cluster elements, including

Vservers

Volume move,

nondisruptive storage

management

– Easy wizard setup and config to

increase efficiency, reduce

errors

– One look and feel for 7-Mode

and Cluster-Mode


Simplified Storage Element Management

Cluster View Features

Integrated and installed automatically

– Accessible through the System Manager Advanced section

Operations and latency by protocol (CIFS and NFS only)

Network throughput

Network resource utilization

Storage throughput

CPU utilization

Storage space

Alarms

System health

Job status


Cluster View Dashboard


The OnCommand Portfolio

System Manager

Report

Balance

Insight

Unified Manager

Workflow Automation

SnapManager®

SDK/API

Snap Creator

Framework

7-Mode Clustered Data ONTAP

CORE

• Operational

capability

• Performance

capability

• Protection capability

• Provisioning

capability

• Operational capability

• Performance capability

• No protection &

provisioning capability

HOST

• Backup & recovery

of VMware

• Not Supported

Package Mode

OnCommand Unified Manager Packages

OnCommand Unified Manager 5.1


Data ONTAP® 8.x operating in Cluster-Mode monitoring, alerting, and

reporting

Cluster-Mode objects: clusters, Vservers, larger aggregates

Performance Advisor enhanced for clustering

IOPS, latency, throughput for physical and logical cluster objects

One look and feel for 7-Mode and Cluster-Mode

Operations at Scale

Cluster Mode Support in OC UM 5.1

Basic cluster mode objects Monitoring & Reporting – Physical objects

Disks , Disk Shelves,SFO Pairs,Larger Aggregates

FCP Ports, Clusters, nodes Aggregates, Ports, Interface Groups

– Logical objects Qtrees, Quotas, vServer,Volumes, snapshots, LIFs* Namespace,

Junction paths,LUNs, iGroups, Portsets,CIFS, NFS,FCP iSCSI

Performance Monitoring for C-mode objects – Details on next Page

Secure connection DOT C-Mode systems

Vol move,Vol move history, & Junctions Path History – Capacity History & No Perf Data History

OnCommand Unified Manager 5.1 Clustered Data ONTAP - Operations at Scale

76

Clustered Data ONTAP 8.x monitoring, alerting and reporting

Cluster-mode objects: Clusters, Vservers, Larger

Also, Performance Advisor enhanced for Clustered ONTAP

IOPS, latency, throughput for physical and logical cluster object

Monitoring and Alerting

77 OnCommand Unified Manager Technical Presentation

Features High-Level Description

Monitoring physical

components

1. Disks, disk shelves, SFO pair (new clustered object) (need

to complete disk shelf part)

