HP Breakfast Briefing Server/Storage/Backup Köln,

Präsentation zum Thema: "HP Breakfast Briefing Server/Storage/Backup Köln,"—  Präsentation transkript:

1 HP Breakfast Briefing Server/Storage/Backup Köln, 12.06.2012
14 November 2019 HP Breakfast Briefing Server/Storage/Backup Köln, Florian Bettges HP Produktmanager Online Storage (LeftHand P4000, VirtualSystem, BladeStorage) setting the scene: HP Converged Storage Maßstäbe bzw. neue Maßstäbe mit HP Converged Storage setzen Converged Storage Untertitel: Grenzen überwinden (Originaltitel: Storage without boundaries). Normalerweise gehen wir oft über die Eingangsfolien hinweg und machen uns wenig Gedanken über das was dort als Untertitel aufgeführt wird. Wir verfallen dann im Verlauf der Präsentation in Standardformulierungen wie Flexibilität, Skalierbarkeit, Effizienz die auch andere für sich nutzen und es fällt uns schwer Worte/Bilder/Umschreibungen zu finden, die das ausdrücken sollen, was dem Kunden die HP Storagetechnologie an Mehrwert bietet. Wie wäre es da mit den Worten vom Untertitel: Grenzen überwinden? Um Grenzen zu überwinden, muss man diese vorher erkennen. Wo überwinden wir Grenzen im Alltag und was bedeutet das für uns? ©2011 Hewlett-Packard Development Company, L.P. The information contained herein is subject to change without notice HP Confidential

2 Vortragsinhalt HP Strategie + Business-Update (Server/Storage)
HP Storage für Virtualisierungsprojekte Datensicherung: Backup + Recovery

3 HP Strategie + Business-Update Server/Storage

4 Enterprise Group Server, Storage, NEtzwerk & Services PortFolio
14 November 2019 Enterprise Group Server, Storage, NEtzwerk & Services PortFolio Vordefinierte konvergente Systemlandschaften und Datenzentren VitualSystem CloudSystem AppSystems EcoPOD (POD 240a) In höchstem Maß entwickelte Systemlösungen zum Aufbau von eigenen Cloudumgebungen Der schnellste Weg zu einer flexiblen und virtualisierten Infrastruktur Dedizierte, aplikationsoptimierte Systeme mit hohem ROI Höchste Effizienz und schnellste Realisierung eines kompletten RZ Modulare Systeme/Technologie als Basis für konvergente Infrastrukturen Server Storage Netzwerk Management ROW 1: Converged Systems & Data Centers The top row – Converged Systems and Converged Data Centers – represent the latest enhanced and new innovations to enable our clients the simplest way to accelerate the value of IT. HP Converged Systems integrate hardware, software and services into turnkey solutions that can reduce months or even years of planning, procurement and deployment processes into weeks so our clients can accelerate time to application value. HP VirtualSystem increases performance and reduces complexity with an architecture optimized for virtual server and virtual desktop environments. It integrates server, storage, networking, virtualization software and services, dramatically simplifying deployment and management. It also provides advanced security and single-pane-of-glass management across hybrid environments, and it supports Microsoft® Hyper-V, Citrix Xen and VMware. HP VirtualSystem provides a simple path to cloud computing with a rapid upgrade to HP CloudSystem. HP CloudSystem, originally announced January 2011, provides a platform for building and managing cloud services across private, public and hybrid environments. Universal security, governance and multitenant management enable clients to ensure quality of service and reduce risk. HP AppSystem maximizes performance while simplifying deployment and application management. These systems offer best practice operations with a standard architecture that lowers total cost of ownership. Among the new systems are HP Vertica Analytics System, as well as HP Database Consolidation Solution and HP Business Data Warehouse Appliance, which are both optimized for Microsoft SQL Server 2008 R2 What’s more, these systems can build upon each other to ensure our client’s specific needs are covered – no more, no less. For example, you can deploy the HP VirtualSystem to break down today’s complex silos and then quickly move to the cloud with the HP CloudSystem if/when needed. Another innovation worth noting is the HP Performance Optimized Datacenter. HP PODs provide a fully equipped data center, ready for our clients preferred applications. For example, the new HP POD 240a ... or EcoPOD ... is the first air-cooled POD deployable in 12 weeks versus years, at a quarter the cost of brick and mortar data centers, and with 95 % more energy efficiency. ROW 2: Modular Technologies designed for convergence Although many organizations will find the HP Converged Systems the simplest and fastest way to gain the value of convergence – right now – it’s fair to say that there are also many organizations vigorously figuring out how best to plan and deploy new technologies within their current investments, requirements, and budgetary parameters. This is why our individual technologies - Servers, Storage, Networking, and Management Software – are arguably unmatched by anyone. But most importantly, these technology portfolios have been designed for convergence. This gives our clients complete control of how and at what pace they move forward to capitalize on this era of convergence to protect both their short and longer-term investments. For example, beyond having the most complete, feature/function rich server portfolio on the planet for any workload, the HP Converged Storage portfolio fuses scale-out storage software with converged hardware and integrated management to scale performance and capacity without disruption for any data type, storage workload, or capacity point. And from a networking perspective, HP has been changing the rules of networking with new innovations unseen in the industry before. For example, HP FlexNetwork is the only converged networking architecture that spans from the virtualized data center to the virtual workplace with integrated security solutions – delivering the scale, security, and manageability needed for cloud-based, video-centric, mobile applications. Now when you add or combine these product innovations with advanced infrastructure lifecycle management software, our clients are able to perform drag-and-drop provisioning of complex, multi-tier applications – cutting provisioning time from months to minutes and all with built-in capacity planning, rebalancing tools, and automated disaster recovery and failover capabilities. These examples are what I mean by technologies designed for convergence. Individually, they can go toe-to-toe with anyone, but when brought in as part of a convergence strategy, the value is exponential. ROW 3: Get Started through Services Another big part of customer choice is having the right services at the right time. Again, this is why we have aligned our consulting and support portfolio to work within our client’s unique objectives, requirements, and timing preferences. Transform HP consulting expertise can transform IT to deliver real-time services and provide IT-enabled business growth. Whether our clients need services for strategic IT advice, hybrid delivery, energy efficiency, cloud, collaboration, or a full-scale transformation, our consulting experts have designed 50 million square feet of data centers and 40 Greenfield data centers since 2001 and delivered IT consolidation projects in the last 10 years (Ranked #1 in Forrester IT Consolidation Consultancies Study). Building the infrastructure for now and the future And as the industry’s pioneer in converged infrastructure, and a leader in IT consolidation consulting, our services experts can improve our client’s utilization with faster delivery and simplified management that helps free more resources for innovation. Only HP has completed over 23 million sq. ft. of data center risk, reliability and feasibility assessments with consulting expertise developed from helping1000s of our clients deliver a next-generation data center and technology infrastructure. Keeping technology up and running for any workload, anytime And finally, our technology portfolio of services and support allow our clients’ technology to be ‘always on’ so they can deliver value instantly to their customers. This includes Mission Critical Services, Technical Services, and Support Services for Servers, Storage, and Networking ... with a wide range of service level choices, consistently delivered around the world. As I mentioned – HP Converged Infrastructure is all about helping our clients accelerate the value of their IT ... and do so at their own pace and preference. That’s what this portfolio has been built to do ... and it will only get better. Insight Software Matrix Operating Environment Superdome 2 BladeSystem Integrity NonStop UTILITY STORAGE iSCSI SAN EVA ProLiant SL Series ProLiant G7/Gen8 FlexNetwork Architecture SCALE OUT NAS DISK BASED BACKUP einfache Umsetzung mit HP SERVICES Bereitstellung von Resourcen auf Knopfdruck Aufbau von Infrastrukturen für heute und morgen Aufrechterhaltung der Verfügbarkeit von Hardware und Applikationen zu jedem Zeitpunkt

5 Die Themen/Grenzen unserer Kunden
14/11/19 Die Themen/Grenzen unserer Kunden STARRE INFRASTRUKTUR DATEN EXPLOSION VERALTETE APPLIKATIONEN Veraltete Applikationen und auf der anderen Seite auch viele neue Applikationen. HP Confidential

