Spectrum Storage Control & Virtualize. Dennis Nordahl Technical Sales Professional Storage Software Tlf:

Transcription

1 Spectrum Storage Control & Virtualize Dennis Nordahl Technical Sales Professional Storage Software Tlf:

2 Agenda Hvad er Software Defined Storage? Spectrum Control elementer IBM Storage Integration Server Bedre integration Spectrum Control Storage Insights - SaaS Spectrum Virtualize Disaster recovery Nyheder på SVC/Storwize/DS8000

3 IBM Spectrum Storage Solutions Storage and Data Control Storage Management Policy Automation Analytics & Optimization Snapshot & Replication Management Integration & API Services Self Service Storage Data Protection Traditional Applications Virtualized SAN Block Spectrum Virtualize Spectrum Control Hyperscale Block Spectrum Accelerate Data Access New Generation Applications Global File & Object Spectrum Scale Spectrum Protect Active Data Retention Spectrum Archive Flexibility to use IBM and non IBM Servers & Storage or Cloud Services IBM Storwize, XIV, DS8000, FlashSystem and Tape Systems Non-IBM storage, including commodity servers and media and non-ibm clouds

4 Hvad er Software Defined Storage? Control plane vs. Data plane Control plane Storage Analytics, Automated Optimization, Service level based self-service Capacity Planning, Performance Monitoring, API Services, Rapportering Virtualiserings hardware (Spectrum Virtualize) Data plane

5 Spectrum Control elementer Management Spectrum Control Dashboards Custom reporting Capacity and performance Health and alerting Common UI and integration with element managers Automation Spectrum Control Policies Response to threshold violations Provisioning Analytics Spectrum Control Optimized data placement based on historical performance Self Service SmartCloud Storage Access Service catalog On-demand provisioning end-user request portal built on top of TPC API s 4 Out-of-the-box Integration IBM Storage Integration Server OpenStack Deep VMware, hypervisor synergy Data Protection Flash Copy Manager & Spectrum Protect Application and hypervisor integrated snapshot Unification of recovery, retention, HSM Instant recovery of applications and virtual environments

6 IBM SDS Control Plane IBM Storage Integration Server (SIS) Target Environment IBM Storage Integration Server Storage Arrays XIV Mgmt VASA (Vmware s API for Storage) Web Client vcops vco <future plugin> Common Services (Authentication, High availability, Configuration storage, Etc) DS8000 Mgmt SVC Mgmt FlashSystem Mgmt 3 rd Party Mgmt DS8000 Series

7 IBM Storage Integration Server (SIS) Simplified integration experience across the IBM storage portfolio What is it? A middleware server software a single-point of deployment for delivering different IBM storage integration services to targeted SDE and cloud environments Managed by storage administrators Among other things, it supports Updated VMware VASA provider vsphere web client plugin (replaces existing vcenter plugin) vcloud support Messaging highlights: Enables rapid development Supports IBM Storage out of the box Free download to IBM storage customers We listen to our customers!

8 Introducing Storage Insights Convergence of analytics, cloud, and data management Designed to Reduce storage costs, without the traditional up-front investments Enable actionable visibility within minutes Provide rapid insights to critical assets Deployed instantly from the cloud Supports the following: Understand the storage environment and its usage Monitor capacity and performance Reclaim allocated, but unused storage Optimize data placement with advanced analytics 7

9 Increasing value over time Quickly see how capacity is broken down at different levels View aggregated capacity across entire storage environment Compare storage systems Capacity reclamation recommendations based on unmapped volumes Gain insights into storage infrastructure hierarchies Performance information that allows identification of hot spots and aids in troubleshooting Capacity reclamation for volumes that do not have any I/O Capacity trending with rate of growth to help determine future capacity needs Thin provisioning trending shows savings over traditional thick volumes Identify optimal placement of data based on performance and capacity trends

10 Deployed instantly from the Cloud Three easy steps allow IBM Storage Insights to securely connect your storage environment with the cloud-based service. No need for continuous maintenance. All is taken care of by IBM.

