SUSE. We A d a pt. Yo u S u c c e ed. Tom D Hont Sales Engineer

Transcription

1 SUSE We A d a pt. Yo u S u c c e ed. Tom Hont Sales Engineer tom.dhont@suse.com 1

2 +8% SUSE Growth vs. Other Linux in 2015* 25+ Years of Open Source Engineering Experience 10 Awards in 2016 for SUSE Enterprise Storage Top 15 Worldwide System infrastructure Software Vendor 50%+ evelopment Engineers 1.4B Annual Revenue 1st Enterprise OpenStack istribution 1st Enterprise Linux istribution 2/3+ Of the Fortune Global 100 use SUSE Linux Enterprise 2

3 Recent Tech News Open Source Projects Growing contribution to many key communities Joined Cloud Foundry Foundation board Founding member of new projects Zero Outage Partnerships Fujitsu and SUSE: mission-critical, hybrid cloud, OpenStack and container orchestration Intel: HPC Orchestrator stack HPE: preferred Linux and SUSE OpenStack Cloud SaltStack: expanded partnership for automated management 3

4 A Broad and Connected Ecosystem Partner Ecosystem Members 13,500+ Certified Hardware Systems 3200 Service Providers & System Integrators Certified Applications 1800 Technology Partners 600 Training Partners 4

5 How SUSE Adds Value Enterprise-quality innovation and service Affordable mission- mission-critical performance Open, flexible, optimized for mixed IT Customer Benefits Increased Agility Reclaimed Budget Reduced Risk Protect Investment The Open, Open Source Company 5

6 Collaboration and Contribution YaST 6

7 SUSE Software-efined Infrastructure An Open, Flexible Infrastructure Approach Application elivery Custom Micro Service Applications Kubernetes / Magnum Platform as a Service Cloud Foundry Management Operations, Monitor and Patch SUSE Manager openattic Cluster eployment Crowbar Salt Orchestration Heat Kubernetes Containers SUSE CaaS Platform Virtualization KVM, Xen, VMware, Hyper-V, z/vm Software efined Everything Storage SUSE Enterprise Storage Operating System SUSE Linux Enterprise Server Private Cloud / IaaS SUSE OpenStack Cloud Physical Infrastructure: Server, Switches, Storage Networking SN and NFV Public Cloud SUSE Cloud Service Provider Program 7

8 SUSE Software-efined Infrastructure An Open, Flexible Infrastructure Approach Application elivery Custom Micro Service Applications Kubernetes / Magnum Platform as a Service Cloud Foundry Management Operations, Monitor and Patch SUSE Manager openattic Cluster eployment Crowbar Salt Orchestration Heat Kubernetes Containers SUSE CaaS Platform Virtualization KVM, Xen, VMware, Hyper-V, z/vm Software efined Everything Storage SUSE Enterprise Storage Operating System SUSE Linux Enterprise Server Private Cloud / IaaS SUSE OpenStack Cloud Physical Infrastructure: Server, Switches, Storage Networking SN and NFV Public Cloud SUSE Cloud Service Provider Program 8

9 1 in 10 companies are using Containers for application deployment What deployment tools or frameworks do you typically use to release software? Source: Forrester Research - Vendor Landscape: Container Solutions For Cloud-Native Applications 9

10 Container engine is not sufficient Microservices Container Lifecycle Container Orchestration Scale Provision Manage Automate Host Services 10

11 What is SUSE Container as a Service Platform SUSE Container as a Service Platform is an infrastructure platform for containers that allows customers to provision, manage, and scale container-based applications. Goal: eliver a container application development and hosting platform that automates the tedious management tasks allowing customers to focus on development of applications and meet their business goals faster. 11

12 SUSE Software-efined Infrastructure An Open, Flexible Infrastructure Approach Application elivery Custom Micro Service Applications Kubernetes / Magnum Platform as a Service Cloud Foundry Management Operations, Monitor and Patch SUSE Manager openattic Cluster eployment Crowbar Salt Orchestration Heat Kubernetes Containers SUSE CaaS Platform Virtualization KVM, Xen, VMware, Hyper-V, z/vm Software efined Everything Storage SUSE Enterprise Storage Operating System SUSE Linux Enterprise Server Private Cloud / IaaS SUSE OpenStack Cloud Physical Infrastructure: Server, Switches, Storage Networking SN and NFV Public Cloud SUSE Cloud Service Provider Program

