HP Storage Event. 3PAR StoreServ Utility Storage. Alfio Lazzari Geschäftsführer

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1 HP Storage Event 3PAR StoreServ Utility Storage Alfio Lazzari Geschäftsführer

2 Agenda 14:30 14:45 Begrüssung Alfio Lazzari (LAKE) 14:45 15:15 Machen Sie Ihre Daten schlank Holen Sie mehr aus Ihrer Diskkapazität mit der 3PAR StoreServ 7000 Thin Technologie 15:15 15:45 Mit HP Technologie bleiben Sie im Driving Seat Fredy Wismer (LAKE) Verkürzen Sie die RPO und RTO Zeiten durch den Einsatz von SnapShot & Datenreplizierung Patrick Pletscher (LAKE) 15:45 16:00 Ihr persönliches StoreServ Storage System Wir ermitteln für Sie die optimale StoreServ Konfiguration durch gezielte Datenerhebung 16:00 16:30 Daten schnell und sicher gespeichert mit HP StoreOnce Backup2Disk 16:30 17:30 Pause / Apéro 17:30 19:30 Kino Start Iron Man 3 Daniel Estermann (LAKE) René Loser (HP)

3 Machen Sie Ihre Daten schlank & fit Hr. Fredy Wismer Solution Architect

4 Agenda Produkteübersicht Funktionsübersicht Hardware und Software Lizenzierung Fitness anhand eines Beispiels der LAKE Cloud

5 HP Storage Array Positioning Storage Consolidation P2000 MSA StoreSure Virtual IT P4000 LeftHand StoreVirtual Application Consolidation P6000 EVA Utility Storage P PAR StoreServ Mission Critical Consolidation P9500 Architecture Dual Controller Scale-out Cluster Dual Controller Mesh-Active Cluster Fully Redundant Connectivity FC, SAS, iscsi iscsi, FC FC, iscsi, FCoE FC, iscsi, (FCoE planned) FC, FCoE Performance 30K random read IOPs ; 1.5GB/s sequential reads 35K random read IOPs 2.6 GB/s sequential reads 55K random read IOPS 1.7 GB/s sequential reads > 390K random read IOPs; > 14 GB/s sequential reads >1000K random read IOPS > 10GB/s sequential reads Application Sweet spot SMB, Enterprise ROBO, consolidation/ virtualization Server attach, Video surveillance SMB, ROBO and Enterprise Virtualized inc VDI, Microsoft apps, ITaaS BladeSystem SAN (P4800) Enterprise - Microsoft, Virtualized, OLTP Enterprise and Service Provider, ITaaS, Utilities, Cloud, Virtualized Environments, OLTP, Mixed Workloads Large Enterprise - Mission Critical w/extreme availability, Virtualized Environments, Multi-Site DR Capacity 600GB 192TB; 6TB average 7TB 768TB; 72TB average 2TB 480TB; 36TB average 5TB 1600TB; 120TB average 10TB 2000 TB; 150TB average Key features Price / performance Controller Choice Replication Server Attach All-inclusive SW Multi-Site DR included Virtualization VM Integration Virtual SAN Appliance Ease of use and Simplicity Integration/Compatibility Multi-Site Failover Multi-tenancy Efficient Thin Technologies Performance Autonomic Tiering and Management Constant Data Availability Heterogeneous Virtualization Multi-site Disaster Recovery Application QOS (APEX) Smart Tiers OS support Windows, vsphere, HP-UX, Linux, OVMS, Mac OS X, Solaris, Hyper-V vsphere. Windows, Linux, HP-UX, MacOS X, AIX, Solaris, XenServer Windows, VMware, HP-UX, Linux, OVMS, Mac OS X, Solaris, AIX vsphere, Windows, Linux, HP-UX, AIX, Solaris, OVMS All major OS s including Mainframe and Nonstop