2. Clusters, nodes

3. Aggregates

4. Ports, port aggregates

Monitoring logical

components

1. LIF failover rule

2. Qtrees, quotas

3. LUNs, igroups, portsets

4. CIFS, NFS

5. System health monitor

6. Vservers

7. Volumes, Snapshot™ copies

8. LIFs

9. Namespace, junction paths

Alerting

1. Events for Data ONTAP SNMP traps (needed)

2. Alarm infrastructure to provide notifications on events

3. Events for status change of physical and logical

components

4. Events for threshold breaches

Reporting

78 OnCommand Unified Manager Technical Presentation

Features High-Level Description

Inventory Cluster, ports, controller, LIFs, Vservers, volumes,

aggregates, groups NAS, SAN, qtree/quota

Health Event reports

Capacity Clusters, Vserver, volume, aggregates

Group

What’s New in System Manager 2.1

Builds on the value of v2.0

– Chrome Browser support

– Support for Red Hat

Enterprise Linux 6

Enhanced cluster

management

– Data ONTAP 8.x clustered

ONTAP

New: ONTAP 8.1.1 support

Graphic view to Data ONTAP

– New: Flash Pools

– Infinite Volume management

– Infinite Volume SnapMirror

– Native 64 bit installer

Support for new hardware

– Capacity-optimized shelves

Supportability Dashboard

Network configuration checker

tool

NetApp Confidential - Internal Use Only 79

Agenda

9:45 Čas pro Clustered Data ONTAP je tady





ONTAP

SW


Agenda - Softwarové novinky

Licence ONTAP

7-Mode standalone and clustered Data

ONTAP following the same licensing model

License keys becoming 28 characters

ONTAP having one set of keys per feature

regardless of mode

Some transition scenarios (mode

conversions, upgrades downgrades) may

require new license keys to be requested


SMSP 7.0

VMware

OC Balance 4.1

SMHV 1.2

SMO



SnapManager for SharePoint Overview

Support for SharePoint Server 2010, and SharePoint Foundation Server 2010

Streamline Management

Integrated Data

Protection

Storage Optimization

Management Automation

Secure Multi-Tenancy

Archive and Compliance

SnapManager

for

SharePoint

84

What Is SnapManager for

SharePoint (SMSP)?

SMSP is a self-service management

tool for:

Automated and frequent

SharePoint-consistent backups

Performing near-instantaneous

and granular restores

Policy-based archiving and

compliance without assistance

from the storage team

Unified platform for NetApp and AvePoint

User interface enhancements

Platform 100% based on Microsoft technology

stack

Service availability and scalability

Feature parity with SnapManager 6.1 for

SharePoint

Leverage DocAve tools

Investment Areas

85

SMSP 7 Underlying Technologies

86

What’s New?

Technology Platform Microsoft® .NET Framework

Web Service Microsoft Internet Information Server (IIS)

Built-In Database Microsoft SQL Server® Express

GUI Technology Microsoft Silverlight®

Communication Windows® Communication Foundation (WCF)

Browser Access HTTPS only

Security Technology Microsoft Crypto API

Storage Integration Data ONTAP® PowerShell Tool Kit

87

SMSP 7.0 Software Service Layers

• Interface to SharePoint®

• Item-level intelligence

• EBS/RBS provider

• SnapMirror® and SnapVault® integration

• Integration with AvePoint DocAve

• Backup and restore at database level

• Data pruning

• SnapMirror and SnapVault integration

• LUN management

• Snapshot™ technology

• Protection Manager integration

• Unified storage for online storage, archived/extended storage

• Compliance archiving

SnapManager for SharePoint

SnapManager for SQL

SnapDrive for Windows

NetApp Storage

SnapLock

SMSP 7 Requirements

SnapManager 5.2 P1 for SQL

Server

– Testing has been completed with

SnapManager 6.0 for SQL Server

– Required on SQL Server

SnapDrive 6.4.1+ for Windows

– Testing has been completed with

SnapDrive 6.5 for Windows

– Required on SQL Server and

Media Server

Data ONTAP PowerShell Tool

Kit 2.1.1

Windows .NET Framework

– Application Pools v2.0

Server

– Windows 2008, 2008 R2

– Internet Information Server 6.0+

Client

– Windows 7, Windows 8

88

Availability

– Multiple Control Services

– Multiple Media Services

– Multiple Agents

Load balancing

Stateless

Advantages of SQL Server HA

Benefits of New Technology Foundation

89

Load Balanced Control Service

Agent Agent Agent

How does SMSP 7 interact with

SharePoint?

90

SMSP

• GUI

• Storage Locations

• Indexing

• Auditing

SharePoint®

• GUI

• Storage Locations

• Indexing

• Auditing

Includes all farm components

Accomplished via SMSQL volume Snapshots™

Streaming backup of Web Front Ends items

SnapDrive volume Snapshots of BLOB stores and

Indexes

Platform Backup & Granular Restore

91

SMSP Platform Backup Process

Web-based Client

SMSQL

Backup

SnapDrive

Snapshot

Stream Copy

SMSP

Index

Stream Copy

SMSQL

clone-backup

SMSP

Agent

SMSP

Agent

SMSP

Agent

Control

service

93

Include custom databases

Caching of SharePoint farm tree

− Improved performance

− Refresh options to populate new

nodes

− Administration workflow

− “Include New” option

Web Applications

Content database

Discovery during runtime!

