Iperconvergenza come migliora gli economics del tuo IT

1. LIVE WEBINAR © 2018 NetApp. Tutti i diritti riservati. Per attivare il collegamento audio: 1) Clicca su Audio → Audio Connection 2) Seleziona una di queste opzioni Chiama usando il computer Clicca su Call Using Computer , esegui il test audio, e clicca su OK Chiama al telefono Chiama 80079-8322 Oppure 0230410446 e inserisci il pin 926 969 764 Fatti richiamare Clicca su Call ME, inserisci il numero al quale vuoi essere richiamato e clicca su OK #NETAPPWEBINARSERIES Iperconvergenza: come migliora gli economics del tuo IT

2. LIVE WEBINAR © 2018 NetApp. Tutti i diritti riservati. Il Webinar si terrà in modalità Mute. Per fare le tue domande clicca sul tasto Q&A Per attivare il collegamento audio: 1) Clicca su Audio → Audio Connection 2) Seleziona una di queste opzioni Chiama usando il computer Clicca su Call Using Computer , esegui il test audio, e clicca su OK Chiama al telefono Chiama 80079-8322 Oppure 0230410446 e inserisci il pin 926 969 764 Fatti richiamare Clicca su Call ME, inserisci il numero al quale vuoi essere richiamato e clicca su OK #NETAPPWEBINARSERIES

5. The world is fundamentally and rapidly changing Unique customer experiences Intelligent interactions Real-time updates Any time, any place, any device Everything connected Driven by rising customer expectations © 2018 NetApp, Inc. All rights reserved5

6. Agile businesses are innovating and differentiating with data Apps transform business Analytics drives new functionality is generated by applicationsData © 2018 NetApp, Inc. All rights reserved6 AGILITY

7. © 2018 NetApp, Inc. All rights reserved The way to an agile business HCIInfrastructure-as- a-service modelConsolidation Virtualization Policy-based automation Private cloud 2000 Today Future 7 Hybrid cloud

9. © 2018 NetApp, Inc. All rights reserved9 Simplify & Automate Virtualized Workloads with the first enterprise-scale hyper converged infrastructure Building-block architecture Rapid deployment Easy management VMware-based All-flash storage Robust data services HCI NetApp®

10. Lowest-cost all-flash HCI on the market* 24% lower TCO @ 800 VMs* HCI 3X storage performance* 22% more efficient use of compute* 33% lower TCO @ 2,500 VMs* *Evaluator Group, How Architecture Design Can Lower HCI TCO, December 2017 NetApp® HCI 10 © 2018 NetApp, Inc. All rights reserved

13. First Generation Hyper Converged Infrastructure © 2018 NetApp, Inc. All Rights Reserved. What it is in theory ▪ IT infrastructure consisting of software-defined compute, network storage ▪ Easier to manage, intuitive hypervisor-aware storage ▪ Shared-core approach for low entry point ▪ Rapid response to the business via fewer integration points ▪ Pay-as-you-go expansion and economics ▪ Simple/rapid deployment and management ▪ One size fits all architecture

15. NetApp HCI Ready for Next. PREDIC- TABLE HCI SIMPLE FLEXIBLE *Evaluator Group, How Architecture Design Can Lower HCI TCO, December 2017 NetApp HCI 15 © 2018 NetApp, Inc. All rights reserved NetApp Data Fabric NetApp Data Fabric

16. Consumption Choices Connected by the NetApp Data Fabric © 2017 NetApp, Inc. All rights reserved16 PURPOSE-BUILT SYSTEMS CONVERGEDAS A SERVICE SOFTWARE DEFINED Fueled By NetApp Hosting Partners FlexPod SF NetApp HCI SolidFire Element X ELEMENT OS ONTAP Cloud FlexPod AFF | FAS ONTAP Select ONTAP

18. NetApp HCI Architecture © 2018 NetApp, Inc. All Rights Reserved. NetApp® SolidFire® Element® OS VMware ESXi Storage Nodes NetApp SolidFire All-Flash Storage Compute Node NetApp Architected & Designed mNode VMware vCenter Integrated Data Services Data Fabric Services Third-Party Services High Availability Backup & Recovery Replication Data Assurance Data Reduction File Services Object Services Backup & Recovery Replication Data Protection Orchestration Disaster Recovery NetAppDeploymentEngine

