Netapp Template Guidelines

Transcript

NetApp Partner Training & Certification FY17 Selling ONTAP Marco Deveronico Sr Presales Consultant Milano, 31 Gennaio 2017 Ferrara, 7 Febbraio 2017 Soave (VR), 9 Febbraio 2017 [email protected] Agenda  Novita’ Certificazione Partner GOLD FY17  ONTAP 9.x Key Features  FAS/AFF Platforms update  Tech Refresh Tool (TRT)  Esame Selling ONTAP 2 NetApp Partner Program FY17 3 FY17 EMEA Unified Partner Program Guide 4 Certificazioni necessarie per i Partner 5 NetApp Sales Promo Q4 FY17 6 FY17 EMEA Q4 Bundles and Express Pack 7 EMEA Top Seller Bundles FY17Q4 FAS2520 FAS2520 Essentials only or Premium SW 8 Bundle Nr. Model Controllers HDDs OS 1 FAS2520 Single 12x2TB 8.3 cDot 2 FAS2520 Dual 12x2TB 8.3 cDot 3 FAS2520 Dual 12x4TB 8.3 cDot 4 FAS2520 Dual 12x900GB 8.3 cDot 5 FAS2520 Dual 12x1200GB 8.3 cDot NetApp Confidential – Limited Use SW Essentials Only/Premium Essentials Only/Premium Essentials Only/Premium Essentials Only/Premium Essentials Only/Premium Connectivity 4x 10G Base-T 8x 10G Base-T 8x 10G Base-T 8x 10G Base-T 8x 10G Base-T Legacy Express Packs Express Pack OS/Software Expansion Packs Other Options • • • • • • • 6 x 4TB HDD 12 x 6TB HDD 12 x 4TB HDD 12 x 900 GB HDD 24 x 900 GB HDD 12 x 1.2 TB HDD 24 x 1.2 TB HDD SANtricity OS included (no Encryption <11.30) Sold Separately Power Cables Other Options 9 FAS25xx E2700 System NetApp Confidential – Limited Use • • • • • • 24x1.2GB HDD 24x800GB HDD 24x2TB HDD 24x4TB HDD 4x400GB SSD+ 20x2TB HDD 4x400GB SSD + 20x900 GB HDD FAS8020 • • 48x1.2TB HDD 48x4TB HDD FAS8040 • • 48x1.2TB HDD 48x4TB HDD AFF8040 • • 12 x 960 GB SSD 24 x 960 GB SSD • Base Bundle: Includes all protocols • Data Protection Bundle: SnapMirror SnapVault SnapRestore • Premium Bundle: Base + All optional software Sold Separately Configurable Optics / Cables NetApp® Support Edge or PartnerChoice Services 21 Next Gen Express Packs Express Pack OS/Software • • • • • 12 x 800 GB SSD 24 x 800 GB SSD 12 x 900 GB SAS 12 x 4 TB NL SAS 12 x 8 TB NL SAS 24 x 900 GB SAS 24 x 1.2 TB SAS 12x1.2 TB SAS 20x900 GB + 4x960 GB Hybrid Sold Separately Power Cables Other Options 10 • • • • SANtricity OS included (w/Encryption 11.30+) Expansion Packs Other Options FAS2650 E2800 System NetApp Confidential – Limited Use FAS8200 • 24 x 4TB NL SAS AFF A300 • 12 x 3.8 TB SSD AFF A200 • • 12 x 960 GB SSD 24 x 960 GB SSD • Base Bundle: Includes all protocols • Premium Bundle: Base + All optional software 12 x 4TB NL-SAS Optics / Cables NetApp® Support Edge or PartnerChoice Services Sold Separately Q4 FY17 • FAS 2620 ONTAP 9.x 11 Consolidate across environments with NetApp ONTAP 9 NetApp® ONTAP® 9 Common Data Services 12 Engineered Converged Third-Party AFF + FAS FlexPod® FlexArray® SDS Near Cloud Cloud ONTAP Select NetApp Private Storage ONTAP Cloud Lo sapevate che fino a ONTAP 8.3.x… https://library.netapp.com/ecm/ecm_download_file/ECMP12458217 13 © 2016 NetApp, Inc. All rights reserved. Lo sapevate che invece con ONTAP 9… 14 Lo sapevate che… N_Port ID Virtualization 15 Support GPS = Guided Problem Solving 16 Simple transition from any starting point 17 From third-party arrays Accelerated import processes From ONTAP 8.3 Nondisruptive update From 7-mode Proven tools and best practices ONTAP 9.0 Delivery Themes  Lower $/GB and TCO  Lower cost AFF storage with inline data compaction, 15.3TB SSD, ADP root-data-data partitioning  Performance  More IOPs at <1ms latency, performance headroom, more consistent latency, Performance Capacity used %  Simplicity  Data protection licensing, onboard encryption key management, AFF setup in <10 minutes  Added Protection and Compliance  SnapLock, RAID-TEC, MetroCluster for AFF, NFS and CIFS authentication  Software-defined ONTAP  ONTAP Select on commodity servers and ONTAP Cloud for AWS 18 ONTAP 9.1 Highlights  New platforms  Support for more CPU cores, more memory, higher speed Ethernet and Fibre Channel  Solidify NAS leadership  Massively scalable containers (FlexGroup)  Flexible encryption  NetApp Volume Encryption with standard SSDs and HDDs 19 Radically change data center economics 1PB of storage  <1ms latency