Selecting Backup Objects

SMSP 7 Platform Restore capabilities

“Farm” level restore

– Any/all farm components

Content DB level

Granular/item level

– In place or out of place

Restore from alternate location

– SnapMirror or SnapVault

BLOB store data

Granular/item level restore options

In place or out of place

Restore from original or alternate location?

Restore security and permissions?

Restore Workflow?

Restore how many versions?

Schedule or run now?

SMSP granular content restore

Web-based Client

SMSQL

clone-backup

SMSP

Index

Database Insert

(Append)

SMSP 7 Optional Modules

Storage Optimization

98

Real-time Storage Manager

99

Web Front-end

User

Upload

Stu

b

BLOB

Disk Storage

Database

RB

S

10

0

10

1

Scheduled Storage Manager

SQL Server

Rules

Easily specify unused

data with advanced

business rules

Schedule periodic offload

jobs to maintain SQL

performance

User Access

Web Front-end

Stu

b

User can continue to

search and access

externalized data

Performance-draining

BLOBs will be

offloaded from SQL

BLOB

10

2

Externalize “active” BLOB content

Alleviates storage burdensome features

– Larger quotas

– More versions

– Bigger files

Keep content database size minimized

Storage Manager’s Benefits

10

3

What does the Connector feature do?

Enables Connector

functionality on

existing Document

Libraries

Adds SMSP 7

“Content Library” and

“Media Library List

templates

2 different ways to

create Connected

libraries

Archive Manager

10

6

Prune content out of SharePoint

Store content in an “Archive” database

Custom business rule creation

Retention schedules

Flexible restore options

Content is truly out from SharePoint

No BLOB technology required

Archive Manager Features

10

7

10

8

109

Licensing

Licensing Model

110

Core Components Server-Based Storage-Based*

SMSP Manager One per server One per storage controller

SMSP Agent One per SQL Server®

One per WFE

Optional Components Server-Based Storage-Based

Connector One per host that is not

SQL Server in the farm

Not applicable

Storage Manager

Archive Manager

Core Components Server-Based Storage-Based*

SMSP Manager One One

SMSP Agent Unlimited Unlimited

SMSP Media Server Unlimited Unlimited

NetApp

– Platform Backup & Granular Restore bundled

– Support branded modules

– Optional modules can be trialed and sold direct

AvePoint

– Modules sold direct by AvePoint

– Support branded modules

– 90-day trial of DocAve optional modules

Module Support

111

SMSP 7.0

VMware

OC Balance 4.1

SMHV 1.2

SMO



NetApp TR updates for vSphere 5.1

vSphere 5.1 best practices – Based on ONTAP 8.1.1

Best practices for Oracle DB on vSphere 5.1

Best practices for MS Apps on vSphere 5.1

– Exchange, Sharepoint and MS SQL


Virtual Storage Console 4.1: Overview

VMware® vCenter™ plug-in

Key feature

– All features integrated with clustered Data ONTAP® and 7-Mode

VSC 4.1 now provides four capabilities

– Monitoring and host configuration

– Provisioning and cloning

– Backup and recovery (7-Mode)

– Nondisruptive VM optimization and migration (new and cool)