11 Mere simpel licensform på vej Proposed IBM Spectrum Control On-Premises Family Edition Features Includes what was: B Spectrum Control base edition Entitled Virtualization and Cloud Integration API Services Simple Provisioning Automation Enablement IBM Storage Integration Server } Announce & GA 1Q15 S Spectrum A Spectrum I Control standard edition Lower price Control advanced edition Full feature Spectrum Control Storage Insights Subscription All Base functions Capacity Planning Performance Monitoring Base Flash Copy and Replication Management All Standard functions Storage Analytics and Optimization Policy-based Automation Service level based self-service and API provisioning Application-aware Snapshot Management Storage Reclamation Application and Department Views Tiering Analysis and Recommendations Performance Monitoring IBM Storage Integration Server Tivoli Storage Productivity Center IBM Storage Integration Server Tivoli Storage Productivity Center VSC Analytics / Automation IBM FlashCopy Manager Does not include SVC IBM Storage SaaS Offering } Planed Announce & GA 4Q15* *Future roadmap details are subject to change, no purchase decisions should be made based on this outlook

12 IBM Spectrum Storage Solutions Storage and Data Control Storage Management Policy Automation Analytics & Optimization Snapshot & Replication Management Integration & API Services Self Service Storage Data Protection Traditional Applications Virtualized SAN Block Spectrum Virtualize Spectrum Control Hyperscale Block Spectrum Accelerate Data Access New Generation Applications Global File & Object Spectrum Scale Spectrum Protect Active Data Retention Spectrum Archive Flexibility to use IBM and non IBM Servers & Storage or Cloud Services IBM Storwize, XIV, DS8000, FlashSystem and Tape Systems Non-IBM storage, including commodity servers and media and non-ibm clouds

13 Overview of High Availability technologies Spectrum Virtualize Stretched Cluster Base function for many years supported on SVC systems Enhanced Stretched Cluster since 7.2 Provides automatic failover in most failure scenarios No specific host software support needed Configuration of two sites from a single point Wide host and storage support NEW in v7.5 Host awareness attribute to mitigate latency. NEW in v7.5 Spectrum Virtualize And Storwize V7000 HyperSwap New licensed feature in SVC and Storwize products Uses Metro Mirror, non-disruptive volume move technologies Provides automatic failover in most failure scenarios No specific host software support needed Configuration of two sites from a single point Wide host and storage support, including internal storage Copyright IBM Corporation 2015

14 SVC / Streched Cluster Bedre udnyttelse af eksisterende infrastruktur Spectrum Control, Hypervisor, Standard API m.m. Bedre kontrol over datavækst Skalerer fra et par diske til petabytes af data. Bred support for ikke IBM systemer! Nem migrering fra eksisterende 1

15 Why IBM Spectrum Virtualize high availability? Site 1 Site 2 Host A Host B Clustered Host C IBM Spectrum Virtualize system Public Fabric 1A Public ISL Public Fabric 2A IBM Spectrum Virtualize system Private Fabric 1 Private ISL Private Fabric 2 Public Fabric 1B Public Fabric 2B Storage Storage Quorum Copyright IBM Corporation

16 Why IBM Spectrum Virtualize high availability? Single location for configuring system CLI or GUI Works with FlashCopy Autobalancing, EasyTier Migration IBM Spectrum Virtualize Cache Compression, Easy Tier Copyright IBM Corporation

17 More than two sites with Enhanced Stretched Cluster Site 1 Site 3 Automatic failover No data loss No increased RPO Global Mirror Can use remote sites for quorum Site 2 Site 4 Copyright IBM Corporation

18 SVC & V7000 HyperSwap

19 Server HyperSwap volume UID 1 The HyperSwap Volume is assigned to the host by mapping only the master volume even though the access to auxiliary is guarantee by the HyperSwap function. HyperSwap volume is a combination of master, auxiliary volumes and the active active relationship between the two. The HyperSwap volume uses always the UID of the master volume HyperSwap Volume master active active aux volume relationship volume UID 1 UID 2 UID 1

20 SITE A SITE B Extended SAN SITE A Control Enclosure SITE B Control Enclosure Active-Active Metro Mirror Storwize V7000 HyperSwap configuration

21 SITE A SITE B Active server Stand-by server Extended SAN SITE A Control Enclosure SITE B Control Enclosure HyperSwap Active-Active Metro Mirror Storwize V7000 HyperSwap configuration

22 SITE A SITE B Active server Application cluster failover Stand-by server Extended SAN SITE A Control Enclosure SITE B Control Enclosure HyperSwap Active-Active Metro Mirror Storwize V7000 HyperSwap configuration

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24 Backup Slides VCE dashboard IBM SIS support for VMware SDDC Spectrum Storage Insights Detaljer HyperSwap - Dataflow

25 Virtual Storage Center - single dashboard for monitoring all Storage components Aggregated health status for all components in group Hover-over health status for individual components Only Available in Virtual Storage Center Capacity for Block and File Hyperlinks for fast navigation