6 HP 3PAR StoreServ Storage Familie F200 Ein OS, Management Console und Set von Software Features F400 StoreServ 7200 StoreServ 7400 StoreServ StoreServ Controller Nodes Fibre Channel Host Ports Optional 1Gb iscsi Ports Optional 10Gb iscsi Ports Optional 10Gb FCoE Ports Built-in IP Remote Copy Ports NA NA NA NA NA NA NA NA GBs Cache Disk Drives Available Drive Types SLC SSD (max/array) 15krpm 10krpm 7.2krpm 100, 200GB (32) 300, 600GB 450, 900GB 1, 2TB 100, 200GB (64) 300, 600GB 450, 900GB 1, 2TB 100, 200GB (120) 300GB 450, 900GB 2, 3TB 100, 200GB (240) 300GB 450, 900GB 2, 3TB 100, 200GB (256) 300, 600GB 450, 900GB 1, 2TB 100, 200GB (512) 300, 600GB 450, 900GB 1, 2TB Read throughput MB/s IOPS (true backend IOs) 1,300 34,400 2,600 76,800 2, ,000 4, ,000 6, ,000 13, ,000 SPC-1 Benchmark IOPS NA 93,050 NA NA NA

7 Constant evolution May 99 3PAR founded with 5 employees July 01 3PAR secures $100 Million in third-round financing June 02 3PAR Utility Storage and Thin Provisioning launch in the US and Japan November 07 3PAR IPO Introduction of: Virtual Domains, native iscsi support HP 3PAR Geschichte March 10 Introduction of: Adaptive Optimization, Recovery Manager for VMware September 10 3PAR acquired by HP November 11 New SPC-1 world record released: IOPS December 00 Bring-up of the Gen 1 3PAR ASIC September 02 General Availability of the InServ S-Class Storage Server August 06 Introduction of: E-Class midrange Storage Server May 05 3PAR introduces Dynamic Optimization and Recovery Manager November 09 InForm OS v2.3.1 with many new features April 09 Introduction of: F-Class the first quad controller midrange array September 08 Introduction of: T-Class with Gen 3 ASIC - the first Thin Built in storage array August 11 Introduction of: V-Class w. Gen 4 ASIC, InForm v3.1.1, Peer Motion December 12 Introduction of: New StoreServ 7000, 3PAR OS 3.1.2, Peer Persistence, Persistent Ports

8 HP 3PAR Kunden reduzieren TCO um 50% HP 3PAR führend bezüglich Effizienz Thin Technologies Tiering Optimized Green Tier 0 Tier 1 Tier 2 Reduktion der benötigen Kapazität um mindestens 50% - garantiert * * Mehr über HPs Thin Garantie unter Tiering gleicht Kosten aus zwischen CHF/GB und CHF/IOP Einsparung bei Strom und Kühlung um mindestens 50% wie auch bei Investitionsund Betriebskosten

9 HP 3PAR Merkmale 3PAR Thin Technologies Thin Provisioning, Thin Conversion, Stay Thin : sehr Schlank 3PAR Optimization Technologies Adaptive und Dynamic Optimization Tiering 3PAR Persistent Technologies Service Levels auch unter ausfall Situationen gewährleisten 3PAR Federation Technologies Federated data mobility and availability 3PAR Mesh-Active Architecture Multi-tenant, autonomic and efficient storage

10 HP 3PAR ASIC Hardware Unterstützte Optimierung Thin Built in Zero Detect Fast RAID 10, 50 & 60 Rapid RAID Rebuild Integrated XOR Engine Tightly-Coupled Cluster High Bandwidth, Low Latency Interconnect Mixed Workload Independent Metadata and Data Processing

11 HP 3PAR Thin Technologies Start Thin Get Thin Stay Thin Traditional Provisioning 3PAR Thin Provisioning 4TB 4TB 1TB 1TB Thin Provisioning No pool management or reservations No professional services Fine capacity allocation units Variable QoS for snapshots Thin Conversion Eliminate time & complexity of getting thin Open, heterogeneous migrations for any array to 3PAR Service levels preserved during conversion Thin Persistence Free stranded capacity Automated reclamation based on T10 write same or unmap operations Snapshots and Remote Copies stay thin Buy up to 75% less storage capacity Reduce Tech Refresh Costs by up to 60% Thin Deployments Stay Thin Over time

