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SWD – Volume Storage Training 2010

SWD – Volume Storage Training 2010. German M Infante HP MCA SWD, ISS, BCS, HPS Instructor. Goals. Deliver a training continuity tool to develop new skills on learners that have studied 2009 storage training CD

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SWD – Volume Storage Training 2010

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  1. SWD – Volume Storage Training 2010 German M Infante HP MCA SWD, ISS, BCS, HPS Instructor

  2. Goals • Deliver a training continuity tool to develop new skills on learners that have studied 2009 storage training CD • Explain several basic concepts regard storage new components and technologies that storage sales people must know to offer HP products. • Know how are position our new products between storage families. According to their capacity, high avalability features, performance • Compare an select the right solution for the right scenario • Identify storage options to upsalle any opportunity • Show and describe HP Storage competitive features.

  3. Contents • Basic concepts • X family NAS solutions • P2000 G3 • P4000 G2 • Sales and configuration tools • Business cases

  4. What is on CD? • SWD Volume Storage Training 2010 • PPT files • C:\Hewlett Packard\hpswd2010\ppt files • PDF files • C:\Hewlett Packard\hpswd2010\pdffiles • Tool Links • C:\Hewlett Packard\hpswd2010\tool links

  5. HP Storage Portfolio The Commercial Space The Enterprise Space X9000 BladeSystem Storage X1000 & X3000 NAS P2000 P4000 XP EVA RDX, tape drives& tape autoloaders D2D Backup Systems MSL tape libraries EML tape libraries VLS virtual tape library ESL tape libraries Services |Software | Infrastructure |Nearline|Online ProCurve Wired, Wireless, Data Center, Security & Management SAN Connection Portfolio ProCurve Enterprise Switches B SeriesFC Switches SVSP C SeriesFC Switches Business Copy Continuous Access Cluster Extension Storage Mirroring Data Protector Storage Essentials Data Protector Express MSA software EVA software • Proactive Select • SAN Assessment • Proactive 24 • Backup & Recovery • Critical Service • SupportPlus 24 • SAN Implementation • Installation & Start-up • Entry Data Migration • Data Migration • XP Performance Analysis • Data Protection Remote Support Consulting services (Consolidation, Virtualization, SAN Design)

  6. StorageWorks naming convention

  7. SWD – Volume Storage Training 2010 Basic concepts

  8. Contents Basic concepts • SSD • Thin Provisioning • Deduplicacion • FCoE • Adaptive networking • Encription • LTO5

  9. SSD

  10. SolidState Drives • ASolid-State Drive (SSD) is a data storage device that uses solid-state memory to store persistent data. Unlike flash-based memory cards, an SSD emulates a hard disk drive, thus easily replacing it in most applications. An SSD using SRAM or DRAM (instead of flash memory) is often called a RAM-drive • Different interface means not same customer and needs

  11. Enterprise SSD – Block Diagram NAND Flash SRAM FC Interface SSD Controller

  12. Applications real Environment Original Application CPU Time Disk IO User Input Doubling the disk I/O results in only ~15 % benefit. Application with IO optimization CPU Time Disk IO User Input Increasing the disk I/O to nearly instant response results in only ~33% benefit. ie SAN Application with IO optimization CPU Time IO User Input SSD have limited benefits in calculation bound applications.

  13. CPU CPU How The Write happen in one Storage System? The Server don’tseethe time toreallyneedtowrite a HDD Write/AKW Next IO ready Controller 1 Write Cache Fibre Channel Backend . . . Server Fibre Channel Host Ports Controller 2 . . . Cache • Typical Midrange Controller design • Clustered dual Controller • Some Host Ports • Mirrored Cache • Set of Software Features

  14. CPU CPU How The Read happen in one Storage System? The Server see the time to really need to find the data on the HDD IO Read Request Controller 1 Cache . . . IO Read Received Controller 2 Server . . . Cache Fibre Channel Backend Fibre Channel Host Ports • Typical Midrange Controller design • Clustered dual Controller • Some Host Ports • Mirrored Cache • Set of Software Features