performance to all data  11 times smaller footprint—8U vs. 2+ racks  11 times lower power consumption, 8kWh  No tuning for performance 2+ racks  6-month payback NetApp AFF 8U 10K high-performance HDDs 20 15TB SSDs, 4:1 efficiency Proven efficiency Drive storage cost reductions: lower capex and opex Data growth NetApp® RAID-TEC™ and RAID DP® technologies Storage Cost NetApp Snapshot® technology Thin provisioning Cloning Inline deduplication Inline compression Inline compaction (new) Storage Capacity 21 Inline Adaptive Compression and Inline Data Compaction Default policy for AFF systems running ONTAP 9 Volume B Volume A 4KB 8KB 8KB 8KB 50% compressible 80% compressible 80% compressible 55% compressible 4KB 4KB 4KB 4KB 4KB Vol C 3x 1KB Writes from hosts/clients Without compression 4KB 4KB 4KB 4KB 4KB 4KB 4KB 11 blks After inline adaptive compression After inline data compaction 22 4KB 4KB 4KB 4KB 4KB 4KB 4KB 4KB 8 blks 4KB 4KB 4KB 4KB 4 blks AFF Inline Storage Efficiency Workflow Inline Zero-block Deduplication All-zero blocks are detected No user data is written to SSDs; only metadata is updated 23 Inline Adaptive Compression Inline Deduplication Compresses 8KB blocks written to storage Deduplicates incoming blocks against recently written blocks Aligned with I/O size used with most databases Used in conjunction with background (postwrite) dedupe to achieve maximum space savings Inline Data Compaction Combines 2 or more small logical blocks into a single 4KB physical block RAID-TEC Triple Parity Protection ONTAP 9 RAID-TEC  Reducing the risk of data loss with ≥6TB HDDs requires more RAID protection  Alternative: Support bigger RAID groups by adding a third parity drive  RAID-TEC group sizes are 1.5–2x larger than RAIDDP for disk drives bigger than 6TB  RAID-TEC is the default for 6TB and 8TB NL-SAS HDDs RP = row parity (RAID 4) DP = diagonal parity (RAID-DP = RP + DP) TP = triple parity (RAID-TEC = RP + DP + TP) 24  Required for 10TB and larger NL-SAS HDDs  Also supported with 10k rpm SAS HDDs and SSDs  NetApp patent for triple parity (US7640484) Advanced Drive Partitioning 25 Data ONTAP 8.3.x Root-Data (RD) Advanced Drive Partitioning Single-shelf AFF system configuration Node A DP R P R R R R R R S R S R DP R P R R R R S R S R DP P D D D D D D D D D S DP P D D D D D D D D D S 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 Node B  SSDs are partitioned into 1 small root partition and 1 large data partition  Standard aggregate configuration per node:  A root aggregate RAID group of 8 data + 2 parity partitions, and 2 spare root partitions  A data aggregate RAID group of 9 data + 2 parity partitions, and 1 spare data partition  Total usable capacity is 18 data partitions out of a total of 24 – 75% efficiency  6 SSDs total are used for parity and spares 26 Drive Partitioning with External Shelf FAS2554 Active/Active HA configuration for 24 HDD (4T SATA) platform + External shelf Node 1 (Active) Aggr1 Node 2 (Active) r1 r1 r1 r1 r1 r1 r1 r1 p p s s r2 r2 r2 r2 r2 r2 r2 r2 p p s s rg0 D D D D D D D D D P P S D D D D D D D D D P P S rg1 1 External Shelf 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 D D D D D D D D D D D D D D P P S 1 2 3 4 5 6 7 8 131414 15 17 16 17 2018 19 232024 9 10 11 12 13 15 16 18 19 21 22 21 22 27 23 24 ONTAP 9 Root-Data-Data (RD2) Advanced Drive Partitioning with single shelf Single-shelf AFF system configuration or FAS entry (FAS2552, FAS2650) all SSD DP R P R R R R R R S R S R DP R P R R R R S R R S DP P D D D D D D D D D D D D D D D D D D D D D S Node B Node A DP P D D D D D D D D D D D D D D D D D D D D D S 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23  Total usable capacity is 42 data partitions out of a total of 48 – 87.5% efficiency  Partitions on 21 SSDs are used for storing data – 3 more than with RD partitioning  16.7% more usable capacity (0.875 / 0.75) 28 Root-Data-Data (R-D2) SSD partitioning – 2 shelves ONTAP 9.0  R-D2 SSD sharing with 2shelves provisions (3) partitions but slice ownership similar to Root-Data method  Both Data partitions per SSD owned by (1) node  (2) RAID-Groups are created for each node  For AFF & FAS all SSD Use Cases with > 24 SSD, up to 48 Drives 29 Ma dove NON si puo’ usare il Partitioning?  