12 3PAR Mixed Workload Verarbeitung Unterschiedliche I/O Muster = control information (metadata) = data Heavy throughput workload applied I/O Processing : Traditionelles Storage Heavy transaction workload applied Host interface Unified Processor and/or Memory Kleine IOs warten bis grosse IOs fertig verarbeitet sind Disk interface disk hosts I/O Verarbeitung bei HP 3PAR Speichersystemen Heavy throughput workload sustained 3PAR ASIC & Memory Heavy transaction workload sustained Host interface Control Processor & Memory Metadaten und Applikationsdaten werden getrennt verarbeitet Disk interface disk

13 3PAR StoreServ 7000 Architektur Kostengünstig, Skalierbar, Verfügbar, Mesh Archtiektur und fit StoreServ 7200 mit 2 Knoten 7400 with 2 nodes StoreServ 7400 mit 4 Knoten Write-Cache nicht beeinträchtigt Host Ports Persistent Write-Cache Spiegelung Keinen Einfluss auf Schreib-Performance Ab 4 oder mehr StoreServ Knoten 7400 Data Cache Disk Ports 10400, 10800

14 Virtualisierung Traditional Array Each RAID level requires dedicated drives Dedicated spare disk required Limited single LUN performance HP 3PAR All RAID levels can reside on same drives Distributed sparing, no dedicated spares Built-in wide-striping based on Chunklets R1 R1 R5 R6 R6 R1 R5 R5 Traditional Controllers R1 R1 R5 R6 R6 R1 R5 R5 3PAR StoreServ Controllers RAID5 Set RAID1 RAID6 Set LUN 6 LUN 5 LUN 7 RAID1 Set LUN 4 LUN 3 RAID5 Set Spare Physical drives LUN 0 LUN 1 LUN 2 Spare

15 Chunklets Chunklets HP 3PAR Dynamic Optimization Systemauslastung bzw. Leistung optimieren durch Rebalancing Verteilung nach zwei Disk Ausbauten Verteilung nach Dynamic Optimization 600 Before Dynamic Optimization Free Used 600 After Dynamic Optimization Free Used Physical Disks REBALANCE Physical Disks

16 HP 3PAR Dynamic und Adaptive Optimization Manuelles oder automatisches Tiering 3PAR Dynamic Optimization 3PAR Adaptive Optimization Tier 0 CPG 1 CPG A Tier 1 CPG 2 CPG B Tier 2 CPG 3 CPG C - Region (Datenblöcke) LUN Verschiebung zwischen Tiers Sub-LUN Block Verschiebung zwischnen Tiers anhand eines Regelwerks

17 HP 3PAR Dynamic Optimization - Fallbeispiel Service Level möglichst günstig über ganzen Lebenszyklus gewährleisten 10TB net 10TB net 10TB net 10TB net (20TB effektiv) (13TB effektiv) (12TB effektiv) (13TB effektiv) RAID GB 15K Disks RAID 50 (4+1) 300GB 15K Disks RAID 50 (7+1) 900GB 10K Disks RAID 60 (8+2) 3TB 7.2K Disks 50% Platzeffizenz 75% Platzeffizenz 88% Platzeffizenz 80% Platzeffizenz CAPEX und OPEX Einsparung über gesammten Lebenszyklus der Daten

18 3PAR StoreServ 7000 HP 3PAR StoreServ 7200 HP 3PAR StoreServ 7400 Controller Nodes 2 2 4* Max. SFF Disks Cache 24 GB 32 GB 64GB 8Gbit/s FC ports total (built-in/optional) 12 (4/8) 12 (4/8) 24 (8/16) optional 10Gbit/s iscsi (FCoE) Built-in IP remote copy port Controller Enclosures 2U jeweils mit 24 SFF Disk Steckplätzen Service Processor (Alarmierung, HW Service) Drive Enclosures 2U mit 24 SFF und/oder 4U mit 24 LFF Disks Virtuell (VM) oder dedizierte Hardware (HW) 0 to 5 0 to 9 0 to 18