114

Virtual Storage Console Simplifies Management

115

Overview

End-to-end storage management

capabilities for VMware admin

New unified plug-in

VM lifecycle management

Discover/view

Provision/clone

Patch/optimize

Backup/recovery/DR

Cleanup

VI Admin

Policies

Storage Admin

Storage Pool

Automation

VM Lifecycle

Datastore discovery

Optimize host settings

View controller health

Provision datastores

Create rapid clones

Copy offload

Block zeroing

Redeploy VMs

from template

View utilization

Resize datastores

Optimize VMs

Fast, efficient

backups

Rapidly restore

Automatic replication

Unregister VMs

Detach from hosts

Destroy storage

objects

Maintain Protect Decommission Deploy Set Up

Virtual Storage Console 4.1

116

VSC 4.1: Discovery and Display

117

VSC 4.1: Data Path Optimization

118

VSC VM Optimization

119

VM

VM

Misaligned VM

Aligned VM

VM1

VM

Original

Datastore

VM

VM

VM1

NetApp® Optimized

Datastore

Storage

vMotion®

VM

VM

VM1

Alignment Management from VSC Orchestrates groups of VMs moving

• From default datastores to optimized datastores

• Through correction through alignment engine

• Back into default-aligned datastores after correction

Aligned VMs

Standard Datastore

Alignment

Engine

Client I/O Alignment Corrected

VM

Online VM Alignment: Scanning

120

How Cloud Changes Business Continuity

121

Simple orchestration

Application

Operating system

Simple app consistency

Traditional

Deployment

Intelligent Orchestration Is a Requirement for ITaaS Business Continuity

VMware vSphere®

Three layers to orchestrate

Application

VM and guest OS

App consistency is

challenging

Virtualized

Deployment

Datastore

vSphere vSphere

VMware vCloud® Tenant Organization

Many layers to orchestrate

Application

VM and guest OS

vApps

Tenant organizations

Business-critical apps need end-

to-end consistency

Cloud (ITaaS)

Deployment

Federated Datastores

Snap Creator Is Built for Cloud

A simple framework that:

– Intelligently and flexibly orchestrates:

NetApp® data protection technologies

Cloud and application consistency

– Supports virtualization and cloud

Provides VMware vCloud® capabilities

for XaaS

– One size fits all

Three simple components:

– Server: Orchestrator

– Agents: Environment Intelligence

– One unified GUI

122

Snap Creator™ enables data protection for business-critical applications

Snap Creator Agent Architecture

123

SC VMware Awareness

124

Orchestrate VM and App Consistency

125

126

SMSP 7.0

VMware

OC Balance 4.1

SMHV 1.2

SMO

NetApp Confidential - Internal Use Only


127

Heterogeneous OS Support

Multi-vendor, Multi-protocol Support (SAN, iSCSI, NAS/NFS, CIFS)

Powerful Analytics Intelligence Instead of Data

NetApp & Heterogeneous Storage

Unified analysis of Data ONTAP Cluster-mode and 7-mode

Server Storage VM

App

OnCommand Balance Overview

128

Troubleshoot issues

– Where are the storage

bottlenecks?

– Which workloads are victims

and which are bullies?

– What’s misaligned?

Optimize performance

– How much headroom do I have?

– Where can I put my VM/app for

best performance?

Predict problems

– How can I proactively avoid

bottlenecks?

– How can I head off issues?

Deliver TOP Storage Performance for Virtualization, Cloud, FlexPod


Optimize Workload and Determine Headroom

129 NetApp Confidential

65ms

One number that states the Health of Workload

Only way to look at CPU, Memory, and IO with one number –

good or bad workload handling

Expose inefficiencies and optimize use of resources

Troubleshoot: Know Storage Risks

Based on Analytics

What You Need to

Know Now

Abnormal and

critical events

Storage in Trouble

VMs in Trouble

Virtual Hosts in

Trouble

Physical Servers

in Trouble

Troubleshoot: Detect Misaligned LUNs and

Prioritizes Performance Risk

Troubleshoot: Misalignment Report Shows

Where to Take Action for Immediate Benefit

vCenter Plug-In: Deep Storage Performance

Visibility and Analysis Management

Solution Certified

Balance Plug-in

“OnCommand Balance gives me the best view and

insight into my NetApp storage environment.” - Paula Fortin, Sr. Systems Administrator

Green Mountain Power

Optimize Performance of

Agile Data Infrastructure


Balance 4.1 New Features & Benefits

Storage Dashboard Provides

Overview of Storage Performance In the past 3 days, have you had

any abnormal issues? In the most

recent analysis,

is this hot or not?

Are there

changes in the

top ten

workloads for a

storage array?