7-mode  MetroCluster  FAS8000  FAS8200  FAS9000  FAS2600 EMPTY con solo cassetti esterni 30 ONTAP 9 SnapLock 31 SnapLock with ONTAP 9 NetApp WORM (Write Once Read Many) solution  Single license for both solutions New  SnapLock Compliance: SEC 17-a(4) compliant  SnapLock Enterprise: supports privileged deletes Primary Storage  System Manager and Unified Manager support SnapLock WORM Volumes  NetApp Storage Encryption (NSE) support Archival Application  7MTT copy-based transition support at GA  Not supported with initial release: Jun 30th 2040 Secondary Storage 32 New Jun 30th 2040 DR Site  SnapLock Compliance with MetroCluster  Compliance journal for SnapLock + SnapVault New MetroCluster 33 New with ONTAP 9 MetroCluster 8-node configuration 8-node MetroCluster™ (NAS only)  4-node (2 HA pair) cluster at each site  HA pairs are replicated to respective pair at secondary site  Fabric configuration only  Up to 300km (FC); up to 200km (IP) Benefits  Optimize cluster configuration  Mix AFF and FAS nodes and controller models  Nondisruptively move data between nodes in cluster to load balance or service (changes are instantly replicated) 34 Cluster A Data Center A Cluster B Data Center B New with ONTAP 9 Nonmirrored aggregates  Mirror enabled/disabled at aggregate granularity  Select aggregates to mirror or not mirror  Mix critical (RPO=0) and noncritical workloads in a single MetroCluster™ configuration  Supported on all 2-node, 4-node, and 8-node MetroCluster configurations Example: Oracle and SAP data is synchronously replicated, and home directory data is not replicated 35 MetroCluster update Cosa e’ cambiato per le configurazioni MetroCluster 9.x e SAS3 con i nuovi FAS/AFF  ATTO 7500N per MC Stretch con SFP+ Long Wave  New Stretch distance con ATTO 7500N: 500m  SAS3 cabling: Direct Optical max distance 100 metri  FC-VI con porte UTA2 FAS8200/A300  Aggiornamento documenti Presales in corso  Processo di review delle nuove configurazioni 36 FlexGroup 37 What is NetApp FlexGroup  FlexGroup is a scale-out file system constructed from a group of FlexVol® volumes  FlexGroup looks and feels like a normal FlexVol volume to storage admins and clients  FlexGroup intends to solve three problems with modern NAS in scale-out storage:  Performance Consistently low latency  Capacity Essentially unlimited  Management Visually the same as FlexVol volumes /FlexGroup 38 Scale Out NAS Container – NetApp FlexGroup Single Namespace  Cluster scale container  20PB, 400 billion files, 200 constituents  Linear scaling for performance and/or capacity  Consistent performance  Seamlessly scalability of capacity B A3  Operational simplicity C1 C C2 C3 B2 A1 A2 B1  Provision, manage, and monitor workflow behavior  Out-of-box automated provisioning  Operational efficiency  Leverage existing aggregates and SVMs  Run NAS and SAN workloads in the same cluster 39 • • • • Auto capacity balanced container Granular data management Multi-protocol support – NFS + SMB 2.x Foundation for emerging applications Onboard Key Manager & Volume Encryption 40 Onboard Key Manager NetApp Storage Encryption (NSE) for AFF and FAS Onboard Key Manager (OKM) Onboard Key Manager External Key Server (KMIP)  Simple  Compliance  Quickly deploy data at-rest encryption  One-time passphrase configuration  Passphrase protects keys  Integrated  Included with ONTAP 9 at no cost  Enables self-contained encryption solution  Automatic  Creates all required keys  Automatically generates AES-256 encryption keys where needed  Meets FIPS 140-2 requirement  Higher FIPS compliance requires external key server appliance  Multi-Cluster  Single key server supports many clusters  Centrally manage all encryption keys  Industry Standard  Supports industry KMIP standard  Redundant HA key management  NetApp qualified key servers – check IMT NSE SSD Only one type of key manager can be used per cluster 41 NetApp Volume Encryption Software-based data at-rest encryption  Encrypt data on storage with standard SSDs and HDDs Write (encrypt)  Supported with AFF, FAS, MetroCluster, and