13 SUSE Enterprise Storage Software-defined Storage

14 Challenges of Traditional Enterprise Storage $ Expensive ifficult to Scale and Manage ata Growth Not easily Extended to the Software-defined ata Center 14

15 Enterprise ata Capacity Utilization Tier 0 Ultra High Performance Tier 1 High-value, Online Transaction Processing (OLTP), Revenue Generating Tier 2 Backup/Recovery, Reference ata, Bulk ata Tier 3 Object, Archive, Compliance Archive, Long-term Retention 15

16 SUSE Enterprise Storage Enterprise Class Storage Using Commodity Servers and isk rives $ Latest hardware Hardware flexibility Reduce Capital Expense 16

17 SUSE Enterprise Storage Unlimited Scalability with Self-managing Technology Management Node Block Object File Storage Nodes Increase capacity and performance by simply adding new storage or storage nodes to the cluster. Monitor Nodes 17

18 SUSE Enterprise Storage Powered by Ceph Architecture Code evelopers 782 Core Regular Casual Total downloads 160,015,454 Unique downloads 21,264,047 18

19 SUSE Enterprise Storage Enable Transformation Mode 1 Gartner for Traditional Legacy ata Center Network, compute and storage silos Traditional protocols Fibre Channel, iscsi, CIFS/SMB, NFS Process riven Slow to respond This is where you probably are today Mode 2 Gartner for Software efined Software-defined ata Center Software-defined everything Agile Infrastructure Supporting a evops model Business driven This is where you need to get to Support today s investment Adapt to the future 20

20 Use Cases Bulk Storage Video Surveillance ata Archive Virtual Machine Storage SharePoint data Medical records Medical images X-rays MRIs CAT scans Financial records Security surveillance Red light / traffic cameras License plate readers Body cameras for law enforcement Military/government visual reconnaissance Long-term storage and back up: HPC Log retention Tax documents Revenue reports Low and mid i/o performance for major hypervisor platforms kvm native RB Hyper-V iscsi VMware - iscsi 21

21 Backup to isk with SUSE Enterprise Storage edupe Appliance or isk Array Replace Application Servers Backup Server Tape Library Augment SUSE Enterprise Storage How does SUSE Enterprise Storage fit? It Replaces edupe appliances and it augments tape devices by keeping more data online cost effectively. 22

22 SUSE Enterprise Storage 4 Major Features Unified block, object and files with production ready CephFS filesystem Expanded hardware-platform choice with support for 64 bit ARM Asynchronous replication for block storage and multisite object replication Enhanced ease of management with SUSE openattic Enhanced cluster orchestration using Salt Early access to NFS Ganesha support and NFS access to S3 Object Storage Block Storage File System buckets 23

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24 SUSE Enterprise Storage 4 openattic SUSE openattic advanced graphical user interface 25

25 SUSE Enterprise Storage 4 Major Feature Summary 26

26 Example of SUSE Enterprise Storage Partners HPE - OEM - Apollo Apollo Proliant L380/L360 Thomas-Krenn SES Appliance Integrated products via resellers 28

27 SUSE Enterprise Storage 4 Technical

28 Storage Node OS OS OS OS Object Storage aemon FS FS FS FS File System (XFS) or BlueStore Physical disk or other persistent storage isk isk isk isk x86 server 30

29 Monitor Node M M Brains of the cluster Cluster membership: up, down, in, out istributed decision making Not in the performance path o not serve stored object to clients 31

30 RAOS Cluster Reliable Autonomous istributed Object Store M M M 32

31 RAOS Cluster Object Block File APP APP Host / VM Reliable Autonomous istributed Object Store iscsi (lrbd) Client RAOSGW RB CEPH FS LIBRAOS Library allowing apps to directly Access RAOS C, C++, Java, Python, Ruby And PHP Bucket-based REST gateway, compatible with S3 and Swift Reliable and fullydistributed block device, with a Linux kernel client and QEMU/KVM dirver POSIX-compliant distributed file system, with a Linux kernel client and support for FUSE RAOS Reliable, autonomous distributed object store comprised of self-healing, self-managing, intelligent storage nodes 33