19 3PAR StoreServ 7000 Kontroller Rückansicht Front Ansicht Node 1 Node 0 Eth Mgmt. Port 2x built-in 8Gbit/s FC 2x 4-lane 6Gbit/s SAS for drive chassis connection Optional PCIe card - 4x 8GB/s HBA or - 2x 10Gbit/s CNA Controller interconnect (7400 only) Built-in Eth Remote Copy Port

20 4-node System mit Interconnect Verkabelung 3PAR StoreServ node System Node 3 Node 2 Node 1 Node 0

21 3PAR 7000 Disk Enclosure 2½ und 3½ Festplatten Enclosures mit je 24 Slots frei kombinierbar 2 Höheneinheiten (HE) mit 24 Small Form Factor (SFF) Steckplätzen 4HE mit 24 LFF Disk Steckplätzen

22 HP 3PAR 7000 Lizenzierung Operating System Suite Optimization Suite Replication Suite Security Suite Reporting Suite Thin Provisioning Thin Copy Reclamation Thin Persistence Thin Conversion Full Copy 3PAR OS Administration Tools CLI client SNMP Virtual SP Online Import license (180 days) SmartStart System Tuner Host Explorer Multi Path IO SW VSS Provider Rapid Provisioning Autonomic Groups Autonomic Replication Groups Autonomic Rebalance Scheduler LDAP Support Access Guard Host Personas Persistent Cache Persistent Ports Management Console Web Services API SMI-S Dynamic Optimization Adaptive Optimization Peer Motion Application Suite for VMware Recovery Manager for vsphere VASA vcenter plug-in vsphere Host Explorer Virtual Copy (VC) Remote Copy (RC) Peer Persistence Application Suite for MS Exchange Recovery Manager for MS Exchange Virtual Domains Virtual Lock Application Suite for MS SQL Recovery Manager for MS SQL System Reporter 3PARInfo Application Suite for Oracle Recovery Manager for Oracle Basis Optional Optional Lizenziert pro Disk Lizenz offen für 7200 bei 48, 7400 bei 168 Disks Lizenziert pro Disk Lizenz offen für 7200 bei 48, 7400 bei 168 Disks Lizenziert pro 3PAR System

23 Fragen & Antworten

24 Und weshalb fit? Fallbeispiel: Auflösen eines VMware Snapshots SATA Disks (NL) Pool (CPG) Über mehrere Stunden >200 IOPs pro Disk (PD) Alarmierung automatisch HP Support Kunde

25

27 Mit HP Technologie bleiben Sie im Driving Seat Hr. Patrick Pletscher Head of Engineering Senior Storage Consultant

28 Remote Copy SnapShot Technologie Recovery Manager for VMware Microsoft (Exchange, SQL) Oracle Ausblick, was steht in den nächsten Wochen an? Agenda

29 Metropolitan distance HP 3PAR Remote Copy Daten schützen und bei Bedarf zu Verfügung stellen Complete Fiber Channel or Native IP-based No extra copies or infrastructure needed Thin provisioning aware Thin conversion Synchronous, Asynchronous Periodic or Synchronous Long Distance (SLD) Mirror between any 3PAR array Many to one, one to many VMware SRM integration Primary RC P Primary P Sync RC RC1 1:1 Configuration Sync RC and / or Async Periodic RC Async Periodic RC Standby Secondary P RC Synchronous Long Distance 1:2 Configuration Tertiary RC2 Secondary See the demo video on

30 HP 3PAR Remote Copy N:1 Konfiguration You can use Fibre Channel (RCFC) and/or Remote Copy over IP (RCIP) connections Asynchronous Periodic only Max support is 4 to 1. One of the 4 RC relationships can be bidirectionally Each RC relationship requires dedicated node-pairs - In a 4:1 setup the target site requires 4 node-pairs (8 nodes). P Primary Site B P Primary Site C P Primary Site A P RC RC RC P RC Target Site 1:N Konfiguration You can use Fibre Channel (RCFC) and/or Remote Copy over IP (RCIP) connections Max support is 1 to 2. Both mirrors can be bi-directional Supported with 1 node pair in primary site Supported configurations: Async on both target sites Sync on 1 site and async on the second site RC Primary & Target Site D P P Primary Site RC Target Site A RC Target Site B