6 Innovation mit HP Converged Infrastructure
Coaching tips: Make sure you drive home that HP has been leading this path with real investments in customer environments today. Paint the big picture of convergence, more than HW, but process, tools all the way to facilities. It is the mega-trend and the right architectural strategy to take maximum advantage of virtualization, cloud/as-a-service, and Green IT and other strategic customer initiatives. Power, cooling & facilities Network Servers Storage Management software Security Services DREI SCHRITTE VIRTUALISIEREN STANDARDISIEREN AUTOMATISIEREN HP Converged Infrastructure What is HP Converged Infrastructure? In short, HP Converged Infrastructure accelerates IT for better business outcomes. As we mentioned earlier, a converged infrastructure enables your IT organization to keep up with fast-changing business demands, and help your company innovate to enhance your competitiveness in the market. Here is the actual HP definition of Converged Infrastructure: For IT organizations in large and mid-sized enterprises and service providers who want to shift resources from operations to innovation and enable the Instant-On Enterprise, HP Converged Infrastructure is a blue print for the data center of the future that accelerates the provisioning of IT services and applications by integrating servers, storage, networking, security, power, cooling and facilities into shared pools of interoperable resources – all managed through a common management platform, delivered via world-class services. It’s about shifting resources – from 70% focused on operations to 70% focused on innovation. It’s about accelerating the provisioning of IT services and applications. It’s about creating shared pools of interoperable resources with all the components listed on the left hand side of the slide. And it’s about managing the entire IT ecosystem through a common management platform. So how can you get from where you’re at today – to a fully converged infrastructure? Our HP Converged Infrastructure Maturity Model ( – as well as our HP CI Reference Architecture Design Guide ( provide a detailed step-by-step approach of moving from your current IT environment to infrastructure convergence. In short… The first step for most organizations is ‘standardization’ – helping you move from ‘Compartmentalized’ to ‘Standardized’ to increase quality and speed of IT service delivery with lower cost of operations and better, more efficient management. This could include moving to a small number of approved standard configurations… based on industry standards with re-usable components… implemented in a consistent fashion with consistent management tools… resulting in more standards-based, modular and reusable infrastructure. Using a non-IT example of great standardization story, Southwest airlines. Before their acquisition of AirTran, Southwest airlines only flew one model of aircraft. Thus, pilots and mechanics needed to be trained on only one kind of airplane - lowering inventory, record keeping and maintenance costs, and minimizing the number of technical manuals, tools and spare parts. The second step is ‘virtualization’ – helping you move from physical server, storage and networking environments to virtualizing the entire datacenter - to increase the quality of service and begin to make IT more responsive and aligned to the needs of the business. This doesn’t only include server virtualization, but also… Network virtualization and the creation of VLANs with the goal of improving the network efficiency and increasing flexibility to quickly allocate required bandwidth. Storage virtualization not just within an array, but across the entire storage environment to scale up and out, and continually load balance performance and capacity. I/O virtualization to deliver connection capacity and flexibility needed to accommodate the wide range of workloads and applications. And the third step is ‘automation’ – helping you run IT as a service and be fully aligned with business requirements – in other words, where IT runs at the speed of business. The key elements of an automated IT infrastructure include… A Self Service Portal – where users can quickly request and procure and IT service. A Service Catalog of infrastructure deployment best practices And Capacity planning and management tools to keep the resources and services healthy and optimized. Automated infrastructure provisioning that delivers the service in minute not months. The resource pool itself with compute, storage, networking resources Just a quick reminder… everything we just talked about helps you accelerate your IT… accelerate service provisioning, responsiveness, agility, disaster recovery, and ultimately IT innovation. But what are the business benefits of building a converged infrastructure?

7 Die HP Storage Strategie
14 November 2019 Die HP Storage Strategie Eine Strategie für jede Geschäfts-/Unternehmenssituation Traditioneller Speicher CONVERGED STORAGE Converged Systems Effizienzoptimierung und Agilität für etablierte Architekturen Transformieren & skalieren für die nächste Dekade Vereinfachung der Lösungsbereitstellung und Integration. Grenzen überwinden Zwischen gestern und morgen Zwischen Server, Speicher und Netzwerk Zwischen Infrastruktur, Applikationen und Bereit- stellen von IT Diensten SLIDE PURPOSE: this is the overview slide of the HP storage strategy. It centers around Converged Storage, but explains (based on differentiated customer needs) the evolution of traditional and the higher level integration of storage into Converged Systems. Keep the theme of ‘removing boundaries’ In order to respond to the different needs of customers being in different maturity levels, HP is commited to be a key partner in this transformation. HP is investing heavily into the storage for the next era of computing while we understand the customer needs of more traditional environments. The HP storage strategy brings together the following elements: Converged Storage. HP is investing in next-generation storage architecture built on modular, standardized platforms and scale-out software with integrated management and automation for file, block, and backup workloads to remove the boundary between server, storage and network. Traditional Storage. To help bridge the gap between where customers are today and where they want to be in the future, HP is bringing to market new hardware, software, and services. These innovations are designed to optimize efficiency and agility of existing storage architectures and to remove the boundaries between today and the future Converged Systems. HP is also leveraging our investments in server, storage, networking, management, and security to deliver solutions that take the headache out of application integration, virtualized infrastructure, and cloud services. These solutions range from pre-packaged, turnkey environments to comprehensive, extensible, global-scale solutions that can even be delivered in turnkey portable data centers or PODs. Converged Systems focus to remove the boundaries between infrastructure, applications and IT service delivery. HP Confidential

8 Das Leistungsvermögen von HP Storage
14 November 2019 Maßgeschneiderte Lösungen für jede Arbeitslast und jedes Segment Traditioneller Speicher Block File Backup/Recovery MSL EML ESL Tape Automation VLS P2000 MSA X5000 LTO DAT Tape HP DataProtector P6000 EVA P9k/XP X3000 X1000 Converged Storage StoreOnce Converged Systems HP VS1, VS2, VS3 HP VirtualSystem BladeSystem Matrix Operating Environment P6k EVA, 3PAR Virtual Connect HP Service HP AppSystem X5000 Services HP CloudSystem SLIDE PURPOSE: in this slide we are tying back our strategy to real products and provide a summary of our offering (which often is a good starting point for a discussion) HP has invested over the past years significant money to build up a portfolio of Converged Storage solutions to serve customers for block storage, file storage and backup storage needs. P4000 LeftHand for scale-out virtualization needs 3PAR for Utility storage environments X9000 IBRIX for scale-out NAS and Big Data environments StoreOnce from HP Labs to deliver data deduplication technology for backup needs The opportunities behind this portfolio goes much beyond unified storage, we will evolve this portfolio to true convergence At the same time as we mentioned still about 70% of the investments go into traditional environments. While we are building the future of storage, we are still commited to be the #1 partner for our customers for any storage problem they have, for any environment they need a solution. While you might say ‚wow this is a broad portfolio‘, we can tell you that we run this portfolio for this exact commitment. HP Confidential

9 HP Converged Storage Gemeinsames Management Scale-out Verbund
14 November 2019 HP Converged Storage Das geistige Eigentum von HP, in das strategisch investiert wird Gemeinsames Management Organisation über Server, Storage, Netzwerk, Software Scale-out Verbund Leistung und Kapazität steigen in gleichem Maße Standardisierte Plattformen Bekannte Hardware- und Software-Basis SLIDE PURPOSE: This is probably the most important slide of the whole deck, as it explains the design principles of next-generation storage. You should spend most time here. It is only one slide like the others, you make the difference by the way you position it. HP Converged Storage delivers products based on a new architectural blueprint that simplifies how storage is designed, delivered, consumed, and managed—enabling clients to deploy highly available and scalable storage on the same infrastructure that powers their business applications. By fusing scale-out storage software with HP hardware and management software innovation, HP Converged Storage addresses new application requirements and fuels dynamic business models . HP Converged Storage is a new way to build your storage infrastructure that eliminates complexity of scale. Today’s storage silos are not sustainable. HP Converged Storage removes the bottlenecks and complexities that plague traditional monolithic storage architectures. By providing scale-out SAN, NAS, backup, and deduplication that are all built from a common modular architecture, HP Converged Storage enables easy integration with existing storage and networking architectures while eliminating the inefficiencies that make today’s solutions difficult to scale and costly to manage. The 3 foundational elements of HP Converged Storage are: STANDARDIZED PLATFORMS Many customers have standardized on HP ProLiant and Bladesystem servers and now want to expand the benefits of common, modular hardware and common operational processes towards the entire data center infrastructure – HP has a unique capability to deliver such a standardization. As part of the HP Converged Infrastructure strategy, HP is standardizing our server and storage hardware, leveraging HP-wide innovation to deliver standard platforms that provide the foundation for our server and storage products. This approach provides the following advantages across server and storage infrastructure: Flexible deployment options with a range of form factors: rack, tower, blade, hybrid Easier administration through common management interfaces for remote support and service More visibility to operational metrics (like power & cooling) with a “sea of sensors” for the datacenter Converged networking reducing cable sprawl and lowering costs Optimized performance through storage hardware innovation built on standards (e.g. HP 3PAR Mesh-Active architecture and the HP 3PAR ASIC) Common, modular platforms remove the boundaries between server, storage, and networking. that enables independent scaling of resources and application co-location. SCALE-OUT SOFTWARE The core functionality of this next generation storage system is centered around the scale-out storage software layer. Not only it allows for independent scaling of capacity and performance, e.g. providing an extremely large single namespace for NAS. Combining multiple nodes into a storage cluster, or combining multiple systems into a federated storage array, dramatically reduces scale limitations of monolithic environments and significantly reduces migration costs. This helps you buy only what you need, when you need it. It also offers highest efficiency of your storage by running on thin technologies and similar data services. Scale-out technologies are also considered to come with higher resiliency and lower disruptiveness. HP’s network RAID technology (in P4000) still today is the only real transparent failover solution in the market. By combining LeftHand, Ibrix and StoreOnce technologies HP has the capability to develop a common storage operation system called Store360 to create a fully converged storage environment for NAS, SAN and Backup. This approach enables co-location of multiple storage types and applications on a common infrastructure. Co- location is especially interesting in medium sized environments where in combination with standardized hardware platforms you can reduce costs by running multiple ‘personalities’ per system. As shown in the P4000 Virtual SAN Appliance, it will even be possible to run a storage controller node as a virtual machine. By running scale-out storage software on standardized hardware, HP can deliver: More predictable operational costs Non-disruptive scale with granular workload optimization Flexibility to run storage on physical or virtual nodes Optimized data services for file, block and backup storage such as: block storage federation; single, large-scale namespace for file workloads; a flexible deduplication architecture to automate IT and allow new application deployment in minutes, from client to cloud. CONVERGED MANAGEMENT Management is key to driving operational efficiency, and HP Converged Storage enables new levels of management efficiency and automation by converging management of hardware, software, and services as well as plugging in to both HP and third-party management applications. With HP Converged Storage, management is: Integrated –merging the management of server, storage, and network hardware. Because the platforms are standardized between servers and storage hardware instrumentation and remote and fault management processes are common. For Converged Storage Solutions leveraging the HP BladeSystem architecture the management of the networking is also simplified. This helps lower the cost of administration for the hardware while preserving the traditional roles of the server and storage administrator. The common instrumentation also means that datacenter operational processes like power and cooling management will be able to be consolidated in the future. Autonomic—delivering self-management of built-in data services.  Automation is a function of enabling the hands-off orchestration of a sequence of events in response to a command. With Converged Storage HP enables even greater simplicity with Autonomic Management. Autonomic functions require no user instigation or intervention. They are self regulating functions in which the storage system monitors itself triggers intelligent actions to maintain system integrity, performance and availability. Examples are load balancing after the addition or removal of a storage node or the movement of data to the right tier of storage for optimal performance and cost. Orchestrated–featuring vertical integration with HP Cloud and data center management. Service-oriented infrastructure provisioning enables new cloud applications to be deployed in minutes. Vertically integrated management eliminates the boundary between storage and IT service delivery. Tight integration with HP CloudSystem Matrix automates management and provisioning of HP Converged Storage within cloud services deployments. Orchestration of ITaaS speeds deployment and increases control, and is made possible by the HP Storage Provisioning Manager for Matrix Operating Environment. Open –compatible with partner software via standards-based development and the availability of plug-ins.  Often customers ask for a single pane of glass for management. However they often want that single pane of glass to be a product they already use. HP Converged Infrastructure makes this possible by delivering tight integration with third party management software through plug-ins for products like Microsoft Systems Center and VmWare vCenter. Additionally a common plug-in provides integration for both servers and storage.   The HP Converged Storage architecture provides non-disruptive scaling of performance and capacity for any data type, storage workload, or capacity point. It is designed to overcome virtualization, cloud, and “Big Everything” challenges by breaking boundaries between application services and storage management; storage services and application instances; and server, storage, networking, and supporting resources. Anecdotes: According to Terri McClure of the Enterprise Strategy Group, within five years’ time, scale-out storage will make up the majority of data storage systems. Monolithic storage architectures are built on the premise that customers buy a storage controller and then scale behind it with additional disk capacity over time. However, this model demands upfront prediction of future storage needs that can lead to over-purchasing of storage as a means of protection against running out of capacity. As an organization scales beyond a single box, management inefficiency results from the need to manage multiple software instances. This approach can also lead to data migration headaches. These demands are costly, requiring a larger upfront capital expenditure as well as higher operational costs over time. Unified storage architectures (which combine NAS and SAN into a single system) attempt to provide a degree of consolidation to alleviate this situation, but are still fundamentally monolithic. Once you get past a single box, you have all the same headaches and cost implications that you have with more traditional monolithic architectures. You also have to scale both NAS and SAN every time you want to add additional storage—regardless of the workload you want to scale. In addition, unified storage tends to be good for either block-level data or for NAS, but not for both. Ein Architekturansatz für: HP LeftHand, HP 3PAR, HP StoreOnce, HP IBRIX HP Confidential