19. NetApp HCI Appliance Deconstructing the architecture © 2018 NetApp, Inc. All Rights Reserved. Limited Use Minimum Configuration: • 2 chassis, 6 nodes • 4 storage nodes, 2 compute nodes • 2 blank slots Building Blocks: • Chassis or node • 4 nodes per chassis • Compute or storage nodes Compute Node Compute Node Storage Node Storage NodeC D B A

20. NetApp HCI Storage Chassis Front details © 2018 NetApp, Inc. All Rights Reserved. Limited Use Node A Node B Node C Node D A Power Button B C D SSD-E SSD = Solid State SATA E = Encrypted Drive size printed on each drive carrier 24 x 2.5” Hot-Swap SSD Bays Blank Drive slots when only compute nodes

21. Compute Node Specifications © 2018 NetApp, Inc. All Rights Reserved. Limited Use Small H300E Medium H500E Large H700E 384 GB 512 GB 768 GB (4) 10 / 25 GbE (SFP 28)* (2) 1 GbE (RJ45) (4) 10 / 25 GbE (SFP 28)* (2) 1 GbE (RJ45) (4) 10 / 25 GbE (SFP 28)* (2) 1 GbE (RJ45) Memory Base Networking CPU (2) Intel E5 – 2620 v4 - 2.1 Ghz (2) Intel E5 – 2650 v4 - 2.2 Ghz (2) Intel E5 – 2695 v4 - 2.1 Ghz RU 1RU, half-width 1RU, half-width 1RU, half-width Cores for VMs 16 24 36 * Cables and transceivers not included

22. Storage Node Specifications © 2018 NetApp, Inc. All Rights Reserved. Limited Use IOPS 50,000 50,000 100,000 Small H300S Medium H500S Large H700S (6) 480 GB (6) 960GB (6) 1.92TBSSD RU 1RU, half-width 1RU, half-width 1RU, half-width (2) 10 / 25 GbE (SFP 28)** (2) 1 GbE (RJ45) (2) 10 / 25 GbE (SFP 28)** (2) 1 GbE (RJ45) (2) 10 / 25 GbE (SFP 28)** (2) 1 GbE (RJ45) Base Networking 5.5 TB – 11 TB 11 TB – 22 TB 22 TB – 44 TBEffective Block Capacity* * NetApp HCI effective capacity calculation accounts for Helix data protection, system overhead, and global efficiencies including compression, deduplication, and thin provisioning. SolidFire customers typically achieve an effective capacity range of 5x to 10x the (usable) capacity, depending on application workloads. ** Cables and transceivers not included

23. • Leverages latest HW technologies • NVMe SSDs • 25GbE • 22% more usable TB per rack U than current models • Interoperability with existing HCI and SolidFire clusters H610S Storage Node H610S-1 H610S-2 H610S-4 Drive Capacity 960GB 1.92TB 3.84TB SED/NSED Available in both Drives 12 Drive Type NVMe U.2 SSD 4K IOPS 100,000 @ sub-ms latency Network 10/25 GbE (SFP28) Processor 28 cores @ 2.2 GHz Memory 256GB 384GB 768GB Form factor 1U, 31” deep Effective Capacity (4X) 20TB 40TB 80TB Next Generation SolidFire Storage Platform 23 © 2018 NetApp, Inc. All rights reserved

24. H400 compute & storage Building Block Approach for NetApp HCI & SolidFire H400 nodes ▪ Value line ▪ Shared chassis All storage nodes run Element software 24 © 2018 NetApp, Inc. All rights reserved H600 compute & storage NetApp HCI Families Mixed Node Building Blocks H600 nodes ▪ Performance / scale line ▪ Independent chassis H400 compute & H600 storage

27. NetApp HCI Predictable Performance for Mixed Workloads © 2018 NetApp, Inc. All Rights Reserved. ▪ Testing was done running ▪ VMware Horizon for VDI, ▪ Microsoft SQL 2014 ▪ Mongo DB Technical Report- TR-4632

28. Guaranteed Performance Mixed Workloads with Predictable Performance Maintain Performance and Eliminate Noisy Neighbors- Technical Report 4652 (TR-4652) © 2018 NetApp, Inc. All Rights Reserved. ……application ARE protected due to the Predictable Performance Minimums …applications are NOT protected

29. *Quantifying the Economic Value of a SolidFire Deployment – ESG Whitepaper, February 2015 Unique Quality of Service Capabilities Consolidate Mixed Workloads Dynamically Allocate, Manage and Guarantee performance independent of capacity Define/enforce Min, Max and Burst settings for each application/volume 29 © 2017 NetApp, Inc. All rights reserved