31 HP 3PAR Remote Copy Garantierte Datenintegrität Single Volume All writes to the secondary volume are completed in the same order as they were written on the primary volume Autonomic Multi-Volume Group Volumes can be grouped together to maintain write ordering across sets of volumes Useful for databases or other applications that make dependent writes to more than one volume Secondary groups and volumes are autonomically created or reconfigured and credentials inherited New Source Volume Replicated Provisioning Group Primary 3PAR Storage New Target Volume Created Autonomically Replicated Provisioning Group Secondary 3PAR Storage

32 HP 3PAR Remote Copy Supportete Transporttechnologien und die maximale Latenzzeit und Distanz Remote Copy Type Max Supported Latency Synchronous FC 2.6ms round trip * Synchronous IP 2.6ms round trip * Asynchronous Periodic FC 2.6ms round trip * Asynchronous Periodic IP 150ms round trip Asynchronous Periodic FCIP 120ms round trip * Optical Fibre networks typically have a delay of ~5 us/km (0.005ms/km) Thus 2.6ms will allow Fibre link distances of up to 260 km 2 x 260km = 520km 520km x ms/km = 2.6ms

33 Peer Persistence v1 VMware High Availability Enhancements What does it provide? Load Balancing across data centers with Storage vmotion High Availability of VMware environments across data centers Transparent LUN presentation across two sites within synchronous Remote Copy distances How does it work? Based on 3PAR Remote Copy and vsphere ALUA host mode persona 11 Presents primary Vol as active and secondary as standby Remote Copy Group migration initiated by setrcopygroup switchover <group> command Supported environments: ESX vsphere 5.x Sync Remote Copy Up to RC supported max of 2.6ms (~260km ) Requirements: 3PAR Disk Arrays 3PAR Remote Copy License 3PAR Peer Persistence License VMware Metro Storage Cluster (single subnet) Fabric A Fabric B Up to 2.6ms RTT latency Vol B sec Vol B prim Vol A prim Vol A sec Swap Vol A 3PAR Array A 3PAR Array B

34 HP 3PAR Full Copy V1 restorable copy Bestandteil des 3PAR Betriebssystems Base Volume Full physical point-in-time copy Provisionable after copy ends Independent of base volume s RAID and physical layout properties Fast resynchronization capability Thin Provisioning-aware Full copies can consume same physical capacity as thinly provisioned base volume Full Copy Intermediate Snapshot Full Copy

35 HP 3PAR Full Copy V2 instantly accessible copy Bestandteil des 3PAR Betriebssystems Base Volume Share data quickly and easily Full physical point-in-time copy Immediately provisionable to hosts Independent of base volume s RAID and physical layout properties No resynchronization capability Thin Provisioning-aware Full copies can consume same physical capacity as thinly provisioned base volume Full Copy Intermediate Snapshot Full Copy

36 HP 3PAR Virtual Copy Snapshot at its best Smart Individually erasable and promotable Scheduled creation/deletion Consistency groups Thin No reservation, non-duplicative Variable QoS Ready Instantaneously readable and/or writeable Snapshots of snapshots of Virtual Lock for retention of read-only snaps Automated erase option Integrated MS SQL MS Exchange Oracle vsphere Base Volume HP Data Protector Up to 8192 Snaps per array 100s of Snaps but only one CoW required Top 10 Arrays WW as of July 2012 # of Snapshots Model 6559 V S S S S S T T T T800

37 HP 3PAR Virtual Copy Relationships The following shows a complex relationship scenario

38 Application SW Suite for VMware Recovery Manager for VMware Host Explorer VASA Provider Protects VMware VMs/Datastores Support File Level restore Application consistent VM Virtual Copy Integration with Remote Copy Built-in Scheduler Local/Remote Virtual Copy management Support Peer Persistence (Transparent failover) Collects ESX(i) configuration and push it to StoreServ. Schedule based on userdefined intervals. Information can be viewed from StoreServ IMC/CLI. Provide interface to vcenter SMS client. Storage array discovery Storage Event and Alert reporting Capability based provisioning