10 HP’s Mission: Transforming the IT Industry
14 November 2019 HP’s Mission: Transforming the IT Industry Project Moonshot Delivering the future of extreme low-energy computing Project Odyssey Redefining the future of mission-critical systems Project Voyager Redefining the expectations and economics of data centers Announced Nov. 1, 2011 Announced Nov. 22, 2011 Announced Feb. 13, 2012 HP Confidential

11 HP Proliant Gen 8

12 Enh. Bulldozer (~16 cores)
14 November 2019 CPU Roadmap Sandy Bridge-EP 8 cores, 20 MB L3 32nm Sandy Bridge-EP 4S 2011 2012 2013 2014 Ivy Bridge-EX 12 cores likely 22nm 4S 2S Xeon E7 family Westmere-EX 10 cores, 30 MB L3 G7 Westmere-EP 6 cores, 12 MB L3 Xeon 5600, E5 Magny-Cours 12 cores, 12 MB L3 Opteron 6000 Ivy Bridge-EP 4S 10 cores likely Ivy Bridge-EP Haswell-EP Interlagos 16 cores, 16 MB L3 Terramar Enh. Bulldozer (~16 cores) Next Generation Bulldozer cores Gen8 / Gen8 HP Confidential

13 Xeon® 2S Platform Comparison
Xeon® 5600 based Platform Xeon® E based Platform 3 3 Xeon® 5600 DDR3 Xeon® 5600 Sandy Bridge Sandy Bridge DDR3 DDR3 DDR3 QPI QPI DDR3 DDR3 DDR3 DDR3 Core 4 Core DDR3 QPI Core Core DDR3 DDR3 DDR3 2 DDR3 4 1 DDR3 2 QPI QPI I/O Hub 1 South Bridge South Bridge 1 Integration of I/O Hub onto the processor for higher performance converged networking and low latency HPC & Trading 3 Supports up to 1600MHz Memory for better performance across all applications 2 4 Memory Channels instead of 3 for memory bandwidth intensive applications like HPC and FSI Grid 4 2 x the QPI links between sockets for better performance across all applications 13 13 13 13

14 Sandy Bridge Platform Flexibility
Core x8 DDR3 QPI x4 Up to 4 CPUs Up to 48 DIMMs Up to 160 PCIe lanes Two QPI links per CPU (ring topology) E5-4600 Density and Cost Optimized 4S E5-2600 Sandy Bridge Core x8 DDR3 x4 QPI Up to 2 CPUs Up to 24 DIMMs Up to 80 PCIe lanes Two QPI links Highest Performance Max Memory Sandy Bridge Core x8 DDR3 x4 QPI E5-2400 Up to 2 CPUs Up to 12 DIMMs Up to 48 PCIe lanes One QPI link Density and Cost Optimized 2S 14 14 14 14

15 Management

16 iLO Management Engine Integrated Lights-Out to Insight Lifecycle Onboard INTELLIGENT PROVISIONING AGENTLESS MANAGEMENT ACTIVE HEALTH SYSTEM REMOTE SUPPORT Ready to deploy and update without the need for HP discs or downloads Base hardware health monitoring and alerting without OS agents Continuously running diagnostics to minimize downtime Built-in phone-home function to ease setup and configuration plus remote console/remote power/virtual media

17 14 November 2019 HP Insight Online Personal, secure portal for anywhere, anytime management Monitor, manage and support your infrastructure remotely from outside the firewall Personalized dashboard for health monitoring, service alerts and support status Proactive contracts and warranty management Auto-device discovery links device and support information for one stop access Seamlessly integrated into HP Support Center and Insight Remote Support 7.0 Ideal for channel partners providing proactive remote support HP Confidential

18 HP FlexibleNet Adapters

19 HP FlexNet Enables Confident Access to Data
14 November 2019 HP FlexNet Enables Confident Access to Data Increase performance, enhanced security, power management, and flexibility 30% 100% Without FlexNet With FlexNet Lowers power Consumption by 70% Network Configuration Utility to monitor and manage Precise timing and synchronization Embedded Temperature Sensor and EEE Support (Energy Efficient Ethernet) IEEE 1588 Precision Time Control Lowers latency/decreases delays in access to data Increases throughput for sustained access to data Manages power for cost efficient access to data FlexNet NIC Teaming Choices to meet the infrastructure needs Creates cross-vendor teams that reduces bandwidth limitations and improves resilience FlexLOMs offer more choices for data access HP Confidential

20 SmartStorage

21 Smart Array P-Series for Gen8
Embedded Controllers (P-Series) Stand up Controllers (P-Series) Smart Array P420i ROC 4 IO Cache Smart Array P222 4 Internal, 4 External P212 Replacement 1 x 4 internal SAS Ports 1 x 4 external SAS Ports ROC 4 IO Cache 8 Internal, 0 External P410i Replacement 2 x 4 internal SAS Ports ROC IO Cache 4 Smart Array P420 8 Internal, 0 External P410 Replacement 2 x 4 internal SAS Ports Smart Array P220i ROC 4 IO Cache 4 Internal, 0 External P210i Replacement 1 x 4 internal SAS Ports ROC 4 IO Cache Smart Array P421 0 Internal, 8 External P411 Replacement 2 x 4 external SAS Ports Smart Array P721m ROC 4 8 External P711m/P712m Replacement Smart Array P822 Flash Back Write Cache Modules (FBWC) ROC 4 IO Cache 8 Internal, 16 External P812 Replacement 2 x 4 internal SAS Ports 4 x 4 external SAS Ports 512 MB 1 GB 2 GB

22 Racks

23 Next Generation HP Rack
14 November 2019 Next Generation HP Rack The new cornerstone to reliably cool, power, connect and manage High 81%+* airflow efficiency increases server reliability and reduces cooling cost Superior cooling of servers, storage and networking with longer 1075mm depth HP Location Services** ready to automatically know ProLiant Gen8 server location Leading 2,300 lbs dynamic load capacity to ship populated racks via Factory Express Elegant new design * Based on internal HP lab tests **Availability expected 2H 2012 HP Confidential

24 HP Location Services Know exactly where your ProLiant Gen8 servers are
14 November 2019 HP Location Services Know exactly where your ProLiant Gen8 servers are 8U Rack Strip Server Ear Piece 8U Rack Strip & Server Installed in Rack contact cover HP Confidential

25 HP ProLiant Gen 8

26 600 400 200 100 New Naming Framework 900/500 Mainstream and SMB Blades
Hyperscale 200 100 300 p-Series e-Series MicroServer

27 New HP ProLiant Gen8 Server Portfolio
Common, modular portfolio built for specific workloads and environments DL380p Gen8 DL 360p Gen8 BL460c Gen8 ML350p Gen8 SL230s Gen8 SL250s Gen8 Versatile, rack-optimized servers with a balance of efficiency, performance and management Cloud-ready converged infrastructure engineered to maximize every hour, watt and dollar Expandable tower servers ideal for remote and branch offices Purpose built for the world’s most extreme data centers