ONTAP Select  Data on existing systems can be encrypted using volume move Read (decrypt) request response Network  Zero-management encryption solution for data on disk WAFL  Leverage storage efficiency features with encryption  Encrypt on high capacity drives that don’t have an equivalent NSE model (e.g. 15.3TB SSD)  Cryptographic Module (CM) encrypts volume data prior to writing to storage; data is decrypted before it reaches WAFL 42 Cryptographic Module RAID Storage Encryption Keys and Key Management NetApp Volume Encryption (NVE)  Unique protection for every data volume  XTS-AES-256 data encryption key per volume  Node root and SVM root volumes are not encrypted  NVE-capable ONTAP image required  $0 license required to enable NVE  Encryption keys are stored and protected by Onboard Key Manager (OKM)  OKM included with ONTAP 9 at no cost 43  Supported platforms  AFF8000 and new AFF platforms  FAS8000, FAS6280/90, and new FAS platforms  NO FAS2500, FAS2200  Encrypting an existing volume  Re-keying and decrypting a volume is done via a volume move operation  FIPS 140-2 Level 2 compliance  NetApp Storage Encryption (NSE) systems and external KMIP server still required Software Defined ONTAP 44 Software Defined Storage ONTAP Cloud versus ONTAP Select ONTAP Cloud  ONTAP running in a hyperscaler service provider environment  Amazon Web Services (AWS) and Azure  License model designed for cloud consumption mentality  Use cases  Cloud replication/DR  Dev/test, file services, database applications 45 ONTAP Select  ONTAP running on-premise on commodity hardware  NetApp-qualified major server vendors  Flexible capacity-based licensing  Use cases  Primary storage for Tier 2 and 3 workloads  Private cloud storage services  Disaster recovery/secondary storage What’s New with ONTAP Select … VMs / Hosts File Services Software defined ONTAP ONTAP Select  What customer problems does ONTAP Select address?  Reduce your TCO by leveraging commodity based hardware  Business agility by deploying ONTAP Select in a few minutes  Enterprise-class availability for biz apps – home directories, web apps,…  Efficient and effective data protection with ONTAP values  ONTAP Select availability Hypervisor Commodity … iSCSI  9.0 RC1: Support for VMware vSphere  9.1 RC1: ONTAP Select Premium for license for SSDs (8 virtual CPUs, 64GB memory)  Starting from:   46 … DAS SMB/ CIFS NFS HA Hypervisor HA Hypervisor Hypervisor 2TB (single node) 3TB (multi node HA) Four-node configuration Hypervisor ONTAP Cloud for AWS and Azure AWS Azure  High Availability for AWS  Deploy ONTAP operating system as software in the cloud  Max capacity per node support is 368TB  No HA capability  Protection against a single Availability Zone failure  Max capacity per node support is 31TB  Further enable a common set of data services in the cloud  Expand options to own and now lease or rent on demand 47 Performance 48 Optimized Resource Utilization Mix and match storage tiers on one controller SATA load impact on co-located SSD Aggr Avg Latency 8.3.1 SSD 8.3.1 SATA 9.0 SATA 9.0 SSD With ONTAP 9  Flash aggrs and HDD aggrs can coexist happily on the same controller  Application performance on Flash tier is isolated from the HDD tier  Performance of healthy aggrs is protected from slow aggrs Simpler hybrid FAS setup – no need to isolate SSD aggrs on a separate node 49 Performance Capacity Metric, Optimal point, Performance Capacity used and Headroom  Performance Capacity (%)  Incorporates resource utilization and latency (response time) into a single performance metric  Depends on resource physical hardware capabilities  Workload mix  Performance metric for node and aggregate  Optimal point  100% performance capacity used is called the “ optimal point”  Point at which output of a resource is optimal within desired latency limits  A little increase in utilization beyond optimal point has a bigger increase in latency  Performance Capacity used (%)  Headroom = Performance Capacity free  A resource remaining useful capacity when measured from optimal point 50 Available IOPS Absolute value  Available IOPS tells you the number of IOPS