39 3PAR Recovery Manager for VMware Array-based Snapshots for Rapid Online Recovery Solution composed of 3PAR Recovery Manager for VMware 3PAR Virtual Copy VMware vcenter Use Cases Expedite provisioning of new virtual machines from VM copies Rapid online recovery of files Snapshot copies for testing and development Benefits Hundreds of VM snapshots granular, rapid online recovery Reservation-less, non-duplicative without agents vcenter integration superior ease of use See also

40 Recovery Managers for Microsoft RM MS Exchange and RM MS SQL Automatic discovery of Exchange and SQL Servers and their associated databases VSS Integration for application consistent snapshots Support for Microsoft Exchange Server 2003, 2007, and 2010 Support for Microsoft SQL Server 2005, 2008, 2012 (Standalone and always on availability group (AAG) Database verification using Microsoft tools Built upon 3PAR Thin virtual copy technology Fast point-in-time snapshot backups of Exchange & SQL databases 100 s of copy-on-write snapshots with just-in-time, granular snapshot space allocation Automatic recovery from snapshot 3PAR Remote Copy integration Exporting of database back ups to other hosts Backup integration HP DataProtector Symantec NetBackup and Backup Exec See also

41 RMS & RME Architecture SQL or Exchange Production Server RM Client & Backup Server 1. Off-host Backup 2. Direct Restore from Tape 3. Direct Mount of Snapshot 4. Restore from Snapshot with file copy restore 9:00 13:00 3PAR Production Volumes Snapshots 17:00 Optional Library Tape or D2D

42 RM SQL Recovery Possibilities: File Copy Restore to a Point-in-Time File Copy at a Database Level Volume Restore at a Database Level

43 Possibilities: File Copy Restore Volume Restore RM Exchange Recovery

44 3PAR Recovery Manager for Oracle Allows PIT Copies of Oracle Databases Non-disruptive, eliminating production downtime Uses 3PAR Virtual Copy technology Allows Rapid Recovery of Oracle Databases Increases efficiency of recoveries Allows Cloning and Exporting of new databases Support single datafile or tablespace restore Integrated High Availability with Disaster Recovery Sites Integrated 3PAR Replication / Remote Copy for Array to Array DR Currently supported with Oracle 10g and 11g RHEL 4 and 5 OEL 5 Solaris 10 SPARC HP-UX Support planned for IBM AIX Supported Backup Solutions Symantec Netbackup, RMAN and Data Protector (work in progress) See also

45 Was kommt in den nächsten Wochen? Recover Manager für Hyper-V Peer Persitence V2 QoS Data at Rest Encryption für 7000 and Grössere Disks und SSDs Online Import Erweiterter Support EVA FW, vsphere, Linux, HP-UX und AIX Support OVMS GA Support

46 Planned June 2013 Peer Persistence v2 3PAR Storage & VMware What does it provide? Automated and manually initiated Load Balancing across data centers with Storage vmotion High Availability of VMware environments across data centers Transparent LUN presentation across two sites within synchronous Remote Copy distances How does it work? Based on 3PAR Remote Copy and vsphere ALUA host mode persona 11 Presents primary Vol as active and secondary as standby Manual volume swap initiated by setrcopygroup switchover <group> command Automated volume swap arbitrated by a Quorum Witness (QW) Supported environments: ESX vsphere 5.x incl. Metro Storage Cluster Sync Remote Copy Up to new RC supported max of 5ms (~500km ) Requirements: 3PAR Disk Arrays 3PAR Remote Copy License 3PAR Peer Persistence License VMware vsphere Metro Storage Cluster (single subnet) 3PAR Array Site A Vol B sec Vol A prim Fabric A Fabric B Up to 5ms RTT latency QW vsphere Site C Vol B prim Vol A sec 3PAR Array Site B