28 New Product Introduction
HP ProLiant DL380p Gen8 HP Restricted For HP and Channel Partner internal use

29 HP ProLiant DL380p Gen8 to HP ProLiant DL380 G7 comparison
New Product Introduction HP ProLiant DL380p Gen8 to HP ProLiant DL380 G7 comparison HP ProLiant DL380p Gen8 HP ProLiant DL380 G7 Processor Intel® Xeon® E Series ( up to 8 Cores, up to 3.3GHz) Intel® Xeon® 5600 Series ( up to 6 Cores, up to 3.6GHz) Chipset Intel® C6XX Intel® 5520P Memory (24) DDR3, RDIMM, up to 1600MHz, ECC, Online Spare (18) DDR3, RDIMM, up to 1333MHz, ECC, Online Spare Max Memory 768GB (24 DIMMs x 32G 2R) TB SAS; 8.0TB SATA Internal Storage SATA, SAS, SSD (8 or 25) 2.5” hot plug bays /(8 or 12) 3.5” hot plug bays Smart Array P420i controller Optional: +8 SFF for 8 SFF Model SATA, SAS, SSD (8 ) 2.5” hot plug bays /(6) 3.5” hot plug bays Smart Array P410i controller Optional: +8 SFF for 8 SFF Model Max Internal Storage 25TB SAS (SFF); 36TB SATA (LFF) 12TB SAS (SFF); 12TB SATA (LFF) Networking (1) FlexLOM Choice of: 4x1G, 2x10G Two HP NC382i Dual Port Multifunction Gigabit Server Adapters (four ports total) HP Restricted For HP and Channel Partner internal use

30 HP ProLiant DL380p Gen8 to HP ProLiant DL380 G7 comparison
New Product Introduction HP ProLiant DL380p Gen8 to HP ProLiant DL380 G7 comparison HP ProLiant DL380p Gen8 HP ProLiant DL380 G7 I/O Slots (6) PCIe 3.0: Riser 1 (1) x16 FL/FH; (1) x8 HL/FH; (1) x4 HL/FH; Riser 2 (1) x16 FL/FH; (1) x8 HL/FH; (1) x4 HL/FH; or(1) X16 FL/FH; (1) X16 HL/FH (6) PCIe 2.0: (1) x8 FL/FH; (1) x4 HL/FH; (1) x4 HL/FH; (1) x8 FL/FH; (1) x4 HL/FH; (1) x4 HL/FH; or(1) X16 FL/FH Ports Front: (2) USB; Rear: (4) USB, video (1600x1200), network; Internal: (1) USB, (1) SD Card Power Supplies 460, 750, 1200W (92 or 94%) 460, 750, 1200W (92% or 94%) Integrated Management Insight Control Environment Integrated Lights Out 4 (iLO 4); hardware-based power capping Integrated Lights Out 3 (iLO 3); hardware-based power capping Additional Features 150w Single Wide graphics card support Support for (1) 150W single wide graphic cards Form Factor 2P/2U Rack HP Restricted For HP and Channel Partner internal use

31 New Product Introduction
HP ProLiant ML350p Gen8 HP Restricted For HP and Channel Partner internal use

32 HP ProLiant ML350p Gen8 to HP ProLiant ML350 G6 comparison
New Product Introduction HP ProLiant ML350p Gen8 to HP ProLiant ML350 G6 comparison HP ProLiant ML350p Gen8 HP ProLiant ML350 G6 Processor Intel® Xeon® E Series 4/6/8 Cores, up to 3.3GHz Intel® Xeon® 5500 & 5600 Series 2/4/6 Cores, up to 3.2GHz Chipset Intel® C600 Intel® 5520 Memory (24) DDR3, UDIMM and RDIMM, up to 1600MHz Advanced ECC, Online Spare (18) DDR3, UDIMM and RDIMM, up to 1333MHz Advanced ECC, Online Spare Max Memory 384 GB 288 GB Internal Storage SAS, SATA, SSD (6) 3.5” hot plug bays; (8) 2.5” hot plug bays Smart Array P420i controller Optional: (12) 3.5” hot plug bays; (16) 2.5” hot plug bays SAS, SATA, SSD (6) 3.5” hot plug bays; (8) 2.5” hot plug bays Smart Array P410i controller Optional: (2) 3.5” hot plug bays; (8) 2.5” hot plug bays Max Internal Storage 54TB 24TB Networking (1) HP Ethernet 1Gb 4-port 331i Adapter (1) HP NC326i Integrated Dual Port Gigabit Server Adapter HP Restricted For HP and Channel Partner internal use

33 HP ProLiant ML350p Gen8 to HP ProLiant ML350 G6 comparison, continued
New Product Introduction HP ProLiant ML350p Gen8 to HP ProLiant ML350 G6 comparison, continued HP ProLiant ML350p Gen8 HP ProLiant ML350 G6 I/O Slots (9) PCIe Gen2/3: (3) x16 FL/FH; (1) x8 FL/FH; (4) x4 FL/FH; (1) x4 Gen2 HL/FH (6) PCIe Gen2: (2) x8 FL/FH; (4) x4 FL/FH Optional: (1) PCI-X FL/FH Ports Front: (4) USB; Rear: (4) USB, video (1600x1200), network; Internal: (1) USB, (1) Tape, (1) SD Card Front: (2) USB; Rear: (2) USB, video (1600x1200), network; Internal: (1) USB, (1) Tape, (1) SD Card Power Supplies 460, 750, 1200W (94%) 460, 750, 1200W (92%) System Management HP iLO Management Engine (iLO 4), SIM, IRS Optional: HP Insight Control, iLO Advanced Insight Control Environment Integrated Lights Out 2 (iLO 2) Additional Features Support for up to (2) Double-wide Graphic cards Form Factor 2P/5U Tower HP Restricted For HP and Channel Partner internal use

34 HP ProLiant BL460c Gen8 Server Blade

35 HP ProLiant BL460c Gen8—What’s new summary
The world’s leading server blade Increased performance, capacities, and options with processors, memory, storage, and I/O expansion slots Improved power efficiencies with processors and memory FlexLOM for choice of “embedded” network technology/speed/OEM partner Next-generation HP iLO Management Engine Easily update your firmware using HP Service Pack for ProLiant BL460c G7 BL460c Gen8 Processor Intel Xeon 5500/5600, 2/4/6 cores to 95W Intel Xeon E5-2600, 2/4/6/8 cores to 130W; Up to 79% improved performance1; HP Smart Socket Guide technology Memory (12) DDR3 to 1333MHz (384GB maximum) (16) DDR3 to 1600MHz (512GB maximum) No reduction in 1.35V; Additional DIMMs added without affecting memory speed or capacity; HP SmartMemory Technology Storage HP Smart Array P410i, optional FBWC 2 SFF hot-plug HDDs HP Smart Array P220i; 512MB FBWC and battery retention ready; 2 SFF hot-plug HDDs; improved drive carrier Networking 2x 10Gb FlexFabric CAN ports Choice of FlexLOM for two embedded I/O ports Mgmt HP Integrated Lights-Out 3 (iLO3) and HP Insight Foundation; Optional HP iLO Advanced, HP Insight Control, and Matrix Operating Environment HP iLO Management Engine and HP Service Pack for ProLiant; Optional next Gen HP iLO Management Engine Advanced, Insight Control, and Matrix Operating Environment

36 Video

37 1. Pause

38 HP Converged Storage HP LeftHand: Storage für die Virtualisierung

39 Die Welt hat sich verändert…
14 November 2019 Die Welt hat sich verändert… Die Defizite von Speichersilos ITaaS - Cloud Datenexplosion Virtualisierung Die meisten Speicherkonzepte von heute wurden vor Jahren entwickelt Übergang  HP Confidential

40 Transformation zu HP Converged Storage
14 November 2019 Slide 10 and 12 of this deck seem to be a sort of Before/After pair. Consider a layout like slides 6-7 of reference deck. HP Converged Infrastructure Transformation zu HP Converged Storage Grenzen zwischen Server, Storage & Netzwerk eleminieren CONVERGED MANAGEMENT FEDERATED, SCALE-OUT SOFTWARE INDUSTRY STANDARD PLATFORMS Simple Agile IT Automatisieren & Bereitstellen neuer Applikationen in Minuten vom Klienten zu ITaaS / Cloud Efficient Unabhängig skalieren auf einer standardisierten Software Plattform Standardisierung der HW Architektur und Prozesse für Datacenter-Infrastruktur 90% geringerer Management Aufwand 40% schneller zu implementieren 40% Einspaarung Energie und Kühlung HP Confidential

41 Das Leistungsvermögen von HP Storage
14 November 2019 Maßgeschneiderte Lösungen für jede Arbeitslast und jedes Segment Traditioneller Speicher Block File Backup/Recovery MSL EML ESL Tape Automation VLS P2000 MSA X5000 LTO DAT Tape HP DataProtector P6000 EVA P9k/XP X3000 X1000 Converged Storage StoreOnce Converged Systems HP VS1, VS2, VS3 HP VirtualSystem BladeSystem Matrix Operating Environment P6k EVA, 3PAR Virtual Connect HP Service HP AppSystem X5000 Services HP CloudSystem SLIDE PURPOSE: in this slide we are tying back our strategy to real products and provide a summary of our offering (which often is a good starting point for a discussion) HP has invested over the past years significant money to build up a portfolio of Converged Storage solutions to serve customers for block storage, file storage and backup storage needs. P4000 LeftHand for scale-out virtualization needs 3PAR for Utility storage environments X9000 IBRIX for scale-out NAS and Big Data environments StoreOnce from HP Labs to deliver data deduplication technology for backup needs The opportunities behind this portfolio goes much beyond unified storage, we will evolve this portfolio to true convergence At the same time as we mentioned still about 70% of the investments go into traditional environments. While we are building the future of storage, we are still commited to be the #1 partner for our customers for any storage problem they have, for any environment they need a solution. While you might say ‚wow this is a broad portfolio‘, we can tell you that we run this portfolio for this exact commitment. HP Confidential