that can be added to the resource before reaching the maximum performance capacity  Available IOPS is the estimated amount of remaining average IOPS for a resource  You can add workloads of a predetermined number of IOPS to a resource  Total IOPS based on physical characteristics of the node or disks  Node: number of CPUs, CPU speed , amount of RAM  Aggregate: SATA, SAS, SSD disk 51 Fast Failover with Prescriptive AFF SAN Configurations Architected for >99.999% Availability Planned Failover Unplanned 2-10 2-15 Secs Secs Innovation Patents Pending 52 Failover More Deferred Processing Reduction in path-length Finer Grain Data Management Increased Parallelization Continuous Performance Improvement since Data ONTAP 8.3 Increased random read-write throughput at low latencies on AFF systems  Improvements in every release since AFF8000 was introduced with 8.3  30% throughput increase @ 1 ms (ONTAP 9.0 vs 8.3)  85% increase @ 600 µs (9.0 vs 8.3) 1 ms  Result of multiple optimizations of read-write data paths, resource scheduling, and message processing +30% 1x 53 2x 3x 4x 5x 6x 7x Nuovi sistemi FAS / AFF 54 Biggest Hardware Platform Refresh in NetApp History! Powered by ONTAP 9.1  Accelerate enterprise applications  Deploy next-gen data center: 32Gb FC SAN and 40GbE networking  Onboard NVMe flash for read caching  High performance systems  FAS2600: +200% vs FAS2500 running 8.3.x  FAS8200: +50% vs FAS8040 running 8.3.x  FAS9000: +50% vs FAS8080 EX running 8.3.x FAS9000 Designed for business critical workloads  Simplified serviceability  Over 14 PB capacity FAS8200 Built for enterprise workloads  5 PB capacity  Simplify deployment  Simpler cluster setup via System Manager  Easier serviceability  More flexible  Massive NAS volumes – FlexGroup  12-node SAN clusters 55 FAS2650 FAS2620* Optimized for small-enterprises and mid-size businesses  FAS2650: 24 internal drives  FAS2620: 12 internal drives* * Available 02/2017 NetApp FAS Hybrid Unified Scale-Out Storage Simplified unified scale-out portfolio FAS9000 FAS8080 EX FAS8200 FAS8060 FAS2650 FAS8040 FAS2620* FAS8020 New Portfolio High-End FAS2552 FAS2554 FAS2520 Mid-Range Current FAS Entry * FAS2620 availability is targeted for Q1 CY2017 56 Storage ibrido unificato NetApp FAS Linea di prodotti completamente rinnovata  Aumento significativo di velocità e reattività FAS9000  Performance migliorate fino al 200% Carichi di lavoro business-critical  Flash Cache™ NVMe inclusa in tutti i modelli  Connettività dalle performance elevate  Miglioramento della disponibilità e della sicurezza  Riduzione del TCO 57 FAS8200 Carichi di lavoro enterprise FAS2600 Piccole e medie imprese FAS2600 ottimizzato per piccole e medie imprese  FAS2620: 12 dischi LFF (3,5’’) interni per una maggiore capacità  FAS2650: 24 dischi SFF (2,5’’) interni per performance più elevate FAS2620 12 dischi LFF interni da 3,5" 1,4 PB  Performance elevate  Fino a 3 volte superiori  Flash Cache™ NVMe integrata  Connettività potenziata  4 porte UTA-2 per controller tutte disponibili  Nessuna porta std 1GbE  Scalabilità verticale fino a 1 PB, scalabilità orizzontale fino a 5 PB  2U rack space 58 144 dischi FAS2650 24 dischi SFF interni da 2,5" 1,2 PB 144 dischi Il nuovo FAS2600 Cosa cambia rispetto al FAS2500 1) 3x performance improvement HA pairs  12 CPU cores: 3x more physical cores  64GB memory: ~2x more memory  8GB NVMEM: 2x more NVMEM 2) Onboard 1TB (512GB x 2) NVMe M.2 Flash Cache™ FAS2600 3) Persistent write log (NVMEM destaging) 4) Enhanced I/O layout      59 2 SAS3 ports for external storage (miniSAS-HD) 2 10GbE dedicated cluster interconnect ports 4 UTA2 16Gb FC or 10GbE ports, also supports GbE USB port that works! New USB-based console port, 115K baud FAS2600 HA configuration e controller I/O Mini SAS3 Ports (2) 10GbE Cluster Interconnect Ports (2) Micro USB RJ45 Serial Console Port Serial Console Port UTA2 Ports (4) USB Port e0M Management Port 60 Unified Target Adapter 2 (UTA2) ports Overview  UTA2 ASICs are dual port  Two ports on ASIC are call port pair  Port pair must be set the same: FC or Ethernet  Two steps needed to set port personality in the field:  Pick from