26 IBM SIS Support for the VMWare Software Defined DataCenter (SDDC) vcenter Orchestrator (vco) Expand your VMware environment automation and embeds native XIV discovery, provisioning, and lifecycle operations in your workflows vcenter Operations Manager (vcops) Track and analyze XIV health, performance and capacity metrics, and their impact on VMs. Respond with dynamic, policy-governed workflows to maintain SLAs, within VMware s unified operations management vcloud Automation Center (vcac) Allow XIV automation in VMware s unified, policy based, cloud management system. Make XIV storage a foundation for a self-service provisioning, platform or storage catalog. Apply resource placement and reclamation to XIV to optimize SLAs and storage utilization Implementation through the IBM Storage Integration Server (ISIS) Easily deploy and certify any of the above VMware features at once, providing a centrally configured, secure, auditable and aggregated control of IBM Storage IBM Storage Integration Server already provides a vcenter web client plugin and VASA provider for IBM Storage disk arrays

27 Deployed instantly from the Cloud Data collector connects your on-premises storage environment with the cloud-based service Designed for security and efficiency All communication between the data collector and the service is encrypted and compressed. All communication is initiated from the collector only, no LANexternal access to the collector or the storage devices. Various security certifications (FISMA, ISO 2700x) No administration/maintenance effort for the local data collector. 26

28 Understand the storage environment Key information about the storage environment is presented to at a dashboard level as well as individual device level. Easy to understand the status and utilization of the managed storage devices Immediate insights into various aspects of the storage environment, for example replication-based data protection 27

29 Understand the storage environment Modeling applications and departments allows to relate storage utilization to business entities Application-centric views present all relevant information to understand the utilization of the application storage Helps the administrator to understand the consumer s view on storage 28

30 Monitor capacity and performance Capacity insights dashboards provide insights from multiple perspectives. Historical data as well as estimation of future trends help plan storage-related investments Savings achieved through thin provisioning or a break-down of capacity by tier can easily by determined 29

31 Monitor capacity and performance File-storage oriented views provide equivalent functionality as block-storage oriented views Views like Most Utilized File Systems show entities potentially needing attention Supports IBM Spectrum Scale clusters 30

32 Monitor capacity and performance The performance insights dashboard allows to easily identify the most utilized storage system. Data is available at various aggregation levels to support problem determination as well as trend analysis Data anomalies (like spikes or unexpected increase of values) are easily visible from the charts 31

33 Monitor capacity and performance Performance charting is highly interactive and customizable Context-specific drillup/drill-down capability supports efficient problem analysis Automatic preselection of most relevant/most utilized entities for a chart helps with fast problem determination 32

34 Reclaim allocated, but unused storage The reclamation insights dashboard help saving costs by identifying allocated, but unused storage Analytics-based identification of unassigned or unused storage supports finding space wasters Breakdown by tier allows easy estimation of potentially saved amount 33

35 Optimize data placement with analytics Advanced analytics based tier planning predictions help make informed investment decisions Tier recommendations represent an optimized configuration based on actual utilization and configuration Specific volumes are identified along with source and target tier to provide immediately actionable visibility. 34

36 SITE A SITE B Extended SAN SITE A Control Enclosure SITE B Control Enclosure Volume Mirroring room A1 Active-Active Metro Mirror Volume room A2 room B1 Mirroring room B2 Copy 0 External Controller A1 Copy 1 External Controller A2 Copy 0 External Controller B1 Storwize V7000 HyperSwap configuration Copy 1 External Controller B2

37 Data flow with HyperSwap IO group 0 is the primary Read on primary goes straight to local copy IO group 0 IO group 1 Node 4 Node 3 Node 2 Node 1 Master Volume Master CV Volume Aux Volume Aux CV Volume

38 Data flow with HyperSwap IO group 0 is the primary Read on secondary goes to remote IO group, satisfied from remote storage IO group 0 IO group 1 Node 4 Node 3 Node 2 Node 1 Master Volume Master CV Volume Aux Volume Aux CV Volume

39 Data flow with HyperSwap IO group 0 is the primary Write on primary replicated to both IO group 0 IO group 1 Node 4 Node 3 Node 2 Node 1 Master Volume Master CV Volume Aux Volume Aux CV Volume

40 Data flow with HyperSwap IO group 0 is the primary Write on secondary forwarded to primary, then replicated to both IO group 0 IO group 1 Node 4 Node 3 Node 2 Node 1 Master Volume Master CV Volume Aux Volume Aux CV Volume