Get Cluster Visibility with Topology View


See cluster view

Balance discovers and

maps clusters, enabling

performance

optimization including:

– Identifying top workloads

– Determining performance

readiness for failover

– Performance reporting

– And more

Supports Clustered

ONTAP 8.1

This NetApp cluster

has multiple volumes

supporting the Oracle

database

OnCommand Balance Provides Visibility Into

Storage Supporting Virtualized Business Critical

Apps

Drill Down for Cluster Analysis Detail


Overall cluster

performance

Monitor failover

performance

Know “top talkers” in

your environment

Know Your Top Workloads


Which workloads are driving your storage?

Are there unexpected “heavy hitters”?

Cluster node CPU analysis


• Determines if front end or back end utilization

• If front-end, identified Vserver and LIF

NetApp NFS Analysis

NetApp storage only

Linux and Solaris

physical hosts and

guests


Expanded Heterogeneous Interoperability


New support for:

– NetApp Clustered

Data ONTAP 8.1.1

– NetApp physical

and guest NFS

– VMware vSphere

5.1

– HP 3PAR (beta)

– EMC VNX (block

only)

Balance Predictor Warns of Impending

Headroom Issues

Current IOPS is 2 - 4x

higher than normal

Click on “Full

Analysis”

OnCommand Balance Disk Utilization

Identifies Increasing Load on the Disk

The security server is driving disk

group, agg4, beyond it’s

performance capacity

OnCommand Balance Topology View

Shows Infrastructure Health

Remediation: Move Vol6 to

a less busy aggregate

Aggregate 4 is

the bottleneck

Security1 is the “bully”

driving more workload to

shared storage.

Security2 is

the “victim”

Balance Licensing Overview

1. Capacity (TB) License - no change

2. Controller License

– 7-mode: license attached to controller serial

number

– Cluster-mode: license attached to the cluster

serial number


NetApp Clustered ONTAP Controller

License

Based on cluster node count (INC-TOT)

Available for FAS and V-series 2200, 3200, and 6200 series – Same price as 7-mode

– Supports Clustered Data ONTAP 8.1.1

– New FAS3220, FAS3250 (Delphi) part numbers

Cluster conversion – Can convert 7-mode license to cluster license


SMSP 7.0

VMware

OC Balance 4.1

SMHV 1.2

SMO



149

Guest VM and Storage Cluster Layout

SnapManager for Hyper-V

Backup and restore management

– Backup and restore of VMs (VHD/VHDx)

– Scheduling and retention policy

– Application-consistent and crash-consistent backups

High availability (CSV, CSV 2.0 support)

Manage multiple remote Hyper-V™ hosts

Prescript and postscript support

SnapMirror® integration

Windows PowerShell™ commandlets for operations

Alert notifications through e-mail

NetApp® AutoSupport™

Extensive reporting for backups, restores, and configurations

Clustered Data ONTAP® 8.1.1 support

Windows Server ® 2012 support

150

Supported Platforms

Windows® platform support

Windows Server® 2012

Windows Server 2008 R2 SP1 x64 Standard, Datacenter, and

Enterprise editions (full and core installation)

Hyper-V™ Server 2008 R2 SP1 x64

151

SnapManager for Hyper-V Dependencies

Data ONTAP® versions

– Data ONTAP 7.3.1 P1 is the base supported version

– Data ONTAP 7.3.2 is required for supporting storage-side license

– Data ONTAP 7.3.1.1P8, 7.3.2P1, and 7.3.3 are required to support

vFiler® with SnapManager® for Hyper-V™

– Clustered Data ONTAP 8.1 for clustered Data ONTAP support

SnapRestore®

Required protocol license (FCP, iSCSI)

SnapMirror® (optional)

FlexClone® (optional)