47 Coming soon Priority Optimization (QoS) Planned June 2013 Assure tenant/application level QoS by assigning Virtual Volume Set performance caps in IOPS and/or bandwidth (MB/s) Will be available for all StoreServ model at 3PAR OS Tenant 1 shared 20,000 IOPS Over-commits at 150% of assigned IOPS vv_set/application 1 (10,000 IOPS) vv_set/application 2 (10,000 IOPS) vv_set/application 3 (10,000 IOPS) Tenant 2 dedicated 100,000 IOPS vv_set/application 4 (100,000 IOPS)

48 HP 3PAR Priority Optimization planned June 2013 Total IO/sec Total kb/sec Read IO/sec Read kb/sec Write IO/sec Write kb/sec # showqos setqos -bw -io 2000 none 5000k -bw none vvset:3p74-qos-vvset Id # showqos Type Name QoS IOLimit KBLimit Id 1 vvset Type 3p74-QoS-vvset Name on IOLimit - KBLimit vvset 3p74-QoS-vvset on total 1 total Priority Optimization Example: Windows 2012 Virtual Volume - SSD Raid1 Iometer: 100 % random 4 kb blocksize 80/20 Read/Write

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52 Ihr persönliches StoreServ System Hr. Daniel Estermann Senior Storage Consultant

53 Agenda Sizing StoreServ Storage System LAKE Vorgehen Datenerfassung Unser Vorgehen bei EVA Kunden Fragen welche zu klären sind Sizing 3PAR Storage Q & A

54 LAKE Vorgehen 1. Datenerfassen (Ist Aufnahme) 2. Datenanalysieren und Auswerten 3. Kundenbedürfnisse jetzt und in der Zukunft 4. System sizing 5. Finale Lösung präsentieren

55 Was habe ich heute? Datenerfassung Kapazität Blick auf das heutige Storage und deren Auslastung Überprüfung der Datenmenge auf OS Basis mit Ninja Thin Was hat der Kunde für ein Daten Wachstum in den nächsten Jahren? Zukünftige Anforderungen und Projekte

56 Datenerfassung I/O Leistung Messen der heutigen Storage Auslastung HP EVA Storage EVAperf Third-Party Storage Daten logen wenn möglich Messen mit Windows Perfmon VMware eigenen oder zusätzlichen Management Tools VMware vcenter VMware Operations Manager Microsoft System Center Third-Party Produkt

57 EVA Daten Aufzeichnung Unser Vorgehen bei EVA Kunden 7 Tage EVAperf Daten aufzeichnen Kapazitätsermittlung auf OS basierend Ninja Thin EVAperf auswerten EVAperf Daten können direkt ins Ninja Tool importiert werden Storage Sizing Ninja Sizer

58 Host scanen

59 Kapazität Übersicht

60 IO Auswertung EVAperf EVAperf Daten importieren Auswertung EVAperf Daten

61 Benötige ich Daten Spiegelung? Synchron oder Asynchron? Über welche Distanz? Benötige ich SnapShots? Für einen schnellen Restore Für einen Backup Fragen für den Kunden Gibt es in der IT Strategie Vorgaben für RTO und RPO? Was benötigt der Kunde in der Zukunft? Zukünftige Anforderungen und Projekte

62 Kapazität Daten RAW und OS Basieren Ermittelte Informationen Daten Typ ( Archiv, File, DB, OS, Virtuelle) IO Daten IO gemessen Maximal, Durschnitt und 95% Regel IO ermittelt über Anzahl der Festplatten und Typ im bestehenden Storage Read/Write Verhältnis Kunden Anforderungen Wachstum und zukünftige Anforderungen

63 Anzahl der Disk s und welchen Typ? Multi Tiering? Adaptive oder Dynamic Optimization SAS und SATA SSD und SAS Aufgabenstellung für das Sizing SSD, SAS und SATA Benötigte Features? Software Komponenten? Replication, Dynamic oder Adaptive Optimization etc. 3PAR Startkonfiguration N N oder N

64 3PAR Sizing

65 Kapazität TB I/O Leistung Wachstum Anforderungen Ihr Persöhnliches 3PAR

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