32 Replication options Copy Copy Copy X Y Replicated Pool CEPH Storage Cluster Full copies Very high durability 3x (200% overhead) Quicker recovery Erasure Coded Pool CEPH Storage Cluster One copy plus parity Cost-effective durability 1.4x (40% overhead) Expensive recovery 34

33 Pools Pool A: C 1 Pool B: C 2 + C 3 Pool C: All C 1 C 2 C 3 35

34 Cache Tiered Pools Application Cache Pool (Replicated on SS) Backing Pool (Erasure Coded) CEPH Storage Cluster 36

35 SUSE Enterprise Storage 4 Case study 4 C campus environment 480TB / TB / Year CIFS / NFS

36 Existing Landscape Robocopy Rsync

37 UI 7 8 ProLiant UI 7 8 ProLiant UI 7 8 ProLiant L160 UI ProLiant L360 Gen9 L160 Gen9 L160 Gen9 Gen9 UI ProLiant L380 Gen9 UI ProLiant L380 Gen9 UI ProLiant L380 Gen9 UI ProLiant L380 Gen9 UI ProLiant L380 Gen9 UI ProLiant L380 Gen9 UI ProLiant L380 Gen9 UI ProLiant L380 Gen9 Proposed Landscape [HP L360 Gen9] CIFS/NFS gateway / management node CIFS/NFS network 10GbE 2x E5-2630v3 4x 16GB PC x ual 120GB SS M.2 2x 10GbE T 500W R-PS CIFS/NFS gateway management node L 360 Gen9 L 380 Gen9 OS node 1 [HP L160 Gen9] monitoring node 1x E5-2603v3 1x 8GB PC x ual 1210GB SS M.2 monitoring node monitoring node L 160 Gen9 L 160 Gen9 OS node 2 OS node 3 1x 10GbE T 550W PS monitoring node L 160 Gen9 OS node 4 [HP Apollo 4200 Gen9] OS node 2x E5-2630v3 OS node 5 6x 32GB PC x ual 120GB SS M.2 2x 400GB SS 1x 800GB SS 12x 8TB H 2x 10GbE T 800W R-PS Start with 480 TB Netto + extend with 68,6 TB 1 OS node 12x 8 TB 96 TB RAW 7 OS nodes 84x 8 TB 672 TB RAW (96x7) Erasure code k=5, m=2 480 TB Netto (672/7x5) 1 OS node k=5, m=2 68,6 TB Netto (480/7) OS node 6 OS node 7 OS node TB Netto Spare capacity

38 UI 7 8 ProLiant UI 7 8 ProLiant UI 7 8 ProLiant L160 UI ProLiant L360 Gen9 L160 Gen9 L160 Gen9 Gen9 Spare capacity UI ProLiant L380 Gen9 UI ProLiant L380 Gen9 UI ProLiant L380 Gen9 UI ProLiant L380 Gen9 UI ProLiant L380 Gen9 UI ProLiant L380 Gen9 UI ProLiant L380 Gen9 UI ProLiant L380 Gen9 Proposed Landscape CIFS/NFS network 10GbE Objects P 1 P 2 CIFS/NFS gateway management node monitoring node L 360 Gen9 L 160 Gen L 380 Gen9 5 P 1 OS node 1 OS node 2 monitoring node L 160 Gen P 1 P 2 OS node 3 monitoring node L 160 Gen9 4 5 P 1 P 2 OS node 4 Erasure Coding 5 P 1 P 2 1 OS node 5 Think of it as software RAI for an object Object is broken up into k fragments and given m durability pieces k=5, m=2 RAI 6 P 1 P 2 1 P OS node 6 OS node 7 OS node 8

39 SUSE Enterprise Storage Extend your scale out storage to improve resilience 1 C k=5, m=2 40% overhead Failure protection: C Cs k=5, m=5 100% overhead Failure protection: C C Cs k=8, m=8 100% overhead Failure protection: C 1 C 2 C 3 C OSs 3 5 OSs 5 P1 8 OSs P1 P2 P3 P4 4 1 atacenter P2 P3 2 atacenters P5 P6 P7 P8 5 P4 P5 P1 P2

40 HPE Apollo SUSE Enterprise Storage Price evolution

41 SUSECON Save the date: 2017 Prague, Czechia September 25-29, 2017 Why attend SUSECON 2017? Technical training from the source from engineers who create the solutions 100 hours of hands-on training Inspiring keynotes from industry leaders Unparalleled access to SUSE executives and technical staff Complimentary certification exams on Linux, OpenStack cloud and Ceph storage More fun than you should have at a tech conference! 44