SnapDrive® 6.2 and later

– SnapDrive for Windows® 6.4 for clustered Data ONTAP 8.1 support

– SnapDrive for Windows 6.4.1 for crash-consistent backup

– SnapDrive for Windows 6.5 for Windows Server 2012 support

152

SnapManager for Hyper-V on

Clustered Data ONTAP 8.1.1

SnapManager® for Hyper-V™ (SMHV) requires

SnapDrive® 6.4 for Windows® or later to manage

clustered Data ONTAP® 8.1.1 systems

All the features in SMHV continue to work on

clustered Data ONTAP 8.1.1

SMHV manages VMs on systems with both 7-Mode

and clustered Data ONTAP 8.1.1

153

SnapManager for Hyper-V on

Clustered Data ONTAP 8.1.1

Virtual machines (VMs) can be isolated within a

Vserver to simplify backup, restore data, and support

disaster recovery

User can a create a dataset to pool the VMs in each

Vserver and set a common policy for these VMs

Intercluster and intracluster SnapMirror® updates are

supported in SnapManager® for Hyper-V™ for

clustered Data ONTAP® 8.1.1 systems

154

Licensing on Clustered Data ONTAP 8.1.1

SnapManager® for Hyper-V™ (SMHV) provides per

storage system licensing and host-based licensing

SMHV storage-based licensing for clustered Data

ONTAP® 8.1.1 is part of the SnapManager_suite

license

If there is a host-based license for an earlier version

of SnapDrive® for Windows® (SDW), NetApp

recommends continuing with the same host-based

license after upgrading to SDW 6.4

155

Windows Server 2012 Support and

More

156

SnapManager 1.2 for Hyper-V

SMHV 1.2: Windows Server 2012 Support

Windows Server® 2012 (SAN only)

Distributed application-consistent backup for

VMs with CSV 2.0

Key enhancements and BURT fixes

157

Prerequisites

SnapDrive® 6.5 for Windows®

Microsoft® Device-Specific Module (MSDSM)

(for multipathing)

Windows Host Utilities Kit 6.0.1 (mandatory)

.NET Framework 3.5.1

158

CSV 2.0 Architecture

CSV 2.0 introduces two new components to support

distributed backup:

CSV writer. CSV writer serves the component-level

metadata from the nonrequesting node for CSV

volumes, and it functions as a proxy by including the

Hyper-V™ writers from the remote node for the

backup session.

CSV provider. CSV provider coordinates the VSS

back activities from all the Hyper-V writers on the

partner cluster nodes to make the VM in an

application-consistent state.

159

Advantages of Distributed Application-

Consistent Backups

Faster, since they avoid multiple backup requests to

each node in the cluster

The entire backup operation is performed from the

coordinator node (cluster owner) alone and by

leveraging the new CSV writer and CSV shadow copy

provider

More space efficient since it creates only one

Snapshot™ copy for each volume instead of creating

one Snapshot copy for each node and volume

combination

160

Windows Server 2012 Features Support

SMHV supports the following Windows Server ® 2012

features.

Windows Server 2012 CSV 2.0 (SAN only)

New virtual hard disk format (VHDx)

VMs hosted on BitLocker encrypted SAN LUNs

Note

VM (VHDx files) greater than 16TB are not supported

due to Data ONTAP® limitations

161

SMSP 7.0

VMware

OC Balance 4.1

SMHV 1.2

SMO




SnapManager 3.3 for Oracle

Overview

Provides integrated data management for Oracle databases

Simplifies and automates backup, recovery and cloning of Oracle databases

– Instantaneous and space-efficient backups using Snapshot™

– Rapid and granular restore & recovery using SnapRestore™

– Fast and space-efficient clones using FlexClone™

Manages archived redo log files

Integration with Oracle technologies like RMAN, ASM, Data Guard and RAC

Policy-driven data protection via integration with Protection Manager

– Automates replicating backups from Primary to Secondary/DR storage via SnapMirror®/SnapVault®