30. Dynamically Allocate, Manage and Predictable performance independent of capacity Define/enforce Min, Max and Burst settings for each application/volume Consolidate Mixed Workloads with Confidence Set Unique Quality of Service Capabilities per Workload © 2018 NetApp, Inc. All Rights Reserved. Achieve Significant Cost Savings through Consolidation Density provided by QOS

31. Guaranteed PerformanceGuaranteed PerformanceDeliver Predictable Performance Provide granular control at VM level Prevent any VM from impacting the performance of another © 2018 NetApp, Inc. All Rights Reserved. VM Datastore Per VM with VVols

32. Many to One PERFORMANCE LEGACY 10 min MANY-TO-MANY DRIVE PROTECTION OTHERS 10 Minutes or Less: Distributed and Automated Rebuild High availability: Drive failure DRIVE FAILURE HOURS / DAYS DRIVE FAILURE HOURS / DAYS DRIVE FAILURE TOTAL DATA LOSS TIME Individual block data rate same as a single disk Slow build Large hardware requirement MANUAL REPLACEMENT DRIVE FAILURE © 2018 NetApp, Inc. All rights reserved32

34. Scale Compute and Storage Independently Scale Out and Scale In by node © 2018 NetApp, Inc. All Rights Reserved Compute w/Hypervisor Flash Storage Flash Storage Open Open Open Open Compute w/Hypervisor Compute w/Hypervisor Open Flash StorageFlash Storage Compute w/Hypervisor Open Compute w/Hypervisor Flash Storage PERFORMANCE CAPACITY MEMORY CPU

35. HCI Overhead dedicated to operations First-generation HCI solutions require compute and memory overhead to provide data services © 2018 NetApp, Inc. All Rights Reserved. ▪ Storage Controller VM ▪ Memory 16-128GB RAM ▪ CPU 4 – 8 cores ▪ Direct path I/O required ▪ As high as 30% overhead ▪ Data Services ▪ Deduplication – Add memory ▪ Compression – Add memory ▪ Erasure coding – Add memory ▪ File services – Add memory HYPERVISOR Storage Controller VM User VMs SCSI Controller RAM VM I/O StorageI/O CPU Up to 30% Overhead Cost In Compute CPU & RAM

36. Shared Core HCI Hidden Costs The Shared Core Model forces customers to spend more than they should © 2018 NetApp, Inc. All Rights Reserved ▪ Shared Cores require lockstep increase of all resources ▪ Expanding compute or storage generally requires expansion of all resource pools leading to excess capacity and additional costs ▪ Licensing per socket for many products are affected ▪ Databases ▪ Backup and DR ▪ Various Applications PERFORMANCE CAPACITY MEMORY CPU LICENSIN G

37. Open storage model Flexibility to integrate external compute systems with NetApp HCI storage targets © 2018 NetApp, Inc. All Rights Reserved Other Compute Platforms* VMware VVols OpenStack Volumes KVM Volumes NetApp® HCI Container Volumes * Not installed with NDE but leverages SolidFire automation integrations

38. Manage your VMware environment through vSphere Leverage single vSphere management across your HCI and Non-HCI resources © 2018 NetApp, Inc. All Rights Reserved vCenter Plug-InNetApp® HCIExisting Compute

40. Initialize Configure Build Finish NetApp Deployment Engine (NDE) Up and running in 45 minutes; intuitive deployment engine reduces 400+ inputs to fewer than 30 © 2018 NetApp, Inc. All Rights Reserved.

41. NDE (NetApp Deployment Engine) Latest features for NDE 1.3 © 2017 NetApp, Inc. All rights reserved41 • NDE 1.3 • Ability to add compute and storage nodes seamlessly after initial installation • Auto-Discoveries all HCI nodes • DHCP optional • NDE 1.2 • ONTAP Select 9.3 now deployed by NDE • Initial licensing supports 2 to 8 TB • NDE now supports deploying vSphere distributed switches (VDS)

42. Same experience as initial NetApp HCI installation ▪ Same as experience as initial setup with NetApp Deployment Engine ▪ Accessed via https://<storage-node-ip> ▪ Simple wizard guides through ▪ Picking resources to be added to the NetApp HCI installation ▪ Setting network addresses for new resources ▪ Reviewing the cluster configuration Expanding NetApp HCI 42 © 2018 NetApp, Inc. All rights reserved NetApp Deployment Engine experience when growing existing NetApp HCI installations

43. Simplified Operations and Management- vSphere Plug-In Leverage VMware vCenter for day-to-day operational tasks © 2018 NetApp, Inc. All Rights Reserved ▪ 95% of operations performed from vCenter, including acknowledgment hardware alerts