42 Die Architektur – Teil1 HP ProLiant-Server Basis
Entwicklungssynergien: Server <-> Storage Zugriff auf bewährte Qualität – keine proprietäre Entwicklung gleiche Komponeten / gleiche Servicestrukturen gleiches Management

43 Die Architektur – Teil 2 Scale-Out Architektur
Die traditionellen Zwei-Controller Architekturen werden abgelöst Performance und Kapazität können linear wachsen Der Einstieg bedeutet nicht die Festlegung auf eine maximale Ausbaugröße

44 Die Architektur – Teil 3 Vielseitige Varianten
Kapazitäts- und Performanceoptimierte Produktvarianten (SSD, SAS, MDL-SAS Festplattentechnologie) Eine einheitliche Software = SAN IQ Flexible Kombination aller Produktvarianten möglich Auch als Software-only Variante verfügbar P4800 G2 VIRTUAL SAN APPLIANCE P4500 P4300/P4900

45 Funktionsübersicht Enterprise Funktionen incl. Transparenter Failover
Remote Copy Disaster recovery über Replikation 5 Site A Site B A B C D Synchrone & Asynchrone Replikation Thin Provisioning Kosten- und Ressourceneffizienz 3 100 GB verfügbar 50 GB 200 GB Volumen Storage Clustering Skalierbare Leistung und Kapazität 1 Snapshots Datenschutz und Verfügbarkeit 4 Network RAID Verfügbarkeit im gesamten Cluster Site A Site B A B C D 2

46 Management/Integration
Geringer Administratoraufwand Management über die zentrale Managementconsole (CMC) Zugriff von überall Modellunabhängig Echtzeitmonitoring / Best practice Prüfung Integration in VMware/Microsoft Einbindung in vCenter und MSSC über InsightControl Auslagerung von Hypervisor-Aufgaben an das Storage (VAAI)

47 VMware Integration Applikationsintegrierte ESX/ESXi Snapshots
Site Recovery Manager Virtual SAN Appliance vCenter management plug-in vStorage APIs for Array Integration (VAAI) Full copy Block zeroing Hardware assisted locking Vmware Aware Storage APIs (VASA) vStorage native PSA/PSP MPIO (NMP) vStorage APIs for Data Protection (VADP)

48 NEU: HP LeftHand Recovery Manager
LeftHand Update NEU: HP LeftHand Recovery Manager Ergänzung zum HP LeftHand Application-aware Snapshot Manager! NEW: Single File und Folder Recovery für MS Windows Administratornutzen: Einfache Bedienbarkeit durch Wizardnutzung Snapshots an ein leeres NTFS Verzeichnis mounten “Un-mount “ von gemounteten Snapshots Wiederherstellung von Dateien und Ordnern aus Snapshots an einen beliebigen Ort Festlegung von auto-mount Richtlinien um die letzten 1-5 Snapshots automatisch zu mounten Funktioniert mit normalen und Application-managed Snapshots

49 NEU: HP LeftHand Recovery Manager
LeftHand Update NEU: HP LeftHand Recovery Manager Kundennutzen: Vereinfachung von Datei und Ordner Recovery aus Snapshots Verringert Zeit und Aufwand bei.. Suche und Mount von individuellen Snapshots an den Recovery-Server (durch Nutzun von Filtern um einen bestimmten Snapshot zu finden) Suche nach Dateien und Ordnern in gemounteten Snapshots (durch Nutzung von Filtern bzgl. Name, Datum, etc.) Auto-mount Funktionalität durch zuvor festgelegte Richtlinien (z.Bsp. Immer die drei neuesten Snapshots) Betriebssystem -Support Windows Server 2008 und Windows Server 2008 R2 Windows Vista und Windows 7 Verfügbarkeit: Download ab 25. Juni 2012 Snapshot 4 Snapshot 3 Snapshot 2 Snapshot 1 HP Confidential

50 NEU: HP LeftHand Recovery Manager
LeftHand Update NEU: HP LeftHand Recovery Manager NPI Preview webinar für HP interne LeftHand-Champions NPI TechTalk Webinar für Channel Partners und HP Sales When: June 11, 2012 / 15:00 MEST Login: Lync Online Meeting Join online meeting First online meeting? What: 1 hour of information about HP LeftHand Recovery Manager and demo of the software When: June 18, 2012, 9:30am to 11:30am Central time zone Login: Register HERE. Instructions: Use your HP address to register for this session. You will receive a confirmation message with a unique, one-time-use attendance URL.  Save this into your Outlook calendar for this session. If you should exit the session for any reason, you will need to re-register and wait for a new confirmation message to re-enter. Replay: You can access the online playback from the register/attend page. The replay of the session will be available approximately one hour after the session ends. REMINDER:  Do not forward the registration received when registering above as each registration receives a unique url and will allow one-time access only. If for any reason you get dropped from the call you need to reregister for a new URL. What: How to simplify data recovery from windows volumes with HP LeftHand Recovery Manager. Speakers: Brad Katz, WW Product Manager, LeftHand Storage Mike Moroze, Usability Lead, Storage Division

51 € Kosten All inclusive All-inclusive Lizenzierung
Alle Funktionen im Initialkauf enthalten Keine TB-Limitierung 3 Jahre Standardsupport* incl. kostenfreien Upgrades Keine Sprungkosten durch Scale-Out Ansatz Fixe Kosten pro Storageeinheit Kein notwendiger Controllerwechsel ab X Festplatten etc. All inclusive € * Gilt für alle Starter-Kits, Virt-SANs, Multi-Site SANs, Kapazitätsbundle

52 Die Virtualisierungs-Explosion
14 November 2019 Die Virtualisierungs-Explosion 17.5 15.0 12.5 10.0 7.5 5.0 2.5 69% der Workloads werden bis virtualisert sein Das VM/Host Verhältnis wird auf 8.4 in ansteigen 106Millarden $ werden für Managementsoftware ausgegeben werden VM Mehrheit Millionen 2005 2006 2007 2008 2009 2010 2011 2012 2013 Physikalische Hosts virtuelle Maschinen 1. IDC, 2011, Market Analysis Perspective: Worldwide Datacenter Trends and Strategies 2. IDC, WW Server Virtualization Shipment Forecast, 2005–2013 3. IDC, 2010, Worldwide Software 2010–2014 Forecast Summary HP Confidential

53 Herausforderungen bei der Virtualisierung
Fibre Channel? Anzahl der virtuellen Maschinen? Lizenzierung? Performance? Memory? CPU? iSCSI? Hypervisor? Service/Wartung? Management? Management? Herausforderungen bei der Virtualisierung Storage? Virtual Connect? Installation? Booten aus dem SAN? Netzwerk? Provisionierung? LUN Aufteilung? Migration? FCoE? Wie…? Arbeitslast?

54 Herausforderungen der Virtualisierung
14 November 2019 Herausforderungen der Virtualisierung Reduzierung der Komplexität ist #1 Priorität für 76% der IT-Entscheider Die Auswirkungen der Komplexität Steigende OPEX –Kosten bei Implementierung und Management Schwierigkeiten mit der Geschwindigkeit der wechselnden Geschäftsanforderungen Stand zu halten Erhöhte Sicherheitsbedrohungen Ungenügende Sicherheit Erhöhte Komplexität Fehlende Skalierbarkeit HP Confidential

55 Das Potenzial der Konvergenz
Management software Netzwerk Energie und Kühlung Server Storage HP CONVERGED INFRASTRUCTURE

56 Virtualisierungslösungen mit HP
Training Express Webinars Virtualisierungslösungen mit HP Sofort integrierbare Lösungspakete für verschiedene Kundenbedürfnisse. VS3 VS2 VS1 Kosteneffiziente Skalierung Blade Kosteneffiziente Skalierung Rack Scalable Blades HA* Mainstream HA Günstigste HA Scalable Rack HA* Einfache Konsolidierung Midrange Rack HA* As you move up the continuum from the partner-based Smart Bundles to the new VirtualSystem solutions, you’ll find greater levels of integration, solution sophistication, number of VMs supported, solution testing, and cloud extensibility. Smart bundles are, as their name suggest, pieces of bundled hardware to which channel partners add their value-add. It’s the VirtualSystem solution stack offers that introduce racks or power products, networking, pre-integration, Factory Express, and services from HP. Entry Rack HA* Large Enterprise Entry Tower* Enterprise Mid-Market HP VirtualSystem Mittelstand/Großunternehmen Standalone HA Lösungsintegrationund Cloud Erweiterungsmöglichkeit HP Smart Bundles SMB/Mittelstand * Netzwerk-Switche optional [Month] 2008 – HP Restricted. For HP and channel partner internal use. 56 56

57 4 Key Komponenten der HP VirtualSystem
14 November 2019 4 Key Komponenten der HP VirtualSystem Integriert, getestete Virtualisierungslösung, entwickelt für die Reduzierung der Komplexität bei Erhöhung der IT-Automation und -Effizienz HP Infrastruktur Erweitertes Management Hypervisor Infrastruktur Services Optimierte Rack- & Bladeserver Konfigurationen Converged, scale-out storage, optimiert für Virtualisierung Hoch performante, sichere LAN und SAN Verbindungen Intelligentes Rack & Power Infrastrukturmanagement Integriertes System & Storagemanagement VMware vSphere 5 vCenter Microsoft Hyper-V MSSC Zusammenbau durch HP Installation & Support Consulting Komplettlieferung (SW/HW) incl. Imageinstallation, individuelle Anpassung und Implementierung vor Ort HP Confidential