Option to protect backups to secondary immediately

– Automates restoring backups from Secondary/DR storage

– Automates cloning of protected backups on Secondary/DR storage

Pre and post scripts support for back up, restore and clone operations

SMTP alerts on operation results

Role Based Access Control (RBAC) to features

Handles FC, iSCSI, NFS and Direct NFS protocols


Backup/

Storage

Admin

* Data protection & RBAC not available on Windows


SnapVault SnapMirror

Architecture SnapManager

Repository

Profile of

Target DB

RMAN

Catalog

SnapManager

GUI/CLI

Protection

Manager/

NMC

Target

Database

SnapManager

Server

SnapDrive for

Unix/

Windows*

Operations Manager/

DataFabric Manager Server

Primary

Storage

Secondary

Storage

NetApp Data

ONTAP

NetApp Data

ONTAP

Log Files

FlexVol

Datafiles

FlexVol

Control Files

FlexVol

DBA

Backup

Automated, instantaneous and space-efficient backups using Snapshot

Backup:

– Entire database

– Tablespaces

– Datafiles

– Archived redo log files

Manages archived redo log files

– Consolidates archive logs backups

– Prunes archived redo log files

Policy-driven data protection via integration with Protection Manager

– Automates replicating backups from Primary to Secondary/DR storage

– Option to protect backups to secondary immediately

Verifies backups using the Oracle Database Verify utility (optional)

Catalogs backups with RMAN (optional)

Automates running pre and post back up scripts

– Accepts input parameters for the scripts from the GUI

Provides a built-in scheduler


Restore & Recover

Automated, rapid and granular restore & recovery using SnapRestore

– Restores datafiles (any size) in seconds

Reduces Mean Time to Recovery on failure

– Fast restores

– More frequent backups Less logs to replay Faster recovery

Automated Restores from backups on:

– Primary storage

– Secondary/DR storage

Automates running pre and post restore scripts


Restore options include restoring:

– The entire backup

– Only the tablespaces or data files you specify

– Only control files

– Control files along with data files or tablespaces

Recovery options include recovering the database to:

– The last transaction that occurred in the database

– A specific date and time

– A specific Oracle SCN

– The time of the backup

Preview option to review a file-by-file analysis of a restore operation


Clone

Fast, automated, and space-efficient clones using FlexClone

Ideal for test and development environments

Clone to the same or alternate host

Clone protected backups on:

– Primary storage

– Secondary/DR storage

Provides complete isolation from production

Tests DR readiness every time you clone

Makes active use of Secondary/DR storage for development, test and reporting

Automates running pre and post clone scripts


Automates running post clone SQL statements

Create permanent databases from clones by splitting the clone from it’s backup


169

Summary

Simplicity

Hides the complexity of the database operations and underlying storage from database and storage administrators

Efficiency

Minimizes the risk of data loss with increased backup frequency

Improves efficiency by greatly reducing restore and recovery times

Provides time and space efficient database cloning for setting up dev and test environments

Integration

Provides seamless integration with Oracle technologies such as RAC, RMAN, ASM, Data Guard & Direct NFS

Offers policy-driven data protection via integration with Protection Manager/OnCommand

Provides Role Based Access Control (RBAC) via integration with Operations Manager/OnCommand


Novinky

Improved profile Management - Provides

ability to rename a profile and reset the

password.

SQLNET

Pre-created datasets - Enables SMO end

users to use pre-existing datasets

Flexible cloning - Provides ability to disable

opening the database with Resetlogs option,

skip applying archive logs and skip

DBNEWID.


Agenda

Čas pro Clustered Data ONTAP je tady

Softwarové novinky

Flash paměť všude kam se podíváte aneb

něco na té flashi je


The material in the presentation is confidential until Feb 19th. Customers must have an active NDA before

this material can be presented.