47. ▪ NetApp HCI Storage API methods modeled as workflows to schedule and automate storage administration tasks ▪ When you combine automation for ESX, NSX and NetApp HCI Storage you can automate all your administration tasks NetApp HCI Plugin for vRealize Orchestrator NetApp HCI API Integration allow you to to Automate your Administration task

49. NetApp ONTAP Select vNAS on NetApp HCI ▪ Use the industry’s #1 storage operating system for proven file services. ▪ Leverage single HCI platform for block storage access and NAS file services. ▪ Provide basic infrastructure NAS file services. ▪ Dynamically add capacity on the fly in increments as small as 1TB. Provide NetApp HCI file services through vNAS © 2018 NetApp, Inc. All Rights Reserved. ONTAP

50. ▪ Installation is part of NetApp HCI deployment ▪ NetApp Deployment Engine accepts new (or existing) ONTAP Select license ▪ 2-8TB raw storage capacity ▪ Standard or Premium licenses ▪ All features of ONTAP Select are available, with the exception of iSCSI Installation on NetApp HCI File Services powered by ONTAP © 2018 NetApp, Inc. All rights reserved. Enabling file services as part of the NetApp HCI deployment

52. Snapshot Copies/VSS Overview Next-generation data protection 1. Real-Time Replication ▪ Synchronous ▪ Asynchronous ▪ NetApp® Snapshot™ technology 2. Snapshot Copies and Clones ▪ Scheduled ▪ Single ▪ Group 3. Integrated Backup and Restore ▪ S3 ▪ Swift 4. Partnered Solutions ▪ Microsoft VSS ▪ Commvault ▪ Veeam S3 / Swift CLOUD NATIVE INTERNAL THIRD PARTY Synchronous / Asynchronous Replication Backup 1 2 Backup Recovery Recovery 4 3 Restore © 2018 NetApp, Inc. All rights reserved52

54. ▪ Seamless data replication between NetApp SolidFire Element® OS and ONTAP® powered systems ▪ Cross-platform failover from Element OS to ONTAP for disaster recovery ▪ Native data format to help leverage the NetApp Snapshot™ and FlexClone® features of ONTAP SnapMirror integration with Element OS New with ONTAP 9.3 and Element OS 10.1 54 NetApp SolidFire® NetApp® HCI FAS hybrid flash All Flash FAS © 2018 NetApp, Inc. All rights reserved

55. SnapMirror for NetApp HCI and Element OS © 2018 NetApp, Inc. All rights reserved. NetApp HCI / Element OS Use Case Details Disaster recovery NetApp HCI or other Element OS based system as the source, NetApp ONTAP® as the target Data analytics Clone volumes on ONTAP, run DB test, analytics, Application Test / Development Remote backup Mount snapshots from ONTAP and backup with 3rd party software Data fabric Clone volumes and send to any data fabric endpoint 55

56. SolidFire-to-ONTAP disaster recovery solution ▪ ONTAP LUNs can now be replicated to Element OS ▪ Create new LUNs while failed over to ONTAP and restore to SolidFire on Failback ▪ Migrate volumes to NetApp HCI using SnapMirror ▪ Mirror-latest policy only – not designed to Support SF/HCI as DR/Backup target 56 © 2018 NetApp, Inc. All rights reserved Primary Secondary Primary Resync Primary Primary Secondary 1 2 3 4 Create * ONTAP LUN Transfer * new LUN To HCI Run * workload on HCI New functionality available with ONTAP 9.4 and Element 10.3 * New

57. ▪ Reference Architecture ▪ IntelliSnap NetApp HCI Enterprise Data Protection Management Features, Data Fabric, and partnered solutions © 2018 NetApp, Inc. All rights reserved. Data Protection Ecosystem ▪ Reference Architecture ▪ Reference Architecture ▪ NetBackup Use Case Integrated Application Backup Software Data Fabric 57

58. In summary PREDIC- TABLE HCI SIMPLE FLEXIBLE *Evaluator Group, How Architecture Design Can Lower HCI TCO, December 2017 NetApp HCI 58 © 2018 NetApp, Inc. All rights reserved. NetApp Data Fabric NetApp Data Fabric

60. More info NetApp HCI Enterprise-Scale Hyper Converged Infrastructure Guida alla comparazione delle architetture HCI: https://www.netapp.com/us/products/converged-systems/hyper-converged-infrastructure.aspx © 2018 NetApp. Tutti i diritti riservati.

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