58 HP Virtual Connect FlexFabric
14 November 2019 HP Virtual Connect FlexFabric Der „einfach“ste Weg der Netzwerkkonnektivität im Rechenzentrum High-performance Core-Switch IRF optimiert VM Performance & Recovery Vereinfacht VM-Verbindungen Reduktion von Kosten und Komplextität des VM-Netzwerkes Konsolidierung von VM Sicherheit, Deployment & Management IRF Virtual Connect Bladeserver Rackserver 1-tier mit Virtual Connect 2-tier mit HP IRF 40% schnelleres vMotion 95% weniger NICs, Kabel und Switche 66% geringere TCO HP VirtualSystem incorporates the HP FlexNetwork architecture – a blueprint for virtualized and cloud-optimized networking. Unlike traditional, hierarchical networks, the HP FlexNetwork is designed to meet the security, agility, and performance needs of virtualized and cloud environments where up to 80% of the network traffic is server to server. Legacy networks were built for client server apps and traffic in and out of the data center, not high volume server to server traffic. By simplifying networks, reducing tiers, and virtualizing connections between virtual machines and networks HP VirtualSystem helps clients to accelerate VM performance and recovery with faster mobility and failover. VM connections are simplified with wire once, change ready connections. Costs and complexity are reduced – up to 95% of NICs, cables, and switches for reduced acquisition costs and simplified management. Security and network configurations stay with VMs even as they move. Mgmt is simplified with deep integration throughout the stack and with the partner software. The HP FlexFabric architecture has been updated with new Virtual Connect v3.30 firmware and enhances A-Series switching, management and security. Combined, these technologies enable clients to consolidate to 2-tier and 1-tier architectures to improve performance, flexibility and lower cost with VirtualSystem 5x faster vMotion – awaiting report confirmation from Amy 95% Substantiation - A traditional server blade configuration would typically require a dual port LAN on Motherboard (LOM), an extra quad port NIC mezzanine, and a dual port host bus adapter (HBA) along with switch modules (6 Ethernet and 2 Fibre Channel). The total traditional configuration components come up to 40 vs. the VC FlexFabric solution. The VC FlexFabric solution requires only embedded dual port FlexFabric adapters on servers (no mezzanine cards) and two VC FlexFabric modules. This simple calculation will help you understand it better, (40-2)/40=95%. 66% lower TCO - Source IDC - ROI Of A Complete Networking Portfolio: Delivering Value From The Network Edge To The Core Sept 2010 Vergleich von traditioneller Netzwerkkonfiguration zu FlexFabric HP Confidential

59 Integration Insight Control für System Center und vCenter
Umfassendes Monitoring und Kontrolle aus Microsoft System Center und VMware vCenter heraus Administratorunterstütztes oder automatisches VM-Rebalancing als Reaktion auf Hardwaremeldungen Bare metal deployment und automatisierte Firmware/Treiber Updates Präzises Strommanagement Umfassendes Storage-Monitoring

60 HP VirtualSystem Portfolio
VS3: Servervirtualisierung im Enterprise-Bereich für bis zu 6,000 VM’s BladeSystem Architektur Virtual Connect FlexFabric 3PAR SAN – mandantenfähig, autonomes Tiering und Thin Provisioning VMware – Mircosoft VS2 & CV2: Server- und Desktopvirtualisierung für bis zu 2,500 VM’s (VDI) BladeSystem Architektur Virtual Connect Flex-10 P4800 SAN – SAN-Controller im Bladeformat VMware - Microsoft - Citrix VS1: Servervirtualisierung für bis zu 750 VM’s HP ProLiant Rackserver A-Serie Switche P4500 SAN – basierend auf ProLiant DL-Servertechnologie VMware - Microsoft While we see a lot of our competitors aligning behind converged infrastructure term there is a lot more to creating a solution than just bundling modular building blocks of server-storage-network with a hypervisor running VMs. HP Converged Systems are fully integrated solutions from infrastructure to the cloud automation/heterogeneous datacenter management – All from HP. With HP VirtualSystem we have pre-integrated best in class infrastructure, all from HP, single vendor accountability delivered by HP and our partners. Our competition will have a hard time keeping pace. Let’s look at the competitive landscape…. VirtualSystem (VS1) for Mid-Sized Business HP A-Series Switching (common across all VirtualSystem) Deep buffers / low latency with best performance for critical connections Robust uplinks to core network 1GbE and 10GbE flexibility HP P4500 LeftHand SAN Seamless scale of performance and capacity Zero downtime for NIC, controller, switch, or double disk failures Multi-site cluster support Up to 8 ProLiant DL380 servers Rack form factor for mid-market flexibility Industry leading VMware performance (2&4 socket) Leading rack server for virtualization Integrated software Up to 28 VMware vSphere licenses include Insight Control 6.3 VirtualSystem (VS2) for enterprise business ProLiant BL460 G7 servers Optimal VM density per server World’s no. 1 blade platform HP P4800 LeftHand SAN Accelerated VM deployments with VAAI integration Seamless failover of VM’s in VMware HA environments Virtual Connect Flex-10 Modules Wire network once and make changes on the fly without disruption to service 65% reduction in infrastructure costs 40% lower power consumption Reduce 95% of sprawl at the server edge Includes up to 28 VMware vSphere licenses VirtualSystem (VS3) for large enterprise business / service providers BL460 G7 servers BladeSystem architecture enables simple path to cloud Precise control of bandwidth between blades and storage Virtual Connect Flex-Fabric Modules Complimentary to A-Series Less complexity and cost with switching consolidation Multi-tenant capability, autonomic tiering and thin provisioning Intelligent non-disruptive storage HP 3PAR SAN Reduce capacity requirements by 50% Up to 128 VMware vSphere licenses included Mission Critical Virtualization Solution HP-UX

61 Reibungslose Upgradepfade in die Cloud
14 November 2019 Reibungslose Upgradepfade in die Cloud HP VirtualSystem VS3 HP CloudSystem HP VirtualSystem VS2 oder MS/Vmware Cloud HP VirtualSystem VS1 Large Enterprise Entworfen für zukünftige Upgrades kein kompletter Ersatz notwendig integrierbar in existierende Umgebungen Enterprise Mittelstand HP Confidential

62 Herausforderungen bei der Virtualisierung
Fibre Channel? Vergangenheit mit HP VirtualSystem Anzahl der virtuellen Maschinen? Lizenzierung? Performance? Memory? CPU? iSCSI? Hypervisor? Service/Wartung? Management? Management Herausforderungen bei der Virtualisierung Storage? Virtual Connect? Installation? Booten aus dem SAN? Netzwerk? Provisionierung? LUN Aufteilung? Migration? FCoE? Wie…? Arbeitslast?

63 Das HP Storage Portfolio
RZ Profil dynamisch automatisiert klassisch Storage Systems: MSA EVA LeftHand 3PAR XP Virtual Systems: Speicher + physische Server + HyperVisor + Netzwerk LeftHand 3PAR Cloud Systems: Virtual System + Matrix Operating Environment EVA & 3PAR Block Speicher HP SIM & Insight Control File Service Integrationstiefe IBRIX Network Storage System BURA Windows Network Storage System LTO, Tape Automation, StoreOnce, DataProtector, StoreOpen iCAS

64 2. Pause

65 Datensicherung: Backup + Recovery

66 Werkzeugkasten für Backup & Recovery
14 November 2019 Werkzeugkasten für Backup & Recovery Mehr als nur Tape & Software Mit nur einem Werkzeug lässt sich Zuhause auch nicht alles reparieren. Auch hier werden verschiedenste Werkzeuge benötigt. Dabei sind Unterschiede zwischen Services die auf einer physischen Plattform zur Verfügung gestellt werden und Services in der virtuellen Welt unterschiedlich zu handhaben. Immer mehr Services werden auf eine virtuelle Server Plattform, sei es Xen, Hyper-V oder Vmware portiert. HP Confidential

67 Warum Backup? Daten sind Risiken ausgesetzt
14 November 2019 Warum Backup? Daten sind Risiken ausgesetzt Menschen Systeme Natur Sabotage “Zwei von fünf Firmen die Erfahrungen mit Katastrophen oder längeren Auszeiten gemacht haben konnten nicht wieder produktiv gehen, und von den anderen ist 1/3 innerhalb von zwei Jahren in den Konkurs gegangen…” HP Confidential

68 Kundenprobleme mit Datensicherungsprozessen
Problembereiche: Datenwachstum Performance Sicherheit / Business Continuity    Ressourcenoptimierung Ziel: Einhalten von B&R Anforderungen mit möglichst geringem Investment Source: Enterprise Strategy Group

69 Backup & Restore Warum führt man eine Datensicherung durch?
14 November 2019 Backup & Restore Warum führt man eine Datensicherung durch? Compliance & Regularien Gutes Gefühl – wir haben ja eine Sicherung Datenwiederherstellung im Fehlerfall? Service für die eigenen Mitarbeiter HP Confidential

70 Entscheidungen für die Datensicherung
14 November 2019 Entscheidungen für die Datensicherung Möchte ich ein schnelles Backup? Möchte ich ein schnellen Restore? Welche Services / Daten haben Priorität im Restore Fall? Wie aktuell müssen die gesicherten Daten sein? Wie lange hebe ich Sicherungen auf? Wann stelle ich auf inkrementelles Backup um und mit welchen Folgen? Auf wieviel Prozent der Daten wird zugegriffen? Bevor man ein Backup plant sollten diese essentielle Fragen geklärt werden (s.o). Auf im Durchschnitt 60% aller Daten wird nie wieder zugegriffen. Diese werden aber immer gesichert und müssen auch Wiederhergestellt werden. Ein Beispiel: HP Confidential