172

NetApp Confidential

Performance Gap Challenge

Time

Huge gap between

CPU and storage

Relatively small

differences

between HDD types

Latency impacts

applications

Perf

orm

ance G

row

th

Server

HDD

Storage

Perf

orm

ance

Gap

173

Flash Changes Everything

Applications go faster and are more responsive

– Drives greater IOPS and MBps

– Reduces time applications wait

Operations finish sooner

– Shorter run cycles

– Faster time to market

– Quicker response

IT efficiency increases

– Lower $/IOPs

– Less space and power

174

NetApp’s Flash Leadership

Flash Cache Read caching for

all FAS workloads

Flash Pool Read/Write caching

plus HA for FAS

SSD on FAS Performance and

resiliency for shared

virtual infrastructures Flash Accel and

Server Cache Low-latency caching

with partner integration

175

SSD on E-Series Extreme performance

for dedicated workloads

2009 2010 2011 2012 2013

EF540 Flash Array First enterprise-class

flash array

>36PB of flash delivered to accelerate 3+ exabytes of storage

Freedom of Choice for Flash Technology More choices to address workload performance requirements

176

Flash Cache™

(read cache)

Flash Accel™

& server cache partners (read cache)

Flash Pool™

(read/write cache)

Flash Aggregates (persistent storage)

Shared Storage (Data ONTAP) Dedicated Workloads

SANtricity SSD Cache (read cache)

SSD Volumes (persistent storage)

EF540 (persistent storage)

All Flash Array

E-Series Hybrid Arrays

Introducing NetApp Flash Accel

Improved Performance

Latency by up to 90%, throughput

by up to 80%

Performance demanding business

apps

Flexible Deployment

Hardware agnostic-works with any

server based PCI-e Flash and SSD

Leverages Data ONTAP

Enables server Flash as shared storage

resource

Maintains end-to-end data coherency

177

Flash Technology in Storage

Server Flash All Flash Array Hybrid Array Traditional Storage

Performance (Latency) Requirements

Capacity Requirements

Cache storage

Fastest access

Lowest capacity

Persistent storage

Submillisecond

access

Larger capacity

Intelligent caching

Submillisecond access

for cached data

Leverages HDD

for capacity

Persistent storage

Slowest access

Scalable, cost-effective

capacity

178

Complete Portfolio of Offerings for Any Workload

NetApp Flash Portfolio

179

Flash Accel

Server Caching

Partners

Flash Cache

Flash Pool

Flash Aggregates

SSD Cache

Fas/V-Series

E-Series EF540

FlashRay

Server Flash All Flash Array Hybrid Array Traditional Storage

Cache storage

Fastest access

Lowest capacity

Persistent storage

Submillisecond

access

Larger capacity

Intelligent caching

Submillisecond access

for cached data

Leverages HDD

for capacity

Persistent storage

Slowest access

Scalable, cost-effective

capacity

180

Controller level Flash Cache

Array level (hybrid) Flash Pool

(Data cache)

Flash Aggregates

(Persistent)

Server level Flash Accel

Fusion-io (resell)

Shared Storage (Data ONTAP) Dedicated Storage

EF540

FlashRay

E-series

All Flash Arrays (Persistent)

Hybrid Arrays (Persistent or cache)

FAS

Freedom of Choice for Flash Technology More choices to address workload performance requirements

Flash Deployment by Workload

181

Server Cache Server Specific Applications

Extreme Database Performance

Shared

Infrastructure

Dev/Test

Web Apps

Content Repositories

All Flash Array

Hybrid Array

Traditional Storage

Capacity

Pe

rfo

rma

nce

(IO

PS

)

Flash Accel

– Accelerates specific applications

– Supports Vmware VSphere

– Managed by software installed on server

Flash Cache

– Highest performance for file services

– Improves latency for random reads

– Easiest way to add Flash

– Delivers predictable, high speed data access

Flash Pool

– Highest performance for OLTP

– Accelerates random reads and writes

– Automates the use of SSD technology

Server

Flash Accel

Storage

Flash Cache

Flash Pool

End-t

o-e

nd F

lash c

apabili

ties

NetApp Virtual Storage Tier Portfolio

182

© 2011 NetApp, Inc. All rights reserved. No portions of this document may be reproduced without

prior written consent of NetApp, Inc. Specifications are subject to change without notice. NetApp,

the NetApp logo, and Go further, faster, are trademarks or registered trademarks of NetApp, Inc.

in the United States and/or other countries. All other brands or products are trademarks or

registered trademarks of their respective holders and should be treated as such.

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