42 SUSE Benelux Meetup Group Join us - This group is about events organised by SUSE Linux Benelux. There will be a mix of theoretical sessions, demos and hands-on experiences. The topics covered will include SUSE Enterprise Linux, Storage, Cloud, Containers, Kubernetes, Cloud Foundry and many others. You will also get a chance to meet like-minded people and other SUSE enthusiasts. Please join if you are a SUSE customer or are interested in SUSE or its products. Or if you just want to learn more about Open Source in general. 45

43 Q&A Thank you for participating Tom Hont Sales Engineer

44 SUSE Enterprise Storage 4 Pricing

45 SUSE Enterprise Storage Pricing Base Configuration (Priority Subscription) SUSE Enterprise Storage and limited use of SUSE Linux Enterprise Server to provide: 4 storage OS nodes (1-2 sockets) 6 infrastructure nodes Expansion Node (Priority Subscription) SUSE Enterprise Storage and limited use of SUSE Linux Enterprise Server to provide: 1 SES storage OS node (1-2 sockets) 1 SES infrastructure node 1, 3 and 5 Year SKU available 48

46 SUSE Enterprise Storage Minimum Configuration 4 SES OS storage nodes 10 Gb Ethernet (2 networks bonded to multiple switches) 32 OS s per storage cluster OS journal can reside on OS disk edicated OS disk per OS storage node 1 GB RAM per TB raw OS capacity for each OS storage node 1.5 GHz per OS for each OS storage node Monitor nodes, gateway nodes and metadata server node can reside on SES OS storage nodes: 3 SES monitor nodes (requires SS for dedicated OS drive) iscsi gateway, object gateway or metadata server nodes require redundant deployment iscsi gateway, object gateway or metadata server require incremental 4 GB RAM and 4 Cores Separate management node 4 GB RAM, 4 Core, 1 TB capacity

47 Minimum Recommended Configuration (Production) 7 SES OS storage nodes (no single node exceeds ~15%) 10 Gb Ethernet (4 physical networks bonded to multiple switches) 56+ OSs per storage cluster RAI 1 OS disks for each OS storage node SSs for Journal 6:1 ratio SS journal to OS 1.5 GB RAM per TB raw OS capacity for each OS storage node 2 GHz per OS for each OS storage node edicated physical nodes for infrastructure nodes: 3 SES Monitors; 4 GB RAM, 4 core processor, RAI 1 SSs for disk 1 SES management node; 4GB RAM, 4 core processor, RAI 1 SSs for disk Redundant physical deployment of gateway nodes or metadata server nodes: SES object gateway nodes; 32 GB RAM, 8 core processor, RAI 1 SSs for disk SES iscsi gateway nodes 16 GB RAM, 4 core processor, RAI 1 SSs for disk SES metadata server nodes (one active/one hot standby); 32 GB RAM, 8 core processor, RAI 1 SSs for disk

48 Unpublished Work of SUSE LLC. All Rights Reserved. This work is an unpublished work and contains confidential, proprietary and trade secret information of SUSE LLC. Access to this work is restricted to SUSE employees who have a need to know to perform tasks within the scope of their assignments. No part of this work may be practiced, performed, copied, distributed, revised, modified, translated, abridged, condensed, expanded, collected, or adapted without the prior written consent of SUSE. Any use or exploitation of this work without authorization could subject the perpetrator to criminal and civil liability. General isclaimer This document is not to be construed as a promise by any participating company to develop, deliver, or market a product. It is not a commitment to deliver any material, code, or functionality, and should not be relied upon in making purchasing decisions. SUSE makes no representations or warranties with respect to the contents of this document, and specifically disclaims any express or implied warranties of merchantability or fitness for any particular purpose. The development, release, and timing of features or functionality described for SUSE products remains at the sole discretion of SUSE. Further, SUSE reserves the right to revise this document and to make changes to its content, at any time, without obligation to notify any person or entity of such revisions or changes. All SUSE marks referenced in this presentation are trademarks or registered trademarks of Novell, Inc. in the United States and other countries. All thirdparty trademarks are the property of their respective owners. 51