Costefficient Storage with Dataprotection

Transcription

1 Costefficient Storage with Dataprotection for the Cloud Era Karoly Vegh Principal Systems Consultant / Central and Eastern Europe March 2017

2 Safe Harbor Statement The following is intended to outline our general product direction. It is intended for information purposes only, and may not be incorporated into any contract. It is not a commitment to deliver any material, code, or functionality, and should not be relied upon in making purchasing decisions. The development, release, and timing of any features or functionality described for Oracle s products remains at the sole discretion of Oracle. 2

3 Once Upon a Time... A customer story Requirements analysis I. Large Capacity High Availability Data Protection Easy Infrastructure Integration Customer Store Data Cost efficiency Long Term Object Store 3

4 EU Global Data Protection Regulation

5 EU Global Data Protection Regulation Regulation/Law not a Directive Unify Data Protection within the EU with a single law Immediate effect on 28 EU members after 2 year transition period Does not require any enabling legislation to be passed by governments Extends the scope to all foreign companies processing data of EU residents

6 EU Global Data Protection Regulation Encryption What technologies can support the requirements? Access Control Data Integrity Availability

7 Customer story requirements analysis II. Large Capacity High Availability Data Protection Easy Infrastructure Integration Customer Store Data Cost efficiency Long Term Object Store 8

8 Oracle StorageTek Tape 9

9 Oracle StorageTek Tape Libraries Enterprise Tape Storage for longtime archiving FC connections Large storage capacity (180TB -> 50PB -> 2EB) Tapedrives Enterprise Drives (StorageTek T10000D) Up to 700TB/h native throughput Cartridges Economic efficiency: Minimal Power consumption Minimal Cooling High datadensity Noteworthy: Redundant and Hot-Swappable parts Wireless Rails technology Lowest support cost for the storage media 10

10 Enterprise Tape Drives T10000D T10000D: Lowest TCO for long-term archives T10000D Specifications 8.5 TB Capacity native (uncompressed) 252MB/sec native Throughput (LTO similar) 2 GB Cache Integrated Encryption capability no performance impact (LTO similar) Data Integrity Validation without retransfering data to the servers (LTO similar) Noteworthy: Investment Protection: Previous cartridge generations can be read/written and are reformattable High data density due to large surface area and thousands of tracks Contact-free read/write of data 11

11 Customer story requirements analysis III. Large Capacity High Availability Data Protection Easy Infrastructure Integration Customer PERFORMANCE Store Data Cost efficiency Long Term Object Store 12

12 ZS5 Storage Appliance 13

13 Oracle Unified Storage ZFS Storage Appliances ZFS Storage Operating System Most powerful storage software suite Engineered integration with Oracle software 35% Faster and More Scalable than the Previous Generation ZS5-2 Single or Dual Controllers 4x18-core 2,3GHz 768GB or 1.5TB DRAM 4 PCIe Expansion Slots 3PB Capacity (DE3) 102TB Read Flash 12TB Write Flash ZS5-4 Single or Dual Controllers 8x18-core 2,6GHz 3TB DRAM 7 PCIe Expansion Slots 9PB Capacity (DE3) 307TB Read Flash 38TB Write Flash 14

14 ZFS Storage Appliance Hybrid Storage Pools Flash-Performance to Disk capacities DISK 30 ms 95% Application I/Os served from RAM and Flash (1000x faster than Disk) DRAM 0.03 ms FLASH 0.1 ms 100% of the data stored on enterprise disks Hybrid Storage Pool Latency Data stored in a unique way on hierarchical filesystems with variable backend Supported blocksizes: 4k, 8k, 16k, 32k, 64k, 128k, 256k, 512k to 1MB

15 Deep-Dive Analytics Eliminates Downtime Per-VM and Per-Database-Level Visibility Finds Problems Enables Fast Resolution Highly Granular Analytics Immediate access to relevant graphical data per database or pluggable database Quick, visual assessment of application-to-database-to - storage data path along with Enterprise Manager Dynamic virtualization-level insights on performance and health analytics Visibility into bottlenecks and issues that might exist in the virtual infrastructure Real-time system performance and utilization of VMs Load balancing and tuning of virtualized applications and VM data stores