FC or CNA personalities for ASIC  ONTAP® 9 set port command: system node hardware unified-connect  Install appropriate SFP+ or twinax cable when using CNA Ethernet personality  When set to FC, both ports on ASIC can be set to either target or initiator  When set to CNA, GbE and 10GbE SFPs can be used on same ASIC  Reboot required to change personality or target/initiator mode 61 UTA2 transceivers  GbE SFP part number      X6567-R6: SFP optical 1GB shortwave multimode X6568-R6: SFP copper 1GB RJ-45 NFS, CIFS, iSCSI supported; FCoE not supported Not supported for cluster interconnects GbE and 10GbE SFPs can be used on same ASIC  10GbE  X6589-R6: XCVR, SFP+, optical, 10GbE, shortwave  GbE and 10GbE SFPs can be used on same ASIC  16GB FC  X6596-R6: XCVR, SFP+, optical, 16Gb, FC, shortwave  Autoranges between 4Gb, 8Gb, and 16Gb  16Gb FC long-reach (LR) part number X65403 62 HWU: Hardware Universe (hwu.netapp.com) 63 © 2016 NetApp, Inc. All rights reserved. --- NETAPP CONFIDENTIAL --- FAS8200 progettato per carichi di lavoro enterprise  Performance elevate  Fino al 50% superiori  Flash Cache™ NVMe integrata (1TB std, 2TB max x controller)  Connettività mai vista prima nel settore  Fibre Channel 32 Gb  Ethernet 40 Gb  Scalabilità verticale fino a 4,8 PB, scalabilità orizzontale fino a 57 PB  Footprint 3U ridotto 64 FAS8200 4,8 PB 480 dischi Chassis 3U Il nuovo FAS8200 Cosa cambia rispetto al FAS8040 HA pairs  ~50% performance improvement  32 CPU cores: 2 times more cores  256GB memory: 4 times more memory  Onboard NVMe M.2 flash (up to 4TB x HA-pair)  Persistent write cache  Enhanced I/O layout FAS8200 65  4 mini-SAS3 ports for external storage  2 10GbE cluster interconnect ports  4 UTA2 16Gb FC or 10GbE ports; also supports GbE  2 10GbE Base-T ports  PCIe Gen3 architecture  USB port that works!  New USB-based console port, 115K baud FAS8200 HA configuration e controller I/O e0M Mini-SAS3 Ports (4) 10GbE Cluster Interconnect Ports (2) 66 10GbE Base-T Ports (2) UTA2 Ports (4) Management USB Port Slots (2) Port RJ45 Micro USB Serial Console Port Serial Console Port FAS9000 progettato per carichi di lavoro business-critical  Design modulare intelligente  RAS di livello superiore  Il percorso di upgrade semplificato estende il ciclo di vita del sistema  Performance elevate  Fino al 50% superiori  Flash Cache™ NVMe integrata  Connettività mai vista prima nel settore FAS9000  Fibre Channel 32 Gb  Ethernet 40 Gb  Affidabilità garantita al 99,9999% 14,4 PB  Scalabilità verticale fino a 14,4 PB, scalabilità orizzontale fino a 172 PB 1.440 dischi Chassis 8U  Riduzione del TCO grazie a high availability, estensione della durata del prodotto e manutenzione semplificata 67 Il nuovo FAS9000 Cosa cambia rispetto al FAS8080 EX 1) ~50% performance improvement HA pairs  72 CPU cores: 80% more cores  1024GB memory: 4x increase  DDR4 memory  64GB NVRAM: 2x more NVRAM  High-speed HA interconnect, 80Gb bandwidth 2) Onboard NVMe-attached SSD flash 3) Enhanced I/O layout FAS9000 68      I/O slots outside processor module PCIe Gen3 slots, X16 wide lanes for each I/O slot 10 I/O slots per controller (plus 2 NVMe slots) USB port that works New USB-based console port, 115K baud FAS9000: HA configuration e controller I/O design modulare  Due controller indipendenti con: FAS9000 - Vista posteriore  10 slot I/O PCIe per controller  Slot da 2 NVMe per ogni controller  Schede I/O indipendenti dal servizio NVRAM modules (behind NVMe)  I/O flessibile dalle performance elevate  Aggiungi scalabilità ed esegui upgrade in base alle esigenze  40 GbE, 10 GbE  32Gb FC, 16Gb FC  SAS-3 12 Gb 69 20 I/O modules 4 NVMe modules FAS9000: progettato per un RAS di livello superiore FAS9000 - Vista posteriore  Progettato per una disponibilità pari al 99,9999%  Progettazione modulare per la serviceability  Sostituzione indipendente di controller e schede I/O  Moduli I/O inseribili singolarmente  Sostituzione senza alterazione del cablaggio  Semplifica e accelera la manutenzione  Riduce la probabilità di errore  Ventole, batterie NVRAM e alimentatori ridondanti  Supporta un'estensione significativa della capacità  Fino a 172 PB 70 