  15. Thin Provisioning

  16. Write ThinProvisioning Two basic concepts and functionalities: • Storage system must have the capability to stripe writes over all hard drives even several Raid groups, know as 0 add over Raid 5 or 6 or1. • Capacity allocated to servers is not necessarily same as physical capacity, volumen sizes could be bigger than installed capacity. • Avoid spaces allocated unnecessarily 100GB 100GB Volume ThP Volúmenes Grupos de Raid Grupos de Raid Grupos de Raid Capacidad Física < Capacidad Asignada

  17. Lun 600GB Lun 200GB Lun 130GB Lun 160GB ThinProvisioningonEVA’s DCM • HP EVA THP • Dependson OS. • Basedonpolicies: • > than% • < than% • Rightawayspace. • Automated. • Reports and follow up. • Enterprise Policiygenerationaround SWD. • Easytomanage • Distributedspace • Allocatespacethat servers reallyneeds Availablecapacityto servers Lun 1500GB Lun 1000GB Lun 500TB Lun 190GB 1200GB 800GB 400GB 120GB 140GB 80GB Hard drives/Raid groups

  18. Deduplication

  19. What is deduplication? Deduplication Original data New version Afterdeduplication Data deduplication is a method of reducing storage needs by eliminating redundant data. Only one unique instance of the data is actually retained on storage media, such as disk or tape. Redundant data is replaced with a pointer to the unique data copy.

  20. Methods of deduplication • Technology variants broadly classified under the headings: • When it is done • Deduplicationoccurs during the backup process (inline) • Deduplication after a backup job has been written to disk (post-process) • Where it is done • Some deduplicateat the target device — Where backup stored • Others deduplicate data upstream — Host-based • How it is done • Object-level differencing products reduce data by storing only the changes • Hash-based deduplicationproducts locate global redundancies that may occur between all of the files within a backup repository

  21. HP StorageWorks disk-based backup Where does the new product fit in the family? VLS12000EVA Gateway VLS9000multi-node VLS90007.5 TB and 10 TB System D2D4100Series D2D4000 Series D2D2500 Series • Multi-node system • High performance & scalable • Enterprise data centers • Large FC SANs • Highest capacity scalable solution • Mid sized data centers and distributed environments • iSCSI or FC • VTL or NAS targets • Single-node system • Midsized to enterprise data centers • Medium to large FC SANs • Higher capacity solution • Remote offices and mid sized data centers • iSCSI or FC • VTL or NAS targets • Entry-level rack • Small IT environments or remote offices • iSCSI • VTL or NAS targets With Accelerated deduplication and Deduplication-enabled replication With Dynamic deduplication and Deduplication-enabled replication Entry-Level Mid-Range Enterprise

  22. Customer benefits • Increases the effective capacity for storing backup data • Enables longer retention of data on disk • Enables faster recoveries and improved service level • Enables better disaster protection • Low bandwidth replication of data • No need to physically manage and transport tapes between sites • Reduce operational costs • Save storage capacity — Duplicate files stored and backed up only one time • Save money by not having to invest money in purchasing additional storage

  23. Step 1 • Back up slow SAN servers and LAN servers to the SAN-attached VLS • Back up other SAN servers to the HP tape library Step 2 • Copy data from the VLS to physical tape SAN Results • Shrink backup windows • Accelerate recovery times • Improve reliability Virtual tape: Typical solution Backup server HP Virtual Library System HP tape library

  24. FCoE

  25. Storage The Data Center of the Future Will be Built on a Converged Infrastructure HP Converged Infrastructure Servers Network Power & cooling Management software

  26. Converging Virtualized Server, Storage and Networks With Facilities into a Single Shared-Services Environment HP Virtual Resource Pools Delivered through a common modular infrastructure of virtualized compute, memory, storage & network resources HP Data Center Smart Grid Providing intelligent energy management across systems and facilities HP Matrix Operating Environment Enabling a common management platform to manage multiple vendors’ technologies from infrastructure-to-application HP FlexFabric Creating a common, wired-once, virtual I/O network Virtualization & Integration by design

  27. Todaybefore I/O convergence Today: • SAN and LAN are parallelinfrastructures • Both are notoptimized. • Several cables per server: • Highcablingcost • More cables, more potentialpoint of failures. • Require more componentstogetredundancy. • Severaladministratorsinvolved • More training required. LAN SAN A SAN B FC HBAs (FC Traffic) NICs (Ethernet Traffic) Ethernet FC

  28. Whento use I/O Convergence Storage Enterprise LAN I/O convergence • Justone net toadministrate. • Standard management forbothnets. • Easytoinstall • Low TCO cost” • Justone training SAN Main Switches FCoE Switch FCoE Switch HBAsconvergence (CEE/FCoE Traffic) CEE and FCoE Ethernet FC

  29. What is needed for a Converged Network? • Fibre Channel over Ethernet (FCoE) • Lossless Converged Enhanced Ethernet (CEE) Converged Network Adapter (CNA) Converge traffic at the server Replaces NICs, HBAs Switches & Interconnects Converge traffic over CEE. Split to connect to legacy networks or connect to new FCoE switches and targets Replace traditional Ethernet and FC switches Target Storage Natively connects to FCoE/CEE networks Replace traditional FC storage

  30. HP Fibre Channel over Ethernet (FCoE) Solutions Core SAN Core • Why FCoE? • Focus on server to network edge convergence • Top of Rack (ToR) FCoE switch connectivity model • Cost savings • Reduces # of NICs/HBAs per server • Reduces # of cables and switch ports • Reduces operational, acquisition, and maintenance costs • Solution Components • HP-branded FCoE CNA • HP CN1000E Converged Network Adapter (CNA) • SKU: AW520A • HP-branded ToR switches • HP C-series Nexus 5010/5020 FCoE Converged Network Switches • HP B-series 2408 FCoE Converged Network Switch • HP B-series 10/24 FCoE Blade for DC San Director Aggregation Access/Edge LAN/SAN Attached Servers HP Nexus 5010 w/legacy uplinks HP Nexus 5020 w/legacy uplinks HP SW 2408 w/legacyuplinks

  31. Goals for Converged Networks & FCoE Today CN + FCoE • Simplification of communication infrastructure • Reduces number of NICs & HBAs & cables • Reduces switch port count and number of switches • Reduces the number of different networks types • Reduces mgmt overhead due to above factors • Lower Total Cost of Ownership (TCO) • Reduced equipment acquisition costs • Reduced operational cost (mgmt overhead) • Graceful Migration from Existing Infrastructure • Supports selective implementation in the data center • Supports legacy FC SAN storage infrastructure • Platform for Advanced Network-centric Services • Better end-to-end communication infrastructure • Enable orchestrated services across physical and virtualized infrastructure • Across servers, networks, and storage

  32. HP Converged Network Adapter • The HP CN1000E Converged Network Adapter (CNA) combines the functionality of Ethernet and Fibre Channel (FC) onto a single converged network adapter running 10GbE. • HP’s First Branded CNA • First CNA to meet HP’s rigorous standards for functionality and quality • Converged Infrastructure • Ethernet and Fibre Channel combined into one adapter reducing number of adapters, cables and operational costs • Optimized for HP ProLiant servers • Provides HP ProLiant connectivity to HP’s Top of Rack (ToR) Fibre Channel over Ethernet (FCoE) converged network switches • Reliability • Converged Enhanced Ethernet (CEE) standards ensure high standards of data integrity and lossless Ethernet

  33. Adaptive Networking

  34. High Priority Medium Priority Low Priority Adaptive Networking: Service levels • Priorityzones • HBA at 8 Gbps • VmWare, Xenand Hyper – V are pushingthistechnology Tape Host Disk

  35. Congestion!! AdaptiveNetworking: Limittraffic This technology avoid that some servers or ports cause congestion to storage conecctions Disk Hosts 4G 4G 4G 4G 4G Tape

  36. Encription

  37. HP visionabout Key administrator Redundant KA Redundant KA Key administrator Audit /report Key repository Policy management. Access control Autorization SecureHardened Appliance (FIPS 140-2 Level 3) Adminkeyservices Applications Storage Pc’sand laptops LANs Data base Filesystems

  38. Encriptionsystemswithkeyadministrator

  39. Encryption Use Model Administrator Originating Site Key provided to tape drive 1 Media transported to off-site storage or directly to destination site 4 Tape Media Backup Host Tape Drive Drive encrypts data to media Data sent to drive from backup host 3 2 Key sent to remote site 5 Off-Site Storage Administrator Destination or Recovery Site Key provided to new tape drive 6 Recovery Host Tape Media Tape Drive Drive decrypts data from media 7 Data sent to recovery host from drive 8

  40. LTO5

  41. HP Tape Drive Portfolio LTO-5 Ultrium 3280 • LTO Ultrium • For those looking for the best performance, reliability, and investment protection • Ideal for networked backup and heterogeneous environments LTO-4 Ultrium 1840 HIGH-END LTO-3 Ultrium 960 LTO-5 Ultrium 3000 Corporate/ networked backup Corporate/ networked backup LTO-4 Ultrium 1760 LTO-3 Ultrium 920 MID-RANGE Departmental/local network LTO-2 Ultrium 448 Departmental/local network LTO-1 Ultrium 232 • DAT/DDS • Affordable and reliable solution • Ideal for workstations and small servers • Lowest media prices mean very low cost of ownership DAT 320 DAT 160 Office servers Office servers DAT 72 ENTRY-LEVEL Workstations DAT 40 Workstations

  42. LTO-5 format vs. LTO-4 format

  43. HP StorageWorks MSL family comparison

  44. SWD – Volume Storage Training 2010 X Family NAS solutions

  45. Contents X Family NAS solutions • X1000 and X3000 • X9000

  46. HP StorageWorks Portfolio File /Unified Storage X9000 X3000 Network Storage Systems X1000 Network Storage Systems • Scalable Content Depots • >200 TB to Petabytes • Capacity optimized storage for massive content environments • Independently scale performance (GB’s per second) and capacity (PB’s per admin) • Turnkey appliance with industry leading sub-$2/GB affordability • File, iSCSI, and array management gateways • <5TB to 10s of TBs • Build Unified (NAS/FC/ iSCSI) Storage solutions leveraging MSA, EVA, LeftHand, and XP SAN implementations • Manage EVA File and Block infrastructure with Command View EVA • Bundled HA (gateways + array) unified solutions (Sept 2009) Consolidation and Performance • Easy Unified Storage Consolidation • <1TB to 10s of TBs • Optimized file serving plus iSCSI • Integrated snapshots, replication, and HP ASM management for IT generalists Business Continuity and Availability

  47. X1000 and X3000

  48. HP StorageWorks X1000 Network Storage Systems The evolution of optimized file and unified storage services for small and mid-sized IT environments Merger of and replacements for ProLiant Storage Server ‘standalone’ models and All-in-One Storage Systems Microsoft® Windows Storage Server 2008 Standard x64 Edition O/S pre-installed • Microsoft iSCSI Software Target pre-installed • HP X1000 Automated Storage Manager Software (HP ASM) pre-installed • WSS-only features like Single-instance Storage (SiS) file-based deduplication HP ProLiant G6 server platforms • Support for features like iLO2, System Insight Manager, and ProLiant Support Pack Four models to match your budget, performance, and shared file/application storage needs New! ‘Base’ configure-to-order models • Allow you to choose drive quantity, type, and capacity to be integrated at the factory

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