16 ZS Unified Storage all SW-Module s enabled! Data protocols Data services Management Oracle Intelligent Storage Protocol Fibre channel iscsi Infiniband - NFS/RDMA - IPoIB - iser - SRP NFS V3 and V4 dnfs SMB/CIFS HTTP WebDAV Cloud APIs FTP/SFTP/FTPS Encryption * HCC: Hybrid Columnar Compression Hybrid storage pools Single, double and triple-parity RAID File Systems and Volumes Built-in data integrity Local and Remote replication * Snapshots and clones * Quota(s) In-line deduplication Compression Encryption Antivirus via ICAP protocol Online data migration Clustering Single Pane of Glass BUI and CLI Management dashboard Hardware/component view Role-based access control Monitoring: SNMP Event and threshold based alerting Live graph analytics Scripting Virtual networking Snap Management Utility * Enterprise Manager integration *additional licencs required

17 Addressing customers demand ZS CPU cores GB L1 Cache Max. 102 TB L2 SSD Cache Performance Encryption ZS CPU cores 3072 GB L1 Cache Max. 230 TB L2 SSD Cache Share-and LUN-Based Only Diskbased or external products needed * *with ONTAP 9.1 only on bigger FAS - Volume based but slows down System

18 Customer story requirements analysis IV. Large Capacity High Availability Data Protection Easy Infrastructure Integration Customer PERFORMANCE Store Data Cost efficiency Long Term Object Store 19

19 Hierarchical Storage Manager (HSM) 20

20 Overview of Oracle HSM Tiering Metadata remains on primary disk after file is released 1 Application writes file to StorageTek QFS file system and is stored on disk cache 2 File system inodes and Oracle HSM metadata are generated 3 Archive copies created based on policy Application Oracle HSM Disk Cache Archive Devices Tiered Storage Infrastructure 4 File request from application is retrieved from Oracle HSM disk cache 5 Copy on disk cache can be released based on the policy 6 When the application requests the file, it is staged back to the disk cache and delivered to the application

21 Oracle Hierarchical Storage Management Key Features Volume-independent licensing Lowest Price/Terabyte through Tape technology Auditable Archiving option, WORM (Write Once Ready Many) Native Network Filesystem Access for UNIX and Windows clients HighAvailability and Dataredundancy between storagetiers and datacenters Dataintegrity checking, Encryption and Compression with Storageintegration Scalability to hundreds of Petabytes in a data dense form using less DC floorspace

22 Customer story requirements analysis IV. Large Capacity High Availability Data Protection Easy Infrastructure Integration Customer PERFORMANCE Store Data Cost efficiency Long Term Object Store 23

23 Robot Robot HSM: 2-Site Architecture - customer example Site 1 10Gbps Copper Management Network Solaris Cluster HSM (1 LDOM) S7-2 Server (Site 3) Quorum HSM (1 LDOM) 10Gbps Copper Management Network 10Gbps Optic Network (CIFS, NIFS) LUN1 LUN2 SAM-FS Metadata Host Based Mirroring SAM-FS Disk cache LUN3 LUN4 ZS4-4 Head ZS4-4 Head 16Gbps SAN Network T10kD T10kD ZS4-4 Head 20x 8TB 2x 200GB Cache 20x 8TB 2x 200GB Cache 20x 8TB 2x 200GB Cache 20x 8TB 2x 200GB Cache Interconnect Network (Replication) ZS4-4 Head 20x 8TB 2x 200GB Cache 20x 8TB 2x 200GB Cache 20x 8TB 2x 200GB Cache 20x 8TB 2x 200GB Cache Site 2 T10kD T10kD KMA/OKM KMA Cluster KMA/OKM (40) T10kD Tape Cartridges SL3000 Tape Library SAK SAK

24 Customer story requirements analysis IV. Large Capacity High Availability Data Protection Easy Infrastructure Integration Customer PERFORMANCE Store Data Cost efficiency Long Term Object Store 25

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26 APPENDIX HSM Customer Configurations 27 Oracle and Raiffeisen Informatik

27 HSM: 2-Site Architecture - customer example cont. Site 1 Eth Switch Eth Switch Stretched VLAN NIFS/CIFS Eth Switch Eth Switch Site 2 Cluster (4 cores, 2 licenses) Solaris Cluster Cluster (4 cores, 2 licenses) S7-2 Server (1x8 cores) S7-2 Server (1x 8 cores) VM/HSM (4 cores, 2 licenses) Quorum VM/HSM (4 cores, 2 licenses) FC Switch FC Switch LTO7 FC Switch Interconnect Network FC Switch LTO7 LTO7 LTO7 (30) LTO7 Tape Cartridges ZS5-2 Head 384GB RAM 20x 8TB 2x 200GB Cache Host Based Mirroring FC LUN FC LUN ZS5-2 Head 384GB RAM 20x 8TB 2x 200GB Cache (30) LTO7 Tape Cartridges SL150 Tape SL150 Tape Library Metadata Copy 1 Library Copy 2 Copy 3 Legend: FC connections 10Gb Ethernet (copper)