FAS9000 Semplifica la scalabilità Scala i carichi di lavoro delle applicazioni senza downtime  Aggiungi nuovi carichi di lavoro delle applicazioni ai sistemi FAS in uso  Fai scale-up e/o scale-out in base alle tue esigenze aziendali  Fai scale-up della capacità fino a 14 PB  Fai scale-out di performance e capacità fino a 172 PB  Gli upgrade di performance e capacità sono trasparenti 71 Fai scale-out per SAN e NAS FAS2600  8 nodi e 576 dischi (SAN e NAS) FAS8200 FAS9000  12 nodi e 2.880 dischi (SAN, unificati)  12 nodi e 8.640 dischi (SAN, unificati)  24 nodi e 5.760 dischi (NAS)  24 nodi e 17.280 dischi (NAS) Next-generation controller performance HA pairs Next-Generation FAS Performance File System Workload (NFS) 600000 500000 IOPs 400000 300000 200000 100000 0 FAS2552 72 FAS2600 FAS8040 FAS8200 FAS8080 EX FAS9000 Next-generation controller performance HA pairs Next-Generation FAS Performance OLTP Workload (FC) 300000 250000 IOPs 200000 150000 100000 50000 0 FAS2552 73 FAS2600 FAS8040 FAS8200 FAS8080 EX FAS9000 DS460C: Shelf Overview DSxxxx – Disk shelf DS4xxx – 4U DSx60x – 60 drives DSxxxC – 12Gb/s SAS (aggregate 48Gb/sec per SAS Domain) 74 DS460C - Shelf Front View Drawer 1 Electronic Shelf ID Power Warning Blue LED Beacon Drawer 5 Operator Display Panel Button 75 DS460C - Shelf Rear View PSU IOM A FAN FAN PSU 76 IOM B Quotable SAS-3 Drive Configurations – Add-on Storage SAS-3 Drive Support Drive Category Drive Type Capacity Capacity SATA/NL-SAS – 7.2K RPM *4TB, 6TB NSE, *8TB, *10TB, *10TB NSE Performance SAS – 10K RPM 900G, 1.2TB, 1.8TB, 1.8TB NSE Ultra Performance SSD Comments 77 800G NSE, *960G MSW, 3.8TB MSW, 3.8TB NSE, 15.3TB MSW — Multi-stream write NSE — FIPS 140-2 compliant DS460C supported capacities * DS212C supports 6Gb/s Legacy Large Form Factor (LFF) drives DS224C supports 6Gb/s Legacy Small Form Factor (SFF) drives 12Gb SAS-3 IOM12 Expander Module 12Gb SAS-3 IOM12 Expander Module  Enable 12Gbps SAS-3 support  12Gb SAS native speed to stack 48Gbs aggregated  4x wide per SAS channel – DS224C, DS212C, DS460C  IOM12 Upgrade path for 3 & 6 Gb/s shelves  DS4246 + IOM12  DS4243 + IOM12  DS2246 + IOM12  Improved connectivity  Supports four ports of Mini-SAS HD connectivity  Dual and quad path cabling options  In-band Alternate Control Path (IBACP) only 78  Eliminates external ACP Ethernet connections Out-of-Band ACP (OOBACP)  Note: IOM6 supports IBACP but requires minimum shelf firmware 0209 SAS-3 Examples Storage: New Shelves SAS-3 12Gb/s DS224C DS212C DS460C Performance Capacity Density Rack Space 2U 2U 4U Drive Slots 24 12 60 Drive Size SFF - 2.5” LFF- 3.5” LFF-3.5” Drive Types SSD 10K SAS Segment 79 SSD (Hybrid Only) SSD (Hybrid Only) 7.2K NL-SAS 7.2K NL-SAS SAS Interface Speed 12Gb/s 12Gb/s 12Gb/s Backplane Speed 12Gb/s 12Gb/s 12Gb/s 9.0 or later 9.0 or later 9.1RC2 or later NetApp® ONTAP® Upgrade Path: 3/6 Gb/s Shelves + IOM12 DS2246 + IOM12 DS4246 + IOM12 DS4243 + IOM12 Performance Capacity Capacity Rack Space 2U 4U 4U Drive Slots 24 24 24 Drive Size SFF - 2.5” LFF- 3.5” LFF- 3.5” Drive Types SSD 10K SAS SSD 7.2K NL-SAS SSD 7.2K NL-SAS SAS Interface Speed 12Gb/s 12Gb/s 12Gb/s Backplane Speed 6Gb/s 6Gb/s 6Gb/s 9.0 or later 9.0 or later 9.0 or later Segment NetApp® ONTAP® *All drives in support matrix for DS4243, DS2246 & DS4246 will be supported on 9.x in upgraded shelf + IOM12 (or +IOM6) configuration including 15k SAS; must be within 5 year window of original sale to qualify for service entitlement drive replacements 80 Upgrade Path: 3Gb/s Shelves + IOM6 DS4243 + IOM6 Segment Capacity Rack Space 4U Drive Slots 24 Drive Size LFF- 3.5” Drive Types SSD 7.2K NL-SAS SAS Interface Speed 6Gb/s Backplane Speed 6Gb/s NetApp® ONTAP® 9.0 or later All drives in support matrix for DS4243 will be supported on 9.x in upgraded shelf + IOM6 configuration including 15k SAS; must be within 5 year window of original sale to qualify for service entitlement drive replacements 81 Supported SAS-3 Use Case Example: Cables HBA/expander cable connectors – Support 12Gb/s connectivity:  Native SAS-3 - both endpoints Mini-SAS HD  Transitional Cable SAS-3 – (1) endpoint Mini-SAS HD & (1) endpoint QSFP 82 Next Generation High Speed Networking Infrastructure secs 32Gb FC and 40GbE 3132Q-V Brocade X6 Directors X6-4 and X6-8 Connectivity to 8 Gbps flash storage Source: Emulex/Broadcom TPC-H benchmark testing  32Gb SAN infrastructure  First enterprise platforms to enable next generation 32Gb FC SAN  2-port 32Gb FC adapter Nexus 9300 and 5600  End-to-end 40GbE infrastructure  Nexus 5600 and Nexus 9300 series switches  2-port 40GbE cards  Deploy 40GbE cluster infrastructure with 32-port Cisco 3132Q-V switch  High-density top-of-rack switch  Optimized for ultra-low nominal latency Flash storage demands maximum network speed and throughput 83 AFF (All Flash FAS) Systems Portfolio AFF A700 AFF A300 New platform planned AFF A200 New Portfolio AFF8080 AFF8040 Current Portfolio Mid-Range Entry 84 High-End All-Flash FAS (AFF) A200 New entry AFF platform  Based on the FAS2650 hardware  2U enclosure  Two controllers in HA configuration  24 x 2.5” form-factor drive bays 85 AFF A200: New Entry AFF System  Leverages new 12Gbps SAS enclosure architecture  Full 12Gbps SAS connectivity to internal and external drives  Design leveraged from the DS224C storage shelf  Based on latest Intel Broadwell-DE 6-core processor  Significant performance increase over FAS8020  Enhanced I/O capabilities with more configuration flexibility in a 2U enclosure 86 Introducing the AFF A200 HA pairs What’s New in the AFF A200  Processor and memory  CPU: 12 cores (same core count as AFF8020)  Memory: 64GB (50% more than AFF8020)  8GB is used as NVMEM  Onboard I/O ports (per controller)  2x 10GbE: Cluster interconnect  4x UTA2 (16Gbps FC or 10GbE): Host connectivity  Also configurable as 1GbE  2x 12Gb mini-HD SAS: External storage attachment  DS224C and DS2246 shelves are supported  1x Type micro-B USB console port: 115.2k baud rate  Type-A USB port: Read-only for netboot and OS update  Persistent write log  NVlog written to flash if unplanned power loss occurs 87 Supported SSDs and External Storage Shelves Configured systems  Internal SSDs: 12 or 24 drives  960GB, 3.8TB, 15.3TB (restricted quoting)  NSE: 800GB, 3.8TB  DS224C storage shelf: 12 or 24 drives  960GB, 3.8TB, 15.3TB (restricted quoting)  NSE: 800GB, 3.8TB External expansion storage  Internal: 6-drive packs  Non-NSE: 960GB, 3.8TB, 15.3TB  NSE: 800GB, 3.8TB  DS224C storage shelf: 12 or 24 drives  Non-NSE: 960GB, 3.8TB, 15.3TB  NSE: 800GB, 3.8TB  6-drive packs are also available  DS2246 storage shelf: IOM6 or IOM12  Non-NSE: 400GB, 800GB, 1.6TB, 3.8TB  NSE: 800GB, 1.6TB, 3.8TB 88 AFF A200 Performance AFF A200 versus AFF8040 Workload AFF A200 AFF8040 100% 8KB random read @ 1 ms 148k IOPS 143k IOPS OLTP (40% read, 60% write) @ 1 ms 60k IOPS 100k IOPS File serving (read/write mix) 106k OPS 140k OPS 100% sequential read 5.0 GB/s 5.5 GB/s 100% sequential write 2.1 GB/s 2.5 GB/s  Random performance: 60 – 100% of AFF8040  Sequential performance: 85 – 90% of AFF8040 89 Systems at a Glance: AFF A-Series and AFF8000 Series HA pair specifications AFF8020 AFF A200 AFF8040 AFF8060 AFF A300 AFF8080 AFF A700 Form factor 3U 2U1 6U 6U / 12U2 3U 6U / 12U2 8U CPU cores 12 12 16 32 32 40 72 Physical memory 48GB 64GB3 64GB 128GB 256GB3 256GB 1024GB Max drive count 240 144 384 480 384 384 / 480 480 8GB 8GB 16GB 16GB 16GB 32GB 64GB NVMEM / NVRAM Onboard / Pre-Configured Ports 32Gb FC - - - - - - - 40GbE - - - - - - 8 10GbE 4 4 8 8 4 8 - UTA2 4 8 8 8 8 8 - 10GBase-T - - - - 4 - - 1GbE 4 - 8 8 - 8 - SAS 4 (6Gb) 4 (12Gb) 8 (6Gb) 8 (6Gb) 8 (12Gb) 8 (6Gb) 8 (12Gb) 4 - 8 8 / 242 4 6 / 242 16 8.3+ 9.1RC2+ 8.3+ 8.3+ 9.1RC1+ 8.3+ 9.1RC2+ I/O Expansion Slots Data ONTAP® support 90 1. 2. 3. 4. Chassis includes 24 drive bays Higher rack unit size (U) and I/O card slots when configured with IOXM expanders A200: 8GB used for NVMEM; A300: 16GB used for NVMEM A700s: Platform is offered in 2 configurations: NAS & NAS/SAN. FC ports are available in SAN configurations only. 32Gb ports are also capable of running at 16Gb and 8Gb speeds. “We protect and manage the World’s data” [email protected] https://setools.netapp.com/ 99 Selling ONTAP exam 100 Buon Pranzo a tutti [email protected]