71 Haben Sie ein Backupkonzept?
14 November 2019 Haben Sie ein Backupkonzept? Hat Backup in Ihrem Haus eine Priorität? Dimensionieren Sie Ihre Infrastruktur auf Backup & Recovery oder auf Datenmenge? Wie sind Ihre Daten strukturiert? Sehen Sie einen Tiering Ansatz (Archivierung). Kennen Sie Ihre Datenänderungsraten? …oder ist Backup & Recovery bei Ihnen einfach da? 1. Welchen Stellenwert hat das Backup (erzähle Beispiel aus dem privaten Laptop bereich...) Gibt es ein Notfall Handbuch Wurde der Restore getestet? Frage ans Auditorium 2. Kennen Sie Ihre Daten? Zuwächse, Größenverteilung, Wichtigkeit, Änderungshäufigkeit, Zugriffshäufigkeit, Standort der Daten “Laut Gartner liegen mehr als 2/3 der Unternehmensdaten auf Notebooks und Servern außerhalb der Unternehmenszentrale” Gibt es eine Datenstruktur; nach welchen Kriterien? Ergibt sich daraus ein Tiering Ansatz. HP Confidential

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73 Die generelle Frage: Disk oder Tape?
Tape ist richtig schnell Tape ist günstig ABER: Tape lässt sich mit jeder Generation schlechter versorgen Minimum Geschwindigkeiten: Ultrium 3 27 MB/s Ultrium 4 40 MB/s Ultrium 5 48 MB/s Student Notes: Tape ist günstig? Wie schaut es bei einer hohen retention Rate aus? Files 8-12 Wochen vorhalten -> Service für die Mitarbeiter? LTO5 mit 48 MB/s -> wie sichert man dann Fileserver (mit 5-10 MB/s im Durschnitt) effektiv?

74 Disk-based Backup – Warum?
14 November 2019 Disk-based Backup – Warum? Ein paar Zahlen… Suchzeit für ein File auf Platte: 8.5 Millisekunden Suchzeit für ein File auf LTO Tape: Sekunden Vorteil Disk ABER: Sequentieller Restore: Vorteil Tape Multiplexing bei LAN Backups auf disk möglich, aber wie kann man bei SAN Backups ein effektives Backup erwirken? Was ist Disk-based backup? -> Dies ist kein kopieren auf Disk. Intelligente Speicherlösungen für Backup und Restore Disk Based Backup KANN viel schneller sein als Tape (im Einzelfall bis 100 mal) Die durchschnittliche Suchzeit für ein File auf einer SATA Platte beträgt 8,5 Millisekunden Die durchschnittliche Suchzeit für ein File auf einem Ultrium Tape Laufwerk beträgt zwischen 10 und 85 Sekunden. ABER: Der sequentielle Restore großer Datenvolumina vom Band (Suchzeit tritt damit in den Hintergrund) ist in der Regel viel schneller als von Disk - oder die Disk-Lösung muss entsprechend groß gesized sein! HP Confidential

75 Disk Mythen und Wahrheiten
Disken sind KEINE Lösung für Langzeitaufbewahrung Disken sind definitiv NICHT SCHNELLER als Tape Aber Disken sind DEUTLICH FLEXIBLER als Tape: Disken können langsam übertragen, Tape KANN das NICHT Disken können in RAID und Parity Verbünde arrangiert werden, Tape KANN das NICHT Student Notes: Disk nicht schneller als Tape: Was will ich sichern, was will ich restoren? Wofür setze ich die Technologien ein? Flexibler?: Allrounder, universell einsetzbar in langsamen und schnellen umgebungen… RAID absicherung (RAID5/RAID6 mit Hotspare) bei disk sicherung…. Setzen Sie disks für Ihre Langzeitarchivierung ein? Lagern Sie disks extern aus und bringen Sie diese zur Bank? Haben sie ein gutes gefühl dabei wenn Sie disks wieder verwenden die über Jahre im Tresor lagen? Tape ist nicht Tot, Stromverbrauch – Greent It, Datenmigration bei Medienwechsel Rückwartskompatibilität von Ultrium, aber wie schauts bei Disk und Controller standards aus?

76 Disk-based Backup – Warum?
14 November 2019 Disk-based Backup – Warum? Um ein Tape-Laufwerk aktueller Bauart am Streamen zu halten, ist Multiplexing zwingend erforderlich. Problemstellungen: Variationen im Durchsatz können dennoch sehr schnell zu Problemen führen Multiplexing auf Band macht schnell Performance-Probleme beim Restore Am Flipchart ein Band aufmalen, blöcke sind gemixt, langsames restore. LANGE SUCHZEIT. Nicht jede Backup Software kann Multiplexing, daher nicht pauschal einsetzbar. 99% der restores single single file restore – wie verhält sich es hier mit der suchzeit??? Wie verhält es sich mit versionen und generationen? Lange manuelle suchzeit… HP Confidential

77 Disk-based Backup – Warum?
14 November 2019 Disk-based Backup – Warum? Um ein virtuelles Tape-Laufwerk am Streamen zu halten, ist Multiplexing nicht erforderlich, kann aber die Performance des VTL Systems ausreizen. Vorteile Multiplexing wird effektiver Variationen im Durchsatz machen keine Probleme Multiplexing wie auf Band macht keine Performance Probleme beim Restoretung Warum macht Multiplexing beim restore keine probleme? Er muss nicht lange suchen, da es kurze suchzeiten hat im gegensatz zu tape… HP Confidential

78 Disk und Tape – wann nutze ich was?
Massendaten / Files Suchzeit von Files auf Tape: Sekunden Suchzeit auf Disk: im Millisekunden Bereich Performance mind. 48 MB/s um in den Streaming Mode zu kommen Vorteil: Disk Datenbanken Performance maximal 280MB/s Datenbanken sind große Dateien -> sequentielle Performance Vorteil: Tape Sinnvolle Kombination zwischen Disk & Tape

79 Sicherungstechnologien
SSW Roadshow 2005_UBP_Customer_DEE Sicherungstechnologien „Umgehende“ Volume-Wiederherstellung Nutzt Investitionen in Hochverfügbarkeit Snapshot- und Clonetechnologien Virtual Library System Disk-2-Disk System Verbesserte Leistung Verbesserte Zuverlässigkeit Nahtlose Integration Steigende Leistung Steigende Anschaffungskosten Grundlegende Backup- und Recovery-Funktionen Offsite-Aufbewahrung Bester Schutz vor böswilligen Angriffen (Hacker & Viren) Bänder (Bandlaufwerke, Bandautomatisierung)

80 14 November 2019 Technologien und Werkzeuge für den Datensicherungsprozess / Einsatzgebiete Snapshots / SnapClones Replikation Tape Technologien Virtuelle Tape Technologien Backup Software Deduplizierung … Entlastung LAN & Applikationsserver Außenstellen & Fileservices Schnelles Backup / Restore von Datenbanken SAN Backup in virtuellen Umgebungen Vereinfachtes Management / Zentralisierung Aufbewahrungszeitraum für Daten … HP Confidential

81 Die Technologien im Vergleich
SSW Roadshow 2005_UBP_Customer_DEE Die Technologien im Vergleich Snapshots/Klone Virtual Tape „Backup-to-Disk“ Band Topologie im Array SAN LAN/ einfaches SAN beliebig Backup-Format Volume-Image Format der Backup-Anwendung Wiederherst. einzelner Dateien komplex/langsam sehr gut langsam Wiederherst. großer Datei-en/Volumen gut Ideale Anwendungen Aufgabenkritische Anwendungen Unternehmens-kritische Anwendungen alle Kosten für Im-plementierung und Verwaltung am höchsten moderat am niedrigsten

82 Die Technologien im Vergleich (Fortsetzung)
SSW Roadshow 2005_UBP_Customer_DEE Die Technologien im Vergleich (Fortsetzung) Snapshots/Klone Virtual Tape „Backup-to-Disk“ Band Vorteile Sofortige Wieder-herstellung des gesamten Images Nutzen vorhan-dener Investitio-nen in Hoch-verfügbarkeit Schnelle Wieder-herstellung einzeln. Dateien Problemlose Integration in vorhandenes Backup-System Keine Medien-probleme mit Backup-Fenstern Nutzen vorhan-dener Backup-Anwendung Kostengünstig Schneller als Virtual Tape oder „Write-to-Disk“ bei Wie-derherstellung großer Daten-mengen tragbar Einschränkungen & Nachteile Kostenintensiv Disks mit gerin-geren Kosten/ Leistungsmerk. beeinträchtigen Spiegelungs-leistung Daten sind weiter online und anfällig für Angriffe durch Hacker/Viren Zusätzliche Backup-Jobs erforderlich Autom. Migration kann zu Diskre-panzen zwischen physischen Kom-ponenten und der Anzeige der Backup-Software führen Ein LUN pro Host erforderlich – dies kann bei nicht ordnungsgemäßer Verwaltung zu einer ineffizienten Nutzung von Speicherressour-cen führen Langsame Wie-derherstellung einzelner Dateien Physische Fehler (Medien- verarbeitung)

83 Wofür diese Werkzeuge nutzen?
RPO: Recovery Point Objective = Maximale Zeit zwischen zwei Sicherungen RTO: Recovery Time Objective = Maximale Zeit bis zur Wiederherstellung der Geschäftsprozesse RPO RTO Ausfall Zeit letzte Sicherung Nächste Sicherung geplant Geschäftprozesse wieder hergestellt Die Daten, die in dieser Zeit anfallen, sind verloren. Nach dem Ausfall dauert es so lange, bis die Geschäftsprozesse wieder laufen. Was beeinflusst die Kosten für das Unternehmen bei einem Datenausfall? RPO - Der zeitliche Abstand zur letzten Datensicherung bestimmt den maximalen Datenverlust (letzter Recovery Point ) - deshalb bestimmt der Abstand zwischen zwei Datensicherung das maximale Risiko RTO Recovery Time ist die Zeit, die vergeht, bis die Geschäftsprozesse wiederhergestellt sind Für die Erfüllung der SLA´s muss aus beiden Faktoren das er-tragbare Risiko pro Service abgeleitet werden Aber was fällt alles in dern RTO?: Wiederherstellungd er Hardware Rückspielung und Konfiguration des Betriebssystems Konfigurations Anpassungen OS Rückspielung der daten Recovery der Daten Test und Freigabe Eine virtualisierte Server Umgebung verkürzt unseren RTO in den erst genannten Punkten, aber die Restore Zeit der Daten verkürzt sich nicht.

84 Herausforderungen & Best Practice
14 November 2019 Herausforderungen & Best Practice Komplexität verschiedener Administrationsoberflächen im Recovery Fall Steuerung aller Backup Prozesse aus der Backup Applikation Nutzung von API´s der Hypervisor Beispiel vStorage API Disaster Recovery des Betriebssystems in einer virtuellen Welt Sicherung der Daten über Fibre Channel in der virtuellen Maschine? SAN Backup mit iSCSI Disk-2-Disk Devices direkt in der VM Services sind kritisch und verlangen einen kurzen RPO & RTO der Daten Nutzung von Instant Recovery / Clone Mechanismen Schlechte Host (ESX, Hyper-V) Performance während eines Backups SAN basierte Snapshot Backups mit Hilfe von VSS Hardware Providern Hier sind einige der Herausforderungen in virtuellen Umgebungen dargestellt. Komplexität: Wir haben am Beispiel Vmware ein vCenter zum management, dann Boardmittel wir Disaster Recovery Appliance, oder 3rd Party Tools wie Acronis oder vRanger und zusätzlich unser Backup programm – erleichtert dies die Handhabeung im Fehlerfall? Disaster Recovery: Welches Tool ist das passendste und was möchte ich überhaupt erreichen? – Reiner DR oder auch einzelfile restore aus meinem VM Backup? Neben diesen Herausforderungen bestehen auch noch die bekannten Backup Probleme : Mehr Daten – weniger Backupzeit Schnelles LTO Laufwerk – Streaming mode Möglich? Haben Sie eine Priorität auf Backup & Recovery oder ist es einfach da? Warum machen Sie Backup – um ein gutes Gefühl zu haben oder um auch ein Recovery durchführen zu können? Zwei wichtige Begriffe sind hier dargestellt, RPO und RTO auf die ich nun gerne weiter eingehen möchte. FC: Früher hatten wir als Beispiel physische Cluster Systeme die ein SAN Backup durchgeführt haben, wie kann dies nun in einer virtuellen Welt realisiert werden? RPO / RTO Welche Priorität hat welcher Service im Recovery Fall – Wie alt dürfen die Daten sein und wielange darf der Service down sein? Schelchte ESX Performance: Arbeite ich mit einem Backup Agenten in der VM für eine Massendatensicherung, wie wirkt sich das auf meine Performance der anderen VMs auf diesem Host aus? HP Confidential

85 Fallbeispiele Backup & Recovery Kombinationen
14 November 2019 Fallbeispiele Backup & Recovery Kombinationen Kombinationsmöglichkeiten einer Lösung (Online/Nearline/Offline) SAN Backup in virtuellen Umgebungen HP Confidential

86 Beispiel1: Minimierung des RPO
Kombinationsmöglichkeiten einer Lösung Eine komplette Lösung kann aus einer 3-Tier Hardware Strategie entstehen: Tier 1: Primäres storage: P4000 Tier 2: Disk-based protection: D2D Tier 3: Tape-based protection: HP Autoloader oder MSL Data Protection Zeiträume P4000: Tage-Wochen Disk-2-Disk: Wochen-Monate Tape: Monate-Jahre Ein produkt alleine kann keine Lösung darstellen, Wir möchten gerne einen Lösungsansatz zeigen, wo das D2D im Mittelpunkt steht HP Confidential 86 14/11/19

87 Beispiel eines Datensicherungsprozesses
14 November 2019 Beispiel eines Datensicherungsprozesses HP P4000 Primary SAN Single or Multi-site HA stündliche Snapshots Aufbewahrung 2 Tage Remote copy DR D2D Disk backup Deduplizierung Datensicherung 1 Snaps pro Tag Aufbewahrung: 6 Monate MSL LTO Library Aufbewahrung: Jahre Auslagerung Archivierung Wie kann diese Lösung den RPO minimieren? - Tagsüber werden Applikationsintegrierte Snapshots erstellt und gespeichert Backups werden auf das D2D geschrieben und dort vorgehalten Spätere Auslagerung aus Tape -> Kopie HP Confidential

88 Wie stellt sich diese Lösung dar?
14 November 2019 Wie stellt sich diese Lösung dar? HP Confidential

89 Tape Technologien ESL E-Series Autoloaders EML E-Series MSL Series
14 November 2019 Tape Technologien Data Rate Matching HP LTO2; 10 – 32 MB/sec HP LTO3: MB/sec HP LTO4; 40 – 120 MB/sec HP LTO5; 47 – 140 MB/sec Autoloaders ESL E-Series EML E-Series MSL Series HP Confidential

90 Virtuelle Tape Technologien
14 November 2019 Virtuelle Tape Technologien HP VLS Familie D2D4312 Series D2D4112 Series D2D4106 Series Single- oder Multi-node Systeme Hohe Performance & Skalierbarkeit Große FC SANs Führend in Kapazität Skalierbar bis 36 TB nutzbare Kapazität 9 bis 18 TB nutzbar durch Upgrade D2D2500 Series 4.5 bis 9 TB nutzbar durch Upgrade Deduplizierung für leistungshungrige Umgebungen Entry-level – 1.5 & 3 TB nutzbare Kapazität Alle Systeme mit HP StoreOnce Deduplizierung, Datenreplizierung und Wahl zw. NAS- oder VTL- Backupzielen HP Confidential

91 Vorteile der Deduplizierung
14 November 2019 Vorteile der Deduplizierung Effizientere Datenspeicherung: Daten länger vorhalten (Retention time) – besserer Servicelevel Weniger Backup Speicherplatz notwendig Schlüssel zu weiteren Konzepten: Standortübergreifende Replikation: Daten zentral auf Tape sichern Besseres Disaster Recovery für Außenstellen Services Daten aus dem Ausland lokal halten HP Confidential

92 StoreOnce Ausblick HP StoreOnce Servers D2D System Scalable Datacenter
14 November 2019 StoreOnce Ausblick HP StoreOnce Today Today Servers D2D System Scalable Datacenter Backup (D2D) VM Virtual Machines WAN Future Servers Application Servers Future Backup Software Primary Scale-Out Storage Future Remote Office Data Center HP Confidential

93 Beispiel 2: SAN Backup Webapplikationen Datenbanken
14 November 2019 Beispiel 2: SAN Backup Webapplikationen Datenbanken Unternehmenssoftware (ERP, CRM,...) Business Intelligence, Data Mining, Analytics Kommunikation ( , IM, etc) Alles wird virtualisiert…. Business kritische Anwendungen werden aufgrund der besseren Service verfügbarkeit virtualisiert. Aber macht sich jemand Gedanken über das Backup und den Restore? Datenmengen steigen in virtualisierten Umgebungen: ERP Systeme mit 500GB – 1 TB sind keine seltenheit im mittelstand Vmware bringt neue Backup Werkzeuge, aber sind die für alle Daten nutzbar? Nein, wie sicher ich die Massendaten? Über das LAN? Wie führe ich ein Restore durch? Über das LAN? HP Confidential

94 Es war einmal: FC Backup & Recovery
SAN Backup physischer Systeme Netzwerk Windows Fileserver Linux DB Server HP-UX DB Server Backup & Management FC-SAN FC Tape Library FC- Storage Array

95 Und heute: LAN Backup & Recovery
Netzwerk FS DB ESX Linux DB Server ESX Backup & Management iSAN SAS Tape Library P4000 Infra-strukutr

96 Lösung StoreOnce für virt. & phys. Server
Data Protection Pain Points Customer Presentation 14 November 2019 Lösung StoreOnce für virt. & phys. Server LAN Backup virtueller Systeme Netzwerk FS DB ESX Linux DB Server ESX Backup & Management iSAN VTL VTL StoreOnce D2D System P4000 Infra-strukutr Weitere häufige Fehler: FC Library durch ESX in VM gemappt

97 Backup & Recovery Management
14 November 2019 Backup & Recovery Management GUI Console SITE B Manager of Managers Cell Manager Internal databases: - Files, versions, hosts - Media, drives, libraries LAN Application Agent (Online Backup) Disk Agent Media Agent Backup to Tape User data Application data Backup to Virtual Tape Backup to Disk Zero Downtime Backup & Instant Recovery Control flow Backup data flow HP Confidential

98 Kombination aller Technologien
14 November 2019 Kombination aller Technologien Tape Eine Technologie alleine kann nicht alle Anforderungen erfüllen Disk Komplexität und Management minimieren Software Array Zuständigkeiten im ganzen Prozess Zuständigkeiten im ganzen Prozess Disk: D2D / Advanced Backup2Disk Tape: Autoloader / MSL Software: Storage Mirroring / Data Protector Array: P2000/P4000 etc